url: =Exposed countries Vietnam, Burma, China, Laos\nMaximum storm surge 1.1 m (16 Jul 21:45 UTC)\nHWRF Current 98 km/h 1.1 m n.a. 0.5\nEstimations based on the bulletin of 16 Jul 2017 00:00 UTC\nTropical Storm Vietnam, Burma, China, Laos 2173154\n2 16 Jul 2017 00:00 98 -\n- - - - - Vietnam, Burma, China, Laos\nNo exposed population (greater than 50mm) based on the bulletin of 16 Jul 2017 00:00 UTC\nThe maximum Storm surge height is 1.1m in Diem Phe, Vietnam. This height is estimated for 16 Jul 2017 21:45 UTC .\nCalculation based on the bulletin of 16 Jul 2017 00:00 UTC\n16 Jul 2017 21:45 Diem Phe Vietnam 1.1\n16 Jul 2017 21:45 Sam Son Vietnam 1.1\n16 Jul 2017 21:45 Dot Dong Vietnam 1.0\n16 Jul 2017 21:45 Nam Son Vietnam 1.0\n16 Jul 2017 21:45 Hoang Xa Vietnam 1.0\n16 Jul 2017 21:45 Yen Cat Vietnam 1.0\n16 Jul 2017 22:00 Van Lam Trai Vietnam 1.0\n16 Jul 2017 22:00 Con Van Vietnam 1.0\n16 Jul 2017 22:00 Long Chau Vietnam 1.0\n16 Jul 2017 18:45 Xuan Moc Vietnam 0.9\n16 Jul 2017 18:45 Ba Lang Vietnam 0.9\n16 Jul 2017 22:00 Quan Phuong Trung Trai Vietnam 0.9\n16 Jul 2017 18:45 Ca Lu Vietnam 0.8\n18 Jul 2017 06:30 Shwe-o Myanmar 0.8\n18 Jul 2017 06:30 Alanbya Myanmar 0.8\n18 Jul 2017 06:30 Suppanu Myanmar 0.8\n18 Jul 2017 06:30 Mokkamu Myanmar 0.8\n18 Jul 2017 06:30 Boyagyi Myanmar 0.8\n18 Jul 2017 06:30 Kyaikto Myanmar 0.8\n18 Jul 2017 06:30 Kyaikpi Myanmar 0.8\n18 Jul 2017 06:30 Kawbein Myanmar 0.8\n16 Jul 2017 22:00 Lien Phu Vietnam 0.8\n18 Jul 2017 06:30 Damathat Myanmar 0.8\n16 Jul 2017 21:30 Luc Linh Vietnam 0.8\n16 Jul 2017 21:30 Cuu Doi Vietnam 0.8\n16 Jul 2017 21:30 An Co Vietnam 0.8\n16 Jul 2017 21:30 Dai Loc Vietnam 0.8\n18 Jul 2017 06:30 Zokali Myanmar 0.8\n17 Jul 2017 01:15 Ubon Bi Vietnam 0.8\n17 Jul 2017 01:15 Quang Yen Vietnam 0.8\n17 Jul 2017 01:15 Hoang Chau Vietnam 0.8\n17 Jul 2017 01:15 Gia Luan Vietnam 0.8\n17 Jul 2017 01:15 Dong Vang Vietnam 0.8\n16 Jul 2017 19:45 Xi Dua Vietnam 0.8\n18 Jul 2017 06:30 Taunggyi Myanmar 0.8\n18 Jul 2017 06:30 Budin Myanmar 0.8\n18 Jul 2017 06:30 Kadaik Myanmar 0.8\n16 Jul 2017 22:00 Quan Phuong Ha Vietnam 0.8\n16 Jul 2017 22:00 Nghoung Nhan Vietnam 0.8\n18 Jul 2017 06:30 Kangyisu Myanmar 0.8\n18 Jul 2017 06:30 Tanbingyaung Myanmar 0.8\n18 Jul 2017 06:30 Mahameik Myanmar 0.7\n18 Jul 2017 06:30 Thamaseikta Myanmar 0.7\n17 Jul 2017 00:15 Dong Dui Vietnam 0.7\n17 Jul 2017 00:15 Dang Noi Vietnam 0.7\n17 Jul 2017 00:15 Dam Ha Vietnam 0.7\n18 Jul 2017 06:15 Khindan Myanmar 0.7\n18 Jul 2017 06:15 Darein Myanmar 0.7\n18 Jul 2017 06:15 Paung Myanmar 0.7\n16 Jul 2017 11:15 Taiping China 0.7\n16 Jul 2017 11:15 Xianmai China 0.7\n16 Jul 2017 11:15 Longshe China 0.7\n16 Jul 2017 11:15 Dongli China 0.7\n16 Jul 2017 11:15 Tung-li China 0.7\n16 Jul 2017 11:15 Dongshan China 0.7\n17 Jul 2017 00:15 Cai Kien Vietnam 0.7\n16 Jul 2017 21:15 Nam Dong Vietnam 0.7\n18 Jul 2017 06:45 Shangyaung Myanmar 0.7\n17 Jul 2017 01:30 Vinh Lai Vietnam 0.7\n17 Jul 2017 01:30 Tap Phuc Vietnam 0.7\n17 Jul 2017 01:30 Vinh Ngai Vietnam 0.7\n17 Jul 2017 01:30 Cau Lo Vietnam 0.7\n16 Jul 2017 23:45 Yingluo China 0.7\n16 Jul 2017 23:45 Caotan China 0.7\n16 Jul 2017 23:45 Longtousha China 0.7\n16 Jul 2017 23:45 Yingzai China 0.7\n17 Jul 2017 01:30 Hoa Cam Vietnam 0.7\n17 Jul 2017 01:30 Hoi Thong Vietnam 0.7\n17 Jul 2017 01:30 Tien Yen Vietnam 0.7\n16 Jul 2017 15:30 Trung Tiet Vietnam 0.6\n16 Jul 2017 15:30 Cau Thuong Vietnam 0.6\n16 Jul 2017 15:30 Hau Con Vietnam 0.6\n16 Jul 2017 15:30 Con Soi Vietnam 0.6\n16 Jul 2017 23:00 Cot Doai Vietnam 0.6\n16 Jul 2017 23:00 Vinh Thuc Vietnam 0.6\n16 Jul 2017 22:30 Jiangpingxu China 0.6\n16 Jul 2017 23:30 Ban Sen Vietnam 0.6\n17 Jul 2017 01:30 Thien Linh Vietnam 0.6\n16 Jul 2017 23:00 Gaode China 0.6\n16 Jul 2017 23:00 Guchengling China 0.6\n16 Jul 2017 23:00 Bailong China 0.6\n16 Jul 2017 22:15 Jiangping China 0.6\n16 Jul 2017 22:15 Wanwei China 0.6\n16 Jul 2017 22:15 Bailong China 0.6\n16 Jul 2017 22:15 Jiangshan China 0.6\n16 Jul 2017 22:30 Baishawan China 0.6\n16 Jul 2017 23:00 Hsi-niu-chiao China 0.6\n16 Jul 2017 23:00 Pingshan China 0.6\n16 Jul 2017 23:00 Guanjing China 0.6\n16 Jul 2017 23:00 Hsi-ch'ang-hsu China 0.6\n16 Jul 2017 23:00 Hsi-ch'ang China 0.6\n16 Jul 2017 23:00 Shagang China 0.6\n17 Jul 2017 01:30 Trung Thinh Vietnam 0.6\n17 Jul 2017 01:30 Trung Nghia Vietnam 0.6\n16 Jul 2017 23:15 Beihai China 0.6\n16 Jul 2017 23:15 Dangjiang China 0.6\n16 Jul 2017 23:15 Qianjiang China 0.6\n16 Jul 2017 23:30 Ch'i-sha China 0.6\n18 Jul 2017 06:30 Kwanhla Myanmar 0.6\n18 Jul 2017 06:30 Tagukana Myanmar 0.6\n16 Jul 2017 15:00 Ha Tinh Vietnam 0.6\n18 Jul 2017 06:30 Kyaikkami Myanmar 0.6\n18 Jul 2017 06:45 Kayindaung Myanmar 0.5\n16 Jul 2017 10:30 Dongjian China 0.5\n16 Jul 2017 10:30 Houhu China 0.5\n16 Jul 2017 10:30 Bengtang China 0.5\n16 Jul 2017 10:30 Houhai China 0.5\n16 Jul 2017 10:30 Shaoyao China 0.5\n16 Jul 2017 10:30 Huangwu China 0.5\n16 Jul 2017 10:30 Nayan China 0.5\n16 Jul 2017 10:30 Doulongcun China 0.5\n19 Jul 2017 00:00 Magyi-ywa Myanmar 0.5\n19 Jul 2017 00:00 Amaw Myanmar 0.5\n19 Jul 2017 00:00 Hpanchaung Myanmar 0.5\n19 Jul 2017 00:00 Gyibyin Myanmar 0.5\n19 Jul 2017 00:00 Temauk Myanmar 0.5\n17 Jul 2017 01:45 Haitou China 0.5\n17 Jul 2017 01:45 Paipu China 0.5\n17 Jul 2017 01:45 Baimajing China 0.5\n17 Jul 2017 01:45 Hsin-ying China 0.5\n17 Jul 2017 01:15 Ky Anh Vietnam 0.5\n17 Jul 2017 01:15 Van Trang Vietnam 0.5\n17 Jul 2017 01:15 Hai Khau Vietnam 0.5\n17 Jul 2017 01:15 Vinh Ang Vietnam 0.5\n17 Jul 2017 01:15 Lang Loi Vietnam 0.5\n17 Jul 2017 01:45 Eman China 0.5\n19 Jul 2017 00:00 Shwehle Myanmar 0.5\n17 Jul 2017 01:30 Haiwei China 0.4\n17 Jul 2017 01:30 Nanluo China 0.4\n17 Jul 2017 01:15 Changhua China 0.4\n16 Jul 2017 21:45 Shuiwei China 0.4\n16 Jul 2017 21:45 Liu-sha-ying China 0.4\n17 Jul 2017 00:45 Beili China 0.4\n16 Jul 2017 21:45 Liusha China 0.4\n16 Jul 2017 21:45 Mai-ch'en-hsu China 0.4\n16 Jul 2017 23:15 Guangcun China 0.4\n16 Jul 2017 23:15 Xinxing China 0.4\n18 Jul 2017 06:30 Ale-ywa Myanmar 0.4\n18 Jul 2017 06:45 Wagaru Myanmar 0.4\n18 Jul 2017 06:45 Wegalaung Myanmar 0.4\n18 Jul 2017 06:45 Karokpi Myanmar 0.4\n17 Jul 2017 00:45 Duntou China 0.4\n16 Jul 2017 02:15 Rach Gia Vietnam 0.4\n16 Jul 2017 02:15 Kien Thanh Vietnam 0.4\n16 Jul 2017 21:15 Maichen China 0.4\n18 Jul 2017 22:30 Saluzeik Myanmar 0.4\n18 Jul 2017 22:30 Thingangyi Myanmar 0.4\n18 Jul 2017 22:30 Okkan Myanmar 0.4\n18 Jul 2017 22:30 Seikkyi Myanmar 0.4\n18 Jul 2017 22:30 Kongyi Myanmar 0.4\n18 Jul 2017 22:30 Thingangon Myanmar 0.4\n18 Jul 2017 22:30 Bidutgale Myanmar 0.4\n18 Jul 2017 22:30 Kyauktazi Myanmar 0.4\n18 Jul 2017 22:30 Bogon Myanmar 0.4\n17 Jul 2017 00:30 Basuo China 0.4\n17 Jul 2017 01:30 Vinh Son Vietnam 0.4\n18 Jul 2017 06:45 Anin Myanmar 0.4\n16 Jul 2017 22:15 Qiaotou China 0.4\n17 Jul 2017 01:45 Kiem Long Vietnam 0.4\n17 Jul 2017 01:45 Ba Don Vietnam 0.4\n17 Jul 2017 01:45 Tho Ngoa Vietnam 0.4\n17 Jul 2017 00:30 Longyou China 0.4\n17 Jul 2017 02:00 Ly Nhon Thon Vietnam 0.4\n16 Jul 2017 22:15 Haian China 0.4\n18 Jul 2017 06:30 Akechaungwa Myanmar 0.4\n18 Jul 2017 06:30 Ase Myanmar 0.4\n18 Jul 2017 06:30 Tawgyaik Myanmar 0.4\n18 Jul 2017 06:30 Chaunggyi Myanmar 0.4\n17 Jul 2017 01:45 Dong Hoi Vietnam 0.4\n16 Jul 2017 22:15 Xiuying China 0.4\n17 Jul 2017 02:45 Cua Thon Vietnam 0.4\n16 Jul 2017 10:30 Chongpo China 0.4\n16 Jul 2017 10:30 Chiu-so China 0.4\n16 Jul 2017 10:30 Jiusuo China 0.4\n16 Jul 2017 10:30 Yacheng China 0.4\n16 Jul 2017 22:15 Boshegang China 0.4\n16 Jul 2017 22:15 Longtang China 0.4\n16 Jul 2017 12:00 Shuidong China 0.4\n16 Jul 2017 12:00 Ch'i-ching China 0.4\n16 Jul 2017 12:00 Dianbai China 0.4\n16 Jul 2017 12:00 Danchang China 0.4\n16 Jul 2017 12:00 Magang China 0.4\n16 Jul 2017 22:15 Haikou China 0.4\n17 Jul 2017 00:00 Gancheng China 0.4\n17 Jul 2017 00:00 Banqiao China 0.4\n17 Jul 2017 07:30 Kyauktwin Myanmar 0.3\n17 Jul 2017 07:30 Pyinbyugyi Myanmar 0.3\n17 Jul 2017 07:30 Bok Myanmar 0.3\n17 Jul 2017 14:00 Wan-ch'ing-sha China 0.3\n17 Jul 2017 14:00 Cheng'anwei China 0.3\n17 Jul 2017 14:00 Fumunchai China 0.3\n17 Jul 2017 14:00 Fumuntschai China 0.3\n17 Jul 2017 14:00 Taiping China 0.3\n17 Jul 2017 14:00 Sha-ching China 0.3\n17 Jul 2017 14:00 Heping China 0.3\n17 Jul 2017 14:00 Min-chung China 0.3\n17 Jul 2017 14:00 Qishan China 0.3\n16 Jul 2017 00:00 Baisha China 0.3\n16 Jul 2017 00:00 Xingyou China 0.3\n16 Jul 2017 13:45 Huangpo China 0.3\n16 Jul 2017 13:45 Chiu-wu-ch'uan China 0.3\n16 Jul 2017 13:45 Meilu China 0.3\n16 Jul 2017 13:45 Hai-lu China 0.3\n18 Jul 2017 06:45 Apaung Myanmar 0.3\n17 Jul 2017 02:30 Xom Lap Vietnam 0.3\n17 Jul 2017 04:00 Thon My Thuy Vietnam 0.3\n17 Jul 2017 04:00 The Chi Tay Vietnam 0.3\n17 Jul 2017 04:00 An Thuan Vietnam 0.3\n17 Jul 2017 04:00 Thai Duong Thuong Vietnam 0.3\n18 Jul 2017 06:45 Pyapon Myanmar 0.3\n18 Jul 2017 06:30 Thinbawzeik Myanmar 0.3\n17 Jul 2017 02:30 Mui Lay Vietnam 0.3\n17 Jul 2017 02:30 Cat Son Phuong Vietnam 0.3\n16 Jul 2017 22:15 Qianshan China 0.3\n17 Jul 2017 07:15 Aukthayetchaung Myanmar 0.3\n16 Jul 2017 22:15 Puqian China 0.3\n18 Jul 2017 02:15 Andin Myanmar 0.3\n16 Jul 2017 03:00 Ap Cau Thang Vietnam 0.3\n16 Jul 2017 03:00 Xom Ba Tra Vietnam 0.3\n16 Jul 2017 03:00 Ap Giong Ke Vietnam 0.3\n17 Jul 2017 02:30 Giem Ha Trung Vietnam 0.3\n16 Jul 2017 02:00 Thon Thai Duong Ha Vietnam 0.3\n16 Jul 2017 02:00 Thon My Khanh Vietnam 0.3\n16 Jul 2017 02:00 Ha Tru Vietnam 0.3\n17 Jul 2017 10:15 Hsia-yung China 0.3\n17 Jul 2017 10:15 Renshan China 0.3\n17 Jul 2017 10:15 Jen-shan China 0.3\n17 Jul 2017 10:15 Fanhe China 0.3\n16 Jul 2017 08:00 Sanya China 0.3\n18 Jul 2017 19:15 Kadonkani Myanmar 0.3\n18 Jul 2017 19:15 Yegyawgyi Myanmar 0.3\n18 Jul 2017 19:15 Ama Myanmar 0.3\n17 Jul 2017 03:00 Dong Ha Vietnam 0.3\n17 Jul 2017 06:45 Tanzon Myanmar 0.3\n17 Jul 2017 06:45 Kabyachaung Myanmar 0.3\n17 Jul 2017 06:45 Taung-pi Ywa Myanmar 0.3\n17 Jul 2017 06:45 Taungkamet Myanmar 0.3\n17 Jul 2017 06:45 Kalonga Ywa Myanmar 0.3\n17 Jul 2017 06:45 Bokpyin Myanmar 0.3\n17 Jul 2017 06:45 Sadeinchaungoya Myanmar 0.3\n17 Jul 2017 06:45 Phuruk Tew Myanmar 0.3\n17 Jul 2017 06:45 Atwin Bokpyin Myanmar 0.3\n18 Jul 2017 02:15 Duya Myanmar 0.3\n17 Jul 2017 07:00 Sidongyaung Myanmar 0.3\n17 Jul 2017 07:00 Thechaung Myanmar 0.3\n17 Jul 2017 07:00 Kanmaw Myanmar 0.3\n17 Jul 2017 07:00 Bemagyauk Ywa Myanmar 0.3\n17 Jul 2017 07:00 Mawgaungdon Ywa Myanmar 0.3\n17 Jul 2017 07:00 Medaw Myanmar 0.3\n17 Jul 2017 07:00 Tawbya Myanmar 0.3\n17 Jul 2017 07:00 Thedangyi Myanmar 0.3\n17 Jul 2017 07:00 Leiktaung Myanmar 0.3\n18 Jul 2017 04:45 Ban Bang Pu Kao Thailand 0.3\n18 Jul 2017 04:45 Ban Tambon Khlon Dan Thailand 0.3\n18 Jul 2017 04:45 Ban Pak Khlong Thailand 0.3\n18 Jul 2017 04:45 Anghila Thailand 0.3\n16 Jul 2017 22:00 Jinhe China 0.3\n17 Jul 2017 06:15 Pidat Myanmar 0.3\n17 Jul 2017 06:15 Palaw Myanmar 0.3\n17 Jul 2017 06:15 Kye Myanmar 0.3\n19 Jul 2017 00:00 Taung-ywa Myanmar 0.3\n19 Jul 2017 00:00 Taikkyua Myanmar 0.3\n19 Jul 2017 00:00 Nga Thamok Myanmar 0.3\n17 Jul 2017 06:00 Kanbyin Myanmar 0.3\n17 Jul 2017 06:00 Kyaukpya Myanmar 0.3\n16 Jul 2017 00:00 Diancheng China 0.3\n17 Jul 2017 07:15 Sinmadan Myanmar 0.3\n17 Jul 2017 06:30 Kanmaw Myanmar 0.3\n17 Jul 2017 06:30 Kanti Myanmar 0.3\n16 Jul 2017 07:45 Anyou China 0.3\n16 Jul 2017 07:15 Linwang China 0.3\n16 Jul 2017 07:15 Tang Kiu China 0.3\n16 Jul 2017 07:15 Tengqiao China 0.3\n16 Jul 2017 07:15 Yingzhou China 0.3\n16 Jul 2017 01:00 Sha Tau Kok China 0.3\n16 Jul 2017 01:00 Cheung Kang Hong Kong (China) 0.3\n16 Jul 2017 01:00 Imtin China 0.3\n16 Jul 2017 01:00 Cheung Wo Hong Kong (China) 0.3\n16 Jul 2017 01:00 Pak Sha Au Hong Kong (China) 0.3\n16 Jul 2017 01:00 Khitschhung China 0.3\n16 Jul 2017 01:00 Dapeng China 0.3\n16 Jul 2017 01:00 Taipang China 0.3\n16 Jul 2017 01:00 Shagang China 0.3\n16 Jul 2017 01:00 Aotou China 0.3\n17 Jul 2017 06:30 Bodaungseik Myanmar 0.3\n17 Jul 2017 06:30 Palawgon Myanmar 0.3\n18 Jul 2017 21:00 Payahla Myanmar 0.3\n18 Jul 2017 21:00 Thetkethaung Myanmar 0.3\n18 Jul 2017 04:45 Ban Hua Khao Thailand 0.3\n18 Jul 2017 04:45 Ban Rong Khoei Thailand 0.3\n18 Jul 2017 21:00 Pyinkayaing Myanmar 0.3\n18 Jul 2017 21:00 Wagon Myanmar 0.3\n18 Jul 2017 21:00 Ledaung Myanmar 0.3\n18 Jul 2017 21:00 Chaunggwa Myanmar 0.3\n18 Jul 2017 21:00 Magyigyaing Myanmar 0.3\n17 Jul 2017 03:45 Phu Loc Vietnam 0.3\n17 Jul 2017 03:45 Thon Phu An Vietnam 0.3\n17 Jul 2017 03:45 Mui Chon Dong Vietnam 0.3\n17 Jul 2017 03:45 An Cu Vietnam 0.3\n16 Jul 2017 07:45 Yulin China 0.3\n16 Jul 2017 07:45 Tiandu China 0.3\n17 Jul 2017 03:45 Phu Bai Vietnam 0.3\n17 Jul 2017 03:45 La Son Vietnam 0.3\n17 Jul 2017 03:45 Phung Chinh Vietnam 0.3\n18 Jul 2017 04:45 Ban Si Racha Thailand 0.3\n18 Jul 2017 04:45 Ban Ao Udom Thailand 0.3\n18 Jul 2017 04:45 Si Racha Thailand 0.3\n16 Jul 2017 00:00 Tiantou China 0.2\n16 Jul 2017 00:00 Tonggu China 0.2\n16 Jul 2017 00:00 Chixi China 0.2\n18 Jul 2017 06:45 Ban Khlong Kao Thailand 0.2\n18 Jul 2017 06:45 Ban Map Lat Thailand 0.2\n18 Jul 2017 06:45 Samut Songkhram Thailand 0.2\n18 Jul 2017 06:45 Ban Bang Bo Thailand 0.2\n18 Jul 2017 06:45 Ban Rong Kung Thailand 0.2\n18 Jul 2017 06:45 Ban Bang Khut Thailand 0.2\n17 Jul 2017 06:15 Kabingyaung Myanmar 0.2\n17 Jul 2017 06:15 Mayanchaung Myanmar 0.2\n17 Jul 2017 06:15 Mergui Myanmar 0.2\n18 Jul 2017 05:00 Ban Hlem Chabang Thailand 0.2\n16 Jul 2017 07:15 Hsin-ts'un China 0.2\n17 Jul 2017 05:00 Hoi An Vietnam 0.2\n17 Jul 2017 05:00 An Thach Vietnam 0.2\n18 Jul 2017 06:45 Dawnvein Myanmar 0.2\n16 Jul 2017 00:00 Baipu China 0.2\n16 Jul 2017 10:30 Rudong China 0.2\n16 Jul 2017 10:30 Shangyang China 0.2\n18 Jul 2017 07:00 Laem Thailand 0.2\n16 Jul 2017 10:30 Santouzui China 0.2\n16 Jul 2017 10:30 Hsi-t'ou China 0.2\n16 Jul 2017 10:30 Lengzilin China 0.2\n17 Jul 2017 08:30 Wadawchaung Myanmar 0.2\n17 Jul 2017 08:30 Maingtwedaung Myanmar 0.2\n17 Jul 2017 08:30 Kabaw Myanmar 0.2\n17 Jul 2017 07:00 Yengangyi Myanmar 0.2\n17 Jul 2017 04:45 Ap Quan Nam Vietnam 0.2\n17 Jul 2017 04:45 Da Nang Vietnam 0.2\n17 Jul 2017 04:45 Xom Da Me Vietnam 0.2\n17 Jul 2017 04:45 Mui Da Nang Vietnam 0.2\n16 Jul 2017 07:45 Sancai China 0.2\n16 Jul 2017 07:45 Lingcheng China 0.2\n18 Jul 2017 21:00 Zibyugyaung Myanmar 0.2\n17 Jul 2017 08:15 Tawbyagyi Myanmar 0.2\n17 Jul 2017 08:15 Pyingyi Myanmar 0.2\n18 Jul 2017 05:00 Ban Kok San Thailand 0.2\n18 Jul 2017 05:00 Ban Bang Kalo Thailand 0.2\n18 Jul 2017 05:00 Bang Lamung Thailand 0.2\n18 Jul 2017 05:00 Ban Bo Ta Sing Thailand 0.2\n17 Jul 2017 09:45 Luzui China 0.2\n16 Jul 2017 02:45 Phumi Damnak Chang aeur Cambodia 0.2\n16 Jul 2017 02:45 Khum Angkol Cambodia 0.2\n16 Jul 2017 02:45 Ha Tien Vietnam 0.2\n17 Jul 2017 06:00 Yemyitkyi Myanmar 0.2\n18 Jul 2017 05:45 Ban Pak Tale Thailand 0.2\n18 Jul 2017 05:45 Ban Bang Kaeo Thailand 0.2\n17 Jul 2017 16:15 Dani-thagya Myanmar 0.2\n17 Jul 2017 16:15 Khawsa Myanmar 0.2\n18 Jul 2017 20:45 Ponnagyi Myanmar 0.2\n18 Jul 2017 20:45 Chaunggya Myanmar 0.2\n18 Jul 2017 20:45 Peikseik Myanmar 0.2\n18 Jul 2017 05:45 Ban Bang Khun Sai Thailand 0.2\n17 Jul 2017 04:30 Phu Xuan Ha Vietnam 0.2\n18 Jul 2017 20:45 Tandin Myanmar 0.2\n18 Jul 2017 20:45 Kyaukmaung Myanmar 0.2\n18 Jul 2017 05:00 Ban Na Chom Thian Thailand 0.2\n18 Jul 2017 05:45 Ban Bang Dha-lu Thailand 0.2\n18 Jul 2017 18:30 Byichaung Myanmar 0.2\n18 Jul 2017 18:30 Kyunthaya Myanmar 0.2\n18 Jul 2017 18:30 Auktarngdshe Myanmar 0.2\n18 Jul 2017 18:30 Chauklangwe Myanmar 0.2\n18 Jul 2017 06:00 Ban Don Mot Tanoi Thailand 0.2\n17 Jul 2017 10:00 Pinghai China 0.2\n17 Jul 2017 10:00 Gangkou China 0.2\n18 Jul 2017 20:45 Khamaungdwe Myanmar 0.2\n16 Jul 2017 02:45 Kampot Cambodia 0.2\n18 Jul 2017 20:45 Myaukpyin Myanmar 0.2\n16 Jul 2017 07:45 Dong'ao China 0.2\n17 Jul 2017 09:45 Houmen China 0.2\n17 Jul 2017 09:45 Magong China 0.2\n17 Jul 2017 06:45 Kyaukkayan Myanmar 0.2\n18 Jul 2017 19:00 Koyanbyin Myanmar 0.2\n18 Jul 2017 19:00 Phapholting Myanmar 0.2\n18 Jul 2017 19:00 Wabawgyi Myanmar 0.2\n18 Jul 2017 19:00 Seiktaya Myanmar 0.2\n18 Jul 2017 05:15 Ban Amphoe Thailand 0.2\n16 Jul 2017 01:45 Phumi Ta Tei Cambodia 0.2\n16 Jul 2017 01:45 Chimeal Cambodia 0.2\n16 Jul 2017 01:45 Phumi Khsach Sa Cambodia 0.2\n16 Jul 2017 01:45 Phumi Kandaol Cambodia 0.2\n16 Jul 2017 01:45 Phumi Ta Ben Cambodia 0.2\n16 Jul 2017 11:45 Lajiwei China 0.2\n16 Jul 2017 11:45 Fan Kwai Tong Hong Kong (China) 0.2\n16 Jul 2017 11:45 Tai Long Wan Hong Kong (China) 0.2\n16 Jul 2017 11:45 Lau Fau Sha Hong Kong (China) 0.2\n16 Jul 2017 11:45 Ngau Kwu Long Hong Kong (China) 0.2\n16 Jul 2017 11:45 Tuen Mun Hong Kong (China) 0.2\n16 Jul 2017 11:45 Ham Tin Hong Kong (China) 0.2\n16 Jul 2017 11:45 Sz Pak Hong Kong (China) 0.2\n16 Jul 2017 11:45 Nam Wan Hong Kong (China) 0.2\n16 Jul 2017 11:45 Hoi Pa Hong Kong (China) 0.2\n16 Jul 2017 11:45 Lo Tik Wan Hong Kong (China) 0.2\n16 Jul 2017 11:45 Tsuen Wan Hong Kong (China) 0.2\n16 Jul 2017 11:45 Lo So Shing Hong Kong (China) 0.2\n16 Jul 2017 11:45 Ha Kwai Chung Hong Kong (China) 0.2\n16 Jul 2017 11:45 Pok Fu Lam Hong Kong (China) 0.2\n17 Jul 2017 07:45 Sakanthit Myanmar 0.2\n17 Jul 2017 10:00 Yau Ma Po Hong Kong (China) 0.2\n17 Jul 2017 10:00 Sai Kung Hong Kong (China) 0.2\n17 Jul 2017 10:00 Long Ke Hong Kong (China) 0.2\n17 Jul 2017 09:45 Chik Sha Hong Kong (China) 0.2\n17 Jul 2017 09:45 Hang Hau Hong Kong (China) 0.2\n17 Jul 2017 09:45 Tei Tong Tsui Hong Kong (China) 0.2\n17 Jul 2017 09:45 Tai Wan Tau Hong Kong (China) 0.2\n17 Jul 2017 09:45 Bogyiywa Myanmar 0.2\n17 Jul 2017 07:00 Yedwindaung Ywa Myanmar 0.2\n17 Jul 2017 06:15 Tharawuntaungnge Myanmar 0.2\n16 Jul 2017 02:45 Kaoh Toch Cambodia 0.2\n18 Jul 2017 06:30 Ban Pak Khlong Thailand 0.2\n18 Jul 2017 06:30 Ban Hua Hin Thailand 0.2\n16 Jul 2017 11:30 Shadi China 0.2\n16 Jul 2017 11:30 Dalangwan China 0.2\n18 Jul 2017 10:15 Ban Nong Khan Song Thailand 0.2\n18 Jul 2017 10:15 Ban Pak Khlong Bang Phra Thailand 0.2\n18 Jul 2017 10:15 Ban Laem Hin Thailand 0.2\n18 Jul 2017 10:15 Ban Ao Cho Thailand 0.2\n18 Jul 2017 10:15 Ban Pak Khlong Tha Luan Thailand 0.2\n18 Jul 2017 10:15 Ban Takang Thailand 0.2\n18 Jul 2017 10:15 Laem Khlat Thailand 0.2\n18 Jul 2017 10:15 Ban Saphan Hin Thailand 0.2\n18 Jul 2017 10:15 Ban Mai Rut Thailand 0.2\n17 Jul 2017 10:00 Castle Peak New Town Hong Kong (China) 0.2\n17 Jul 2017 10:00 Yuen Long Hong Kong (China) 0.2\n17 Jul 2017 10:00 Wa Fu Estate Hong Kong (China) 0.2\n17 Jul 2017 10:00 Kennedy Town Hong Kong (China) 0.2\n17 Jul 2017 10:00 Aberdeen Hong Kong (China) 0.2\n17 Jul 2017 10:00 Cheung Sha Wan Hong Kong (China) 0.2\n17 Jul 2017 10:00 Tai Po Hong Kong (China) 0.2\n17 Jul 2017 10:00 Won Hang Hong Kong (China) 0.2\n17 Jul 2017 10:00 Tain Sha Tsui Hong Kong (China) 0.2\n17 Jul 2017 10:00 Central Hong Kong (China) 0.2\n17 Jul 2017 10:00 Tai Po Industrial Estate Hong Kong (China) 0.2\n17 Jul 2017 10:00 Kowloon Hong Kong (China) 0.2\n17 Jul 2017 10:00 Wan Chai Hong Kong (China) 0.2\n17 Jul 2017 10:00 Dabu Hong Kong (China) 0.2\n17 Jul 2017 10:00 Tsz Wa Chan Hong Kong (China) 0.2\n17 Jul 2017 10:00 Chung Hom Kok Hong Kong (China) 0.2\n17 Jul 2017 10:00 North Point Hong Kong (China) 0.2\n17 Jul 2017 10:00 Chek Chue Hong Kong (China) 0.2\n17 Jul 2017 10:00 Crocodile Hill Hong Kong (China) 0.2\n17 Jul 2017 10:00 Tai Tam Hong Kong (China) 0.2\n17 Jul 2017 10:00 Stanley Hong Kong (China) 0.2\n17 Jul 2017 10:00 San Wan Ho Shau Hong Kong (China) 0.2\n17 Jul 2017 10:00 Yau Tong Hong Kong (China) 0.2\n17 Jul 2017 10:00 Rennie's Mill Hong Kong (China) 0.2\n17 Jul 2017 10:00 A Kung Ngam Hong Kong (China) 0.2\n17 Jul 2017 10:00 Chai Wan Hong Kong (China) 0.2\n17 Jul 2017 10:00 Sau Mau Ping Hong Kong (China) 0.2\n17 Jul 2017 10:00 Hok Tsui Wan Hong Kong (China) 0.2\n18 Jul 2017 05:30 Ban Kled Thailand 0.2\n18 Jul 2017 05:30 Ban Bang Sare Thailand 0.2\n18 Jul 2017 21:45 Chindaung Myanmar 0.2\n18 Jul 2017 21:45 Dokekan Myanmar 0.2\n18 Jul 2017 21:45 Mawhun Myanmar 0.2\n18 Jul 2017 18:30 Ban Khao Pak Khot Thailand 0.2\n18 Jul 2017 18:30 Ban Pak Nakhon Thailand 0.2\n18 Jul 2017 18:30 Pak Phanang Thailand 0.2\n18 Jul 2017 18:30 Ban Ban Kong Khong Thailand 0.2\n19 Jul 2017 00:00 Gyeiktaw Myanmar 0.2\n18 Jul 2017 10:45 Ban Laem Thong Lang Thailand 0.2\n18 Jul 2017 10:45 Ban Chek Bae Thailand 0.2\n18 Jul 2017 10:45 Laem Ngop Thailand 0.2\n18 Jul 2017 20:00 Kyaukpyinseik Myanmar 0.2\n18 Jul 2017 20:00 Sandawshin Myanmar 0.2\n17 Jul 2017 09:45 Jizhongtuo China 0.2\n17 Jul 2017 09:45 Shanwei China 0.2\n16 Jul 2017 08:00 Hele China 0.2\n18 Jul 2017 06:00 Sattahip Thailand 0.2\n17 Jul 2017 07:00 Ma-ainggyon Myanmar 0.2\n17 Jul 2017 13:00 Taipa Macau (China) 0.2\n17 Jul 2017 13:00 Coloane Macau (China) 0.2\n17 Jul 2017 13:00 Wanshan China 0.2\n17 Jul 2017 09:45 Htawa Myanmar 0.2\n17 Jul 2017 09:45 Zadi Myanmar 0.2\n17 Jul 2017 09:45 Nabule Myanmar 0.2\n18 Jul 2017 18:45 Kyaukpyu Myanmar 0.2\n18 Jul 2017 18:45 Dodan Myanmar 0.2\n17 Jul 2017 09:45 Jiesheng China 0.2\n17 Jul 2017 05:00 Tuyet iem Vietnam 0.2\n17 Jul 2017 09:30 Pandin-in Myanmar 0.2\n17 Jul 2017 09:30 Pyingyi Myanmar 0.2\n17 Jul 2017 09:30 Maungmagan Myanmar 0.2\n18 Jul 2017 09:00 O Pyam Cambodia 0.2\n18 Jul 2017 09:00 Phumi Cheung Kruk Cambodia 0.2\n18 Jul 2017 09:00 Phumi Thnal Krabei Cambodia 0.2\n18 Jul 2017 09:00 Bang Krassop Cambodia 0.2\n18 Jul 2017 09:00 Phumi Thmei Cambodia 0.2\n18 Jul 2017 09:00 Sala Srok Kaoh Kong Cambodia 0.2\n18 Jul 2017 09:00 Phumi Prek Svay Cambodia 0.2\n18 Jul 2017 09:00 Kas Kapig Cambodia 0.2\n18 Jul 2017 09:00 Phumi Kaoh Chas Cambodia 0.2\n18 Jul 2017 09:00 Phumi Prek Kduoch Cambodia 0.2\n18 Jul 2017 09:00 Phumi Chrouy Pros Cambodia 0.2\n18 Jul 2017 06:00 Ban Chong Samae San Thailand 0.2\n17 Jul 2017 04:45 Thanh Thuy Vietnam 0.2\n16 Jul 2017 02:45 Ap Ong Lang Vietnam 0.2\n17 Jul 2017 10:00 Kaungma Myanmar 0.2\n17 Jul 2017 10:00 Onbingwin Myanmar 0.2\n18 Jul 2017 09:45 Ban Pak Nam Phang Rat Thailand 0.2\n18 Jul 2017 09:45 Ban Nang Sa Thailand 0.2\n18 Jul 2017 09:45 Ban Ai Lao Thailand 0.2\n17 Jul 2017 13:00 San-tsao China 0.2\n16 Jul 2017 01:15 Tam Quan Vietnam 0.2\n16 Jul 2017 01:15 Ca Cong Vietnam 0.2\n18 Jul 2017 10:00 Ban Klaeng Lang Thailand 0.2\n18 Jul 2017 10:00 Ban Ko Kok Thailand 0.2\n18 Jul 2017 10:00 Ban Samet Ngam Thailand 0.2\n18 Jul 2017 10:00 Ban Nong Mapring Thailand 0.2\n18 Jul 2017 10:00 Ban Tha Kaphak Thailand 0.2\n18 Jul 2017 10:00 Ban Don Makok Lang Thailand 0.2\n17 Jul 2017 07:15 Ale-hman Myanmar 0.2\n18 Jul 2017 20:45 Hseikma Myanmar 0.2\n18 Jul 2017 18:45 Ban Bang Trong Thailand 0.2\n18 Jul 2017 18:30 Ban Bo Daeng Thailand 0.2\n18 Jul 2017 18:30 Ban Bo So Thailand 0.2\n18 Jul 2017 18:30 Ban Hlem Son Thailand 0.2\n18 Jul 2017 18:30 Songkhla Thailand 0.2\n16 Jul 2017 01:00 Tianqian China 0.2\n16 Jul 2017 01:00 Zhelang China 0.2\n16 Jul 2017 08:00 Boao China 0.2\n16 Jul 2017 08:00 Yandun China 0.2\n18 Jul 2017 09:45 Ban Ao Salat Thailand 0.2\n18 Jul 2017 10:00 Ban Ao Fat Thailand 0.2\n18 Jul 2017 11:45 Ban Nong Wa Thailand 0.2\n18 Jul 2017 11:45 Rayong Thailand 0.2\n18 Jul 2017 22:30 Ban Tachilep Thailand 0.2\n18 Jul 2017 22:30 Laem Sing Thailand 0.2\n18 Jul 2017 22:30 Cham Han Thailand 0.2\n18 Jul 2017 22:30 Ban Pak Nam Thailand 0.2\n18 Jul 2017 22:30 Ban Ta Lian Thailand 0.2\n18 Jul 2017 22:30 Khao Ta Nui Thailand 0.2\n18 Jul 2017 22:30 Naung Chim Thailand 0.2\n18 Jul 2017 11:45 Ban Phe Thailand 0.2\n18 Jul 2017 22:45 Ban Khlong Hok Thailand 0.2\n18 Jul 2017 12:00 Ban Khlot Thailand 0.2\n18 Jul 2017 12:00 Ban Phra La Thailand 0.2\n16 Jul 2017 02:45 Huiwen China 0.2\n16 Jul 2017 08:00 Chung-yuan China 0.2\n18 Jul 2017 18:00 Ban Na Thong Thailand 0.2\n18 Jul 2017 18:00 Ban Sam Bo Thailand 0.2\n18 Jul 2017 18:00 Ban Phang Mai Phai Thailand 0.2\n16 Jul 2017 12:00 Luewei China 0.2\n18 Jul 2017 22:45 Ban Bang Kadan Thailand 0.2\n18 Jul 2017 18:00 Sathing Phra Thailand 0.2\n18 Jul 2017 19:00 Kalaba Myanmar 0.2\n17 Jul 2017 09:45 Kalawni Myanmar 0.2\n18 Jul 2017 13:00 Phumi Kaoh Krabei Cambodia 0.2\n18 Jul 2017 13:00 Phumi Sre Cham Kraom Cambodia 0.2\n17 Jul 2017 06:45 Shangan Myanmar 0.2\n17 Jul 2017 06:45 Hangapru Myanmar 0.2\n17 Jul 2017 06:45 Karathuri Myanmar 0.2\n18 Jul 2017 09:30 Ban Suan Khat Thailand 0.2\n18 Jul 2017 09:30 Khlong Yai Thailand 0.2\n18 Jul 2017 18:15 Ban Map Bua Thailand 0.2\n18 Jul 2017 09:30 Phumi Chrouy Kaoh Cambodia 0.2\n16 Jul 2017 02:45 Chen Lan China 0.2\n16 Jul 2017 02:45 Qinglan China 0.2\n18 Jul 2017 22:15 Dan Kao Thailand 0.2\n18 Jul 2017 06:30 Ban Huai Sai Tai Thailand 0.2\n18 Jul 2017 06:30 Hua Hin Thailand 0.2\n18 Jul 2017 06:30 Ban Bang Gwai Thailand 0.2\n18 Jul 2017 06:30 Cha-am Thailand 0.2\n18 Jul 2017 06:30 Ban Hua Don Thailand 0.2\n16 Jul 2017 06:00 Ban Sin Hai Thailand 0.2\n16 Jul 2017 06:00 Ban Mong Klang Thailand 0.2\n16 Jul 2017 06:00 Ban Ratcha Krut Thailand 0.2\n16 Jul 2017 06:00 Ban Tha Chang Thailand 0.2\n16 Jul 2017 06:00 Ban Phon Rang Thailand 0.2\n18 Jul 2017 09:30 Ban Khlong Chao Thailand 0.2\n18 Jul 2017 09:30 Ban Ao Yai Thailand 0.2\n18 Jul 2017 21:45 Ban Wai Chaek Thailand 0.2\n18 Jul 2017 21:45 Ban Bang Bao Thailand 0.2\n18 Jul 2017 18:30 Ban Bang Chak Thailand 0.2\n17 Jul 2017 14:45 Ching-an China 0.2\n17 Jul 2017 14:45 Xiaolin China 0.2\n17 Jul 2017 14:45 Baijiao China 0.2\n17 Jul 2017 14:45 Nanping China 0.2\n17 Jul 2017 14:45 Maogang China 0.2\n17 Jul 2017 14:45 Macau Macau (China) 0.2\n17 Jul 2017 14:45 Heung chau China 0.2\n18 Jul 2017 18:45 Chaung-wa Myanmar 0.2\n18 Jul 2017 06:30 Ban Tha Khoi Thailand 0.2\n18 Jul 2017 18:45 Ban Bang Rapha Thailand 0.2\n18 Jul 2017 18:45 Maung Nawng Chik Thailand 0.2\n18 Jul 2017 18:45 Hua Sai Thailand 0.2\n16 Jul 2017 01:45 Kampong Saom Cambodia 0.2\n16 Jul 2017 01:45 Batruong Cambodia 0.2\n16 Jul 2017 01:45 Phumi Bei Smau Cambodia 0.2\n18 Jul 2017 17:45 Kampong Nam Bau Thailand 0.2\n18 Jul 2017 17:45 Sai Buri Thailand 0.2\n18 Jul 2017 17:45 Ban Mai Kaen Thailand 0.2\n16 Jul 2017 01:45 Kin-hon Vietnam 0.2\n16 Jul 2017 01:45 Tuo Nham Vietnam 0.2\n18 Jul 2017 19:30 Pattani Thailand 0.2\n18 Jul 2017 19:30 Amphoe Yamu Thailand 0.2\n18 Jul 2017 17:30 Ban Thaup Thailand 0.2\n17 Jul 2017 06:45 Kadin Myanmar 0.2\n18 Jul 2017 17:00 Pa Na Re Thailand 0.2\n16 Jul 2017 17:00 An Hai Vietnam 0.2\n16 Jul 2017 16:45 Ky Tan Vietnam 0.2\n16 Jul 2017 16:45 Duc Pho Vietnam 0.2\n18 Jul 2017 09:15 Ban Khung Tanot Thailand 0.2\n18 Jul 2017 09:15 Ban Bang Pu Thailand 0.2\n18 Jul 2017 16:30 Mawyen Myanmar 0.2\n16 Jul 2017 09:15 An Lac Vietnam 0.2\n16 Jul 2017 09:15 Dien Truong Vietnam 0.2\n18 Jul 2017 16:15 Ban Na Bo Thailand 0.2\n18 Jul 2017 16:15 Ban Lak So Thailand 0.2\n18 Jul 2017 16:15 Ban Talat Bang Not Thailand 0.2\n18 Jul 2017 16:15 Amphoe Khanom Thailand 0.2\n18 Jul 2017 16:15 Ko Samui Thailand 0.2\n18 Jul 2017 09:15 Ban Don Yai Nu Thailand 0.2\n18 Jul 2017 09:00 Dhungnoi Thailand 0.2\n16 Jul 2017 05:30 Ai Taut Thailand 0.2\n16 Jul 2017 05:30 Ban Khlong Mak Thailand 0.2\n16 Jul 2017 05:30 Ban Ai Dao Thailand 0.2\n16 Jul 2017 05:30 Ban Bang Suat Thailand 0.2\n16 Jul 2017 05:30 Ban Hua Hin Thailand 0.2\n16 Jul 2017 05:30 Ban Thai Thailand 0.2\n16 Jul 2017 05:30 Ban Ru Yai Thailand 0.2\n16 Jul 2017 05:30 Ban Na Thailand 0.2\n16 Jul 2017 05:30 Ban Huai O Thailand 0.2\n18 Jul 2017 19:00 Leiktaung Myanmar 0.1\n18 Jul 2017 12:15 Ban Na Luang Thailand 0.1\n18 Jul 2017 12:15 Ban Rai Prung Thailand 0.1\n18 Jul 2017 12:15 Chaiya Thailand 0.1\n18 Jul 2017 12:15 Ban Nua Nam Thailand 0.1\n18 Jul 2017 11:30 Ban Don Yang Thailand 0.1\n18 Jul 2017 11:30 Ban Pak Nam Thailand 0.1\n18 Jul 2017 11:30 Ban Hua Krut Thailand 0.1\n18 Jul 2017 11:45 Ban Thong Tanot Thailand 0.1\n18 Jul 2017 11:15 Ban Ko Tao Thailand 0.1\n17 Jul 2017 04:00 Kampong Pulo Chili Myanmar 0.1\n17 Jul 2017 04:00 Nangin Myanmar 0.1\n18 Jul 2017 12:00 Ban Bo Samrong Thailand 0.1\n18 Jul 2017 12:00 Ban Sang Som Thailand 0.1\n18 Jul 2017 12:00 Ban Tham Thong Thailand 0.1\n18 Jul 2017 12:00 Ban Ton Makham Yai Thailand 0.1\n18 Jul 2017 11:45 Ban Hat Sai Ri Thailand 0.1\n18 Jul 2017 11:45 Ban Choeng Kra Thailand 0.1\n18 Jul 2017 10:15 Prachuap Khiri Khan Thailand 0.1\n18 Jul 2017 10:00 Ban Nong Hoi Siap Thailand 0.1\n16 Jul 2017 04:00 Nha Trang Vietnam 0.1\n16 Jul 2017 04:00 Cat Lo Vietnam 0.1\n18 Jul 2017 10:15 Hnohng Ai Bhrom Thailand 0.1\n18 Jul 2017 10:30 Ban Bo Nok Thailand 0.1\n18 Jul 2017 10:30 Ao Noi Thailand 0.1\n18 Jul 2017 11:45 Ban Khlong Rang Thailand 0.1\n18 Jul 2017 11:45 Ban Hin Sam Kon Thailand 0.1\n18 Jul 2017 12:15 Ban Huai Kruat Thailand 0.1\n18 Jul 2017 12:15 Ban Na Thap Thailand 0.1\n18 Jul 2017 16:15 Ban Theprat Thailand 0.1\n18 Jul 2017 16:15 Ban Sa Kaeo Thailand 0.1\n18 Jul 2017 16:15 Ban Rai Thailand 0.1\n18 Jul 2017 16:15 Ban Tha Sala Thailand 0.1\n16 Jul 2017 01:45 Kaoh Rung Cambodia 0.1\n18 Jul 2017 12:00 Ban Thung Ha Thailand 0.1\n18 Jul 2017 10:15 Ban Wa Thon Thailand 0.1\n18 Jul 2017 10:15 Ban Nong Hin Thailand 0.1\n18 Jul 2017 10:00 Ban Huai Yang Thailand 0.1\n18 Jul 2017 12:15 Ban Lum Phawa Thailand 0.1\n18 Jul 2017 12:15 Ban Bang Man Thailand 0.1\n18 Jul 2017 16:30 Ban Laem Din Thailand 0.1\n18 Jul 2017 12:15 Pathiu Thailand 0.1\n17 Jul 2017 03:45 Kampong Mah Puteh Myanmar 0.1\n17 Jul 2017 03:45 Talok Babai Myanmar 0.1\n17 Jul 2017 03:45 Pase Panjang Myanmar 0.1\n17 Jul 2017 03:45 Kampong Tengah Myanmar 0.1\n17 Jul 2017 03:45 Kampong Lama Myanmar 0.1\n17 Jul 2017 03:45 Kawthaung Myanmar 0.1\n18 Jul 2017 16:30 Ban Ton Liang Thailand 0.1\n18 Jul 2017 10:00 Amphoe Bang Saphan Thailand 0.1\n18 Jul 2017 10:00 Ban Na Phak Khuang Thailand 0.1\n18 Jul 2017 12:15 Ban Don Kha Thailand 0.1\n18 Jul 2017 10:00 Thap Sakae Thailand 0.1\n18 Jul 2017 12:30 Ban Khun Saen Thailand 0.1\n18 Jul 2017 09:45 Phumi Prek Khsach Toch Cambodia 0.1\n18 Jul 2017 09:45 Phumi Veal Poah Cambodia 0.1\n18 Jul 2017 10:00 Ban Faeng Daeng Thailand 0.1\n18 Jul 2017 16:45 Ban Chom Phibun Thailand 0.1\n18 Jul 2017 16:45 Ban Sichon Thailand 0.1\n18 Jul 2017 10:00 Ban Thung Pradu Thailand 0.1\n18 Jul 2017 17:30 Ban Le Thailand 0.1\n16 Jul 2017 03:30 Ninh Hoa Vietnam 0.1\n16 Jul 2017 03:30 Ninh Phuoc Vietnam 0.1\n18 Jul 2017 10:00 Ang Dhong Thailand 0.1\n18 Jul 2017 14:30 Kaoh Rong Cambodia 0.1\n18 Jul 2017 10:00 Ban Chamuang Thailand 0.1\n17 Jul 2017 04:15 Ban Sadein Myanmar 0.1\n18 Jul 2017 14:00 Phumi Prek Svay Cambodia 0.1\n18 Jul 2017 10:15 Peam Kay Cambodia 0.1\n18 Jul 2017 11:15 Ban Thong Ta Pan Thailand 0.1\n18 Jul 2017 17:00 Ban Plai Laem Thailand 0.1\n18 Jul 2017 12:00 Ban Hin Kong Thailand 0.1\n18 Jul 2017 12:00 Ban Madua Wan Thailand 0.1\n18 Jul 2017 12:00 Ban Khai Thailand 0.1\n18 Jul 2017 10:45 Ban Tha Krachai Thailand 0.1\n18 Jul 2017 10:45 Ban Don Thup Thailand 0.1\n18 Jul 2017 12:15 Phsar Ream Cambodia 0.1\n18 Jul 2017 11:45 Duong Dong Vietnam 0.1\n16 Jul 2017 10:00 Song Cau Vietnam 0.1\n18 Jul 2017 11:00 Ban Na Klua Thailand 0.1\n18 Jul 2017 21:15 Kyeintali Myanmar 0.1\n18 Jul 2017 19:00 Owa Myanmar 0.1\n18 Jul 2017 19:00 Thitpon Myanmar 0.1\n16 Jul 2017 02:30 Chanh Giao Vietnam 0.1\n17 Jul 2017 04:00 Kyatchaung Myanmar 0.1\n16 Jul 2017 09:15 Thon Hoa Diem Vietnam 0.1\n16 Jul 2017 09:15 Ap Gio Ta Vietnam 0.1\n16 Jul 2017 09:15 Cam Ranh Vietnam 0.1\n16 Jul 2017 09:15 Ap Binh Ba Vietnam 0.1\n16 Jul 2017 12:45 Van Ninh Vietnam 0.1\n16 Jul 2017 12:45 Dong Hai Vietnam 0.1\n16 Jul 2017 12:45 Bai Tre Vietnam 0.1\n16 Jul 2017 12:45 Dam Mon Ha Vietnam 0.1\n18 Jul 2017 18:45 Zigyaing Myanmar 0.1\n18 Jul 2017 18:45 Kywegyaung Myanmar 0.1\n18 Jul 2017 18:45 Kangyaing Myanmar 0.1\n18 Jul 2017 18:45 Chaungtaungbe Myanmar 0.1\n18 Jul 2017 17:15 Xom Rach Tau Vietnam 0.1\n18 Jul 2017 17:15 Sachet Myanmar 0.1


timestamp: tn

url: =30 November 2016 On-chip tunable optofluidic dye laser\nZengyan Cai , Zhenhua Shen , Haigang Liu , Huan Yue\nhanghai Research Institute of Criminal Science and Technology (China)\nOptical Engineering, 55(11), 116117 (2016). https://doi.org/10.1117/1.OE.55.11.116117\nZengyan Cai, Zhenhua Shen, Haigang Liu, Huan Yue, Yun Zou, and Xianfeng Chen "On-chip tunable optofluidic dye laser," Optical Engineering 55(11), 116117 (30 November 2016). https://doi.org/10.1117/1.OE.55.11.116117\nZengyan Cai, Zhenhua Shen, Haigang Liu, Huan Yue, Yun Zou, Xianfeng Chen, "On-chip tunable optofluidic dye laser," Opt. Eng. 55(11) 116117 (30 November 2016)


url: ="Letter, Mao Zedong to Zhou Enlai, Chen Yi, Huang Kecheng," November 02, 1958, History and Public Policy Program Digital Archive, Zhonggong zhongyang wenxian yanjiushi, ed., Jianguo yilai Mao Zedong wengao (Mao Zedong’s Manuscripts since the Founding of the People’s Republic of China), vol. 7 (Beijing: Zhongyang wenxian chubanshe, 1992), 490. https://digitalarchive.wilsoncenter.org/document/117021\nComrades [Zhou] Enlai, Chen Yi, and [Huang] Kecheng:\nSuggest having a heavy all day shelling tomorrow (the 3rd, an odd day). Fire at least 10,000 shells and bomb all the military targets [on Jinmen] in order to affect America’s election, promoting the Democrats’ victory and the Republicans’ defeat. Meanwhile, give Jiang’s troops an excuse for refusing to withdraw [from Jinmen]. Please consider and decide if this is proper.\nZhonggong zhongyang wenxian yanjiushi, ed., Jianguo yilai Mao Zedong wengao (Mao Zedong’s Manuscripts since the Founding of the People’s Republic of China), vol. 7 (Beijing: Zhongyang wenxian chubanshe, 1992), 490.


url: =Blog-a-bing. Blog-a-boom.: We give '9' a 10


url: =Yokohama Japan East Asia high end large bauxite disk granulator price - Caesar\nSendai shiJapan East Asiamediumbauxitesand washer. We haveSendai shiJapan EastAsiamediumbauxitesand washerprice,largediabase ball mill inSendaishiJapan East Asia,Japanis a nation inEast AsiaIn 1970 Kazutomi Takayama released a manga called Imperishable Night which featured Seiga Rokkaku OTL Seiga Kaku as the main characterJapanalso officially apologised to China for the Second …\nhighquality new iron ore hammer crusher sell it at a\nhighquality new iron ore hammer crusher sell it at a bargainpriceinYokohama Japan East Asia,Highquality Hammer crusher for mining cement coal industries with lowprice2018 New type Lime Iron OreSmall Mobile Coal stone CrusherPriceMaking Briquettes Roll CrusherCoal Double Roller Crusher SoutheastAsia20 MidEast15 Southern Europe 10 Response Rate\nNagoyaJapan East Asialowpricemedium limestone hammer. NagoyaJapan East Asialowprice medium limestone hammer crusher forsale. NagoyaJapan EastAsiahighendsmallbauxite roll crusher sell it at a bargain priceNagoyaJapan East Asiatalc dolomite grinding mill for sale grind talc into 40 mesh 325 mesh fine powder jaw crusher for sale in niggeria talc jaw crusher is the primary talc ...\nlargeconstruction waste hammer crusher inYokohama Japan\nlargeconstruction waste hammer crusher inYokohama Japan East Asia. Choibalsan MongoliaEastAsiahighend largequartz quartz. Choibalsan MongoliaEast Asia high end largequartz quartz crusher sell it at a bargain priceWe have quartz sand crusher supplierssaudi arabiaSincefounded in the year 1992Majd Al Muayad Trading Establishment is marked as one of the largest and reputed gulf ...\nhigh endstone hammer crusher sell at a loss inEast Asia. OsakaJapan East Asia highendnew quartz aggregatejaw crusher sell.OsakaJapan EastAsianew quartzdisk granulatorpriceChina ChemicalGranulatorscatalog ofAnnual Salesof TheHottest Ceramic SandGranulatorsMultiDiscDiameterCeramic Sand ProductDiskGranulatorprovided by China manufacturerHenan Zhengzhou Mining Machinery Co …\nhighquality mediumbauxite disk granulator pricein South\nHighAl2o3Bauxite HighAl2o3BauxiteSuppliers and. There are 1245highal2o3bauxitesuppliers mainly located inAsiaThe top supplying countries or regions are China India and South Africa which supply 98 1 and 1 ofhighal2o3bauxiterespectivelyHighal2o3bauxiteproducts are most popular in SoutheastAsiaMidEastand SouthAsia\nKyotoJapan East Asia HighEndMedium Calcining Ore Hammer Nagoyajapaneast asia highendsmallbauxiteroll. Nagoyajapaneast asia highendsmallbauxiteroll crusher sell it at a bargain pricenagoyajapaneastasiatalc dolomite grinding mill for sale grind talc into 40 mesh 325 mesh fine powder jaw crusher for sale in niggeria talc jaw crusher is ...


url: =Gamers! 1080p Dual Audio | Anime Devil\nHome/1080p/Gamers! 1080p Dual Audio


url: =8 Travel ideas | travel, places to travel, travel inspiration\nCollection by The Melanated Thrifty Traveler\nTravel Around The WorldAround The WorldsTravel PhotographieCouple TravelItalian VillagePhotos VoyagesTravel AestheticBeach AestheticWater Aesthetic\nCool Places To VisitPlaces To GoCities In ItalyPlaces In ItalyVoyage EuropeDestination VoyageEurope DestinationsHoneymoon DestinationsHoliday Destinations\nPlaces To TravelTravel DestinationsPlaces To VisitHoliday DestinationsDestination VoyageDestination WeddingPhotos VoyagesGreece TravelSantorini Travel\nSolo Travel TipsTravel GoalsTravel HacksTravel BagSolo Travel EuropeTravel PackingTime TravelCuba TravelTravel Channel\n2020 Best Solo Female Travel Destinations for each Month of the Year\nLooking for awesome solo female travel destinations for each month of this year? Here's my top 3 destinations for each month for all you solo ladies!\nTravel Packing ChecklistPrintable Packing ListPacking List For VacationPacking For A CruiseCamping ChecklistPacking HacksPacking IdeasCamping PackingCruise Checklist\nBest Travel Essentials For Women Packing Lists Vacations 36 Ideas\nBest Travel Essentials For Women Packing Lists Vacations 36 Ideas #travel\nLagoon PoolPrivate PoolAcreBlissJetBackdropsCondoVacationBeach\nMy Vicarious Life: Jet Life: Bimini Bliss


url: =Webseite | Famillini - Teil 2\nDu bist hier: Famillini > Webseite > Page 2\nSandra 29. Juni 2021 17. September 2021 Mein Bilderarchiv 10 Kommentare zeig mir mehr\nSandra 28. Juni 2021 17. September 2021 Mein Bilderarchiv 8 Kommentare zeig mir mehr\nSandra 27. Juni 2021 17. September 2021 Mein Bilderarchiv 6 Kommentare zeig mir mehr\nSandra 26. Juni 2021 17. September 2021 Mein Bilderarchiv 12 Kommentare zeig mir mehr\nSandra 20. Juni 2021 17. September 2021 Mein Bilderarchiv 4 Kommentare zeig mir mehr\nSandra 15. Juni 2021 17. September 2021 Alltags-Fotografie 6 Kommentare zeig mir mehr\nSandra 11. Juni 2021 17. September 2021 Mein Bilderarchiv 12 Kommentare zeig mir mehr\nSandra 3. Juni 2021 17. September 2021 Mein Bilderarchiv 2 Kommentare zeig mir mehr\nSandra 2. Juni 2021 17. September 2021 Alltags-Fotografie 9 Kommentare zeig mir mehr\nSandra 1. April 2021 26. Juni 2021 Gewinnspiele zeig mir mehr


url: =1989―1992 西北工业大学航空发动机系 博士\n1986―1989 西北工业大学航空发动机系 硕士\n1982―1986 西北工业大学航空发动机系 学士\n1992.06―1994.06 上海交通大学动力机械系 博士后\n1994.09―1994.12 日本东京大学航空航天工程系 博士后\n1995.01―1996.01 上海交通大学动力机械系 讲师、副教授\n1996.02―1996.11 韩国汉城国立大学机械工程系 客座研究员\n1996.12―1998.10 美国伊利诺依大学（UIUC）航空航天工程系 访问学者\n1998.11―2001.01 上海交通大学动力工程学院 教授/副院长\n2002.02―2005.07 上海交通大学机械与动力工程学院 教授/副院长\n2005.08―2014.06 上海交通大学研究生院 常务副院长 机械与动力工程学院 教授\n2014.07―2017.06 上海交通大学机械与动力工程学院 党委书记 教授\n2017.07― 上海交通大学机械与动力工程学院 党委书记/院长 教授\n1. Hu, Liangquan; Zhu, Xiaocheng; Hu, Chenxin; Chen, Jinge; Du, Zhaohui, Wind turbines ice distribution and load response under icing conditions, Renewable Energy, 2017, v 113, p 608-619\n2. Hu, Liangquan; Zhu, Xiaocheng; Hu, Chenxing; Chen, Jinge; Du, Zhaohui, Calculation of the Water Droplets Local Collection Efficiency on the Wind Turbines Blade, Journal of Energy Resources Technology, Transactions of the ASME, 2017, v 139, n 5, , September 1, 2017\n3. ZX Liu, HZ Diao,XC Zhu,ZH Du, Numerical investigation of the axial compressor performance with inlet distortions, Proceedings of the Institution of Mechanical Engineers, Part G: Journal of Aerospace Engineering,2017.3\n4. Hu Chenxing, Liu Hao, Zhu Xiaocheng, Chen Hua, Du Zhaohui. Dynamics of global instabilities in the vaneless diffuser: A numerical approach and its applications[J]. Proceedings of the Institution of Mechanical Engineers Part G Journal of Aerospace Engineering, 2017.\n5. Shen, X; Yang, H; Chen, J; Zhu, XC; Du, ZH，Aerodynamic shape optimization of non-straight small wind turbine blades，ENERGY CONVERSION AND MANAGEMENT，2016, 2016;119:266-78\n6. Wang, H; Wu, YD; Ouyang, H; Tian, J; Du, ZH，Investigations of rotating instability and fluctuating tip clearance flow in a low-speed axial compressor，PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART G-JOURNAL OF AEROSPACE ENGINEERING，2016\n7. Wang, H; Wu, YD; Ouyang, H; Du, ZH，Circumferential propagating characteristics of tip leakage flow oscillation and its induced rotating pressure wave，PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART A-JOURNAL OF POWER AND ENERGY，2016\n8. Shen X, Chen J G, Zhu X C, et al. Multi-objective optimization of wind turbine blades using lifting surface method [J]. Energy, 2015, 90: 1111-1121.\n9. Kangjie Sun, Hua Ouyang, Jie Tian, Yadong Wu, Zhaohui Du, Experimental and numerical investigations on the eccentric vortex of the cross flow fan, International Journal of Refrigeration, Vol.50:146-155, 2015\n10. Shen X, Chen J G, Zhu X C, Du Z H. Multi-objective optimization of wind turbine blades using lifting surface method [J]. Energy, 90: 1111-1121，2015\n11. Wang H, Tian J, Ouyang H, Du Z. Aerodynamic performance improvement of up-flow outdoor unit of air conditioner by redesigning the bell-mouth profile. International Journal of Refrigeration, Vol.46: 173-181, 2014\n12. Liu Pengyin, Yu Guohua, Zhu Xiaocheng, et al. Unsteady aerodynamic prediction for dynamic stall of wind turbine airfoils with the reduced order modeling, Renewable Energy, Vol.69:402-409, 2014\n13. Shen Feng, Chen Hua, Zhu Xiaocheng, Du Zhaohui. A 3D Compressible Flow Model for Weak Rotating Waves in Vaneless Diffusers --- Part II: Detailed Results. ASME Journal of Turbomachinery, 134(4):041011, 2012\n14. Ouyang Hua, Tian Jie, Li Yang, Zheng Zhiming, Du Zhaohui. Internal flow and noise investigations about the cross-flow fan with different blade angles. ASME Journal of Turbomachinery, 134(5):051023, 2012\n15. Shen Xin, Zhu Xiaocheng, Du Zhaohui. Wind turbine aerodynamics and loads control in wind shear flow, Energy, 36(3): 1424-1434, 2011\n16. Yu Guohua, Shen Xin, Zhu Xiaocheng, Du Zhaohui, An insight into the separate flow and stall delay for HAWT, Renewable Energy, 36(1): 69-76, 2011\n17. Zhaohui Du and Danmei Hu, A Study on Static Stall for Horizontal Axis Wind Turbine, Renewable Energy, 31(6): 821-836, 2006\n18. Zhu Xiaocheng, Lin Wanlai, Du Zhaohui，Experimental and numerical investigation of the flow field in the tip region of an axial ventilation fan, ASME Journal of Fluids Engineering, 127 (2): 299-307, 2005\n19. Zhaohui Du and M.S.Selig, Effect of Rotation on Boundary Layer of Wind Turbine Blade, Renewable Energy, Vol.20(2):191-214, 2002\n20. DU Chaohui, M.S.Selig , A 3-D Stall Delay Model for HAWT Performance Prediction, AIAA Paper 98-0021, 1998\n专利名称：带有叶尖小翼的水平轴风力机 授权号： ZL2004 10017010.2\n专利名称：升力、阻力联合型垂直轴风力机 授权号： ZL2004 10067575.1


url: =The application and method of GPS strain calculation in whole mode using least square collocation in sphere surface--《Chinese Journal of Geophysics》2009年07期\nThe application and method of GPS strain calculation in whole mode using least square collocation in sphere surface\nWU Yan-Qiang~1,JIANG Zai Sen~1,YANG Guo-Hua~2,FANG Ying~1,WANG Wu-Xing~11 Institute of Earthquake Prediction,China Earthquake Administration,Beijing 100036,China2 First Crustal Monitoring and Application Center,China Earthquake Administration,Tianjin 300180,China\nBy analysis of the coefficient formulas between displacement and strain, the whole solving method using least square collocation in sphere reference frame for calculating strain field from GPS data is propounded. In this paper, the theoretical strain field and calculated strain field with simulated data are given. In this simulating process, the whole sampling data and 50% constraining sampling data are used as simulating input. On the basis of comparing the theoretical results and calculated results, the strain calculation method is tested effectively. Meanwhile, we analyze the GPS strain rate field of regional network in China Mainland using 1999～2001 and 2001～2004 GPS velocity fields and give the dynamic evolution of strain rate distribution of China Mainland. Lastly, some advice of strain calculation using least square collocation is given.\n【Fund】： 国家自然科学基金项目(40674010);; 国家科技支撑计划重点项目(2006BAC01B02-02-02和2006BAC01B03-01-01);; 中国地震局地震预测研究所基本科研业务专项资助.\n1 ZHAO Jing1,3,JIANG Zai-Sen1,2,WU Yan-Qiang1,LIU Xiao-Xia1,WEI Wen-Xin1,LI Qiang1 1 CEA Keylaboratory of Earthquake Prediction(Institute of Earthquake Science,China Earthquake Administration), Beijing 100036,China 2 School of Geodesy and Geomatics,Wuhan University,Wuhan 430079,China 3 China Earthquake Networks Center,Beijing 100045,China;Study on fault locking and fault slip deficit of the Longmenshan fault zone before the Wenchuan earthquake[J];Chinese Journal of Geophysics;2012-09\n2 CHEN Guang-Qi1,2,WU Yan-Qiang1,3*,JIANG Zai-Sen1,LIU Xiao-Xia1,3,ZHAO Jing1 1 CEA Key Laboratory of Earthquake Prediction Institute of Earthquake Science,China Earthquake Administration, Beijing 100036,China 2 Kyushu University,Fukuoka,8160000,Japan 3 State Key Laboratory of Earthquake Dynamics,Institute of Geology,CEA,Beijing 100029,China;Characteristics of seismogenic model of M_W9.0 earthquake in Tohoku,Japan reflected by GPS data[J];Chinese Journal of Geophysics;2013-03\n3 Li Qiang,Jiang Zaisen,Wu Yanqiang,Zhao Jing,Wei Wenxin and Liu Xiaoxia(Institute of Earthquake Science,CEA,Beijing 100036);PRESENT-DAY TECTONIC DEFORMATION CHARACTERISTICS OF HAIYUAN-LIUPANSHAN FAULT ZONE[J];Journal of Geodesy and Geodynamics;2013-02\n4 Lin Shu,Wang Ziyan,Li Zuning,Guan Yumei and Chen Guang (Earthquake Administration of Fujian Province,Fuzhou 350003);CRUSTAL DEFORMATION CHARACTERISTICS IN FUJIAN REGION[J];Journal of Geodesy and Geodynamics;2013-03\n5 WANG Hui1,LIU Mian2,LI Zhen1,CAO Jian-ling1,JING Yan3(1.Key Laboratory of Earthquake Prediction,Institute of Earthquake Science,CEA,Beijing 100036,China; 2.Dept.of Geological Sciences,University of Missouri,Colombia,MO 65211,USA; 3.Institute of Crust Deformation,CEA,Beijing 100085,China);Long Aftershock Sequences of Major Earthquakes in North China[J];Earthquake;2013-03\n6 GE Wei-Peng;WANG Min;SHEN Zheng-Kang;YUAN Dao-Yang;ZHENG Wen-Jun;State Key Laboratory of Earthquake Dynamics,Institute of Geology,China Earthquake Administration;Lanzhou Institute of Seismology,China Earthquake Administration;Department of Geophysics,School of Earth and Space Science,Peking University;;Intersiesmic kinematics and defromation patterns on the upper crust of Qaidam-Qilianshan block[J];Chinese Journal of Geophysics;2013-09\n7 ZENG Anmin1,2,3 QIN Xianping2,3 LIU Guangming2,3 TANG Yingzhe2,3(1 College of Surveying and Mapping,Information Engineering University, 66 Middle Longhai Road,Zhengzhou 450052,China)(2 State Key Laboratory of Geo-information Engineering,1 Middle Section Yanta Road,Xi'an 710054,China)(3 Xi'an Research Institute of Surveying and Mapping,1 Middle Section Yanta Road,Xi'an 710054,China);Hardy Multi-quadric Fitting Model of Chinese Mainland Horizontal Crustal Movement[J];Geomatics and Information Science of Wuhan University;2013-04\n2 Shi Yaolin1) and Zhu Shoubiao2) 1)Geodynamic Laboratory of Graduate School of CAS,Beijing 100049 2)Institute of Crustal Dynamic,CEA,Beijing 100085;DISCUSSION ON METHOD OF CALCULATING STRAIN WITH GPS DISPLACEMENT DATA[J];Journal of Geodesy and Geodynamics;2006-01\n3 Zhang Xi,Jiang Zaisen and Zhang Sixin (No.2 Crust Deformation Monitoring Center, SSB. Xian 710054);WHOLE CALCULATION OF THE CRUSTAL VISUAL STRAIN FIELD WITH THE LEAST SQUARE COLLOCATION[J];CRUSTAL DEFORMATION AND EARTHQUAKE;1998-02\n4 JIANG ZAI SEN ZHANG XI CHEN BING XUE FU PING (The Second Crustal Deformation Monitoring Center, China Seimological Bureau, Xi’an 710054, China) [;CHARACTERISTICS OF RECENT HORIZONTAL MOVEMENT AND STRAIN-STRESS FIELD IN THE CRUST OF NORTH CHINA[J];Chinese Journal of Geophysics;2000-05\n5 JIANG ZAI-SEN ZHANG XI CUI DU-XIN HU YA-XUANJZCHEN WEN-SHENG WANG SHUANG-XU CHEN BING (The Second Crustal Deformation Monitoring Center, China Seismological Bureau, Xi'an 710054, China) HTH;RECENT HORIZONTAL MOVEMENT AND DEFORMATION IN THE NORTHEAST MARGIN OF QINGHAI-TIBET BLOCK[J];Chinese Journal of Geophysics;2001-05\n6 JIANG ZAISEN 1 MA ZONGJIN 2 ZHANG XI 3 WANG QI 4 WANG SHUANGXU 3 1 Center for Analysis and Prediction, China Seismological Bureau, Beijing 100036,China 2 Institute of Geology, China Seismological Bureau, Beijing 100029, China 3 The Second Monitoring Center, China Seismological Bureau, Xian 710054,China 4 Institute of Seismology, China Seismological Bureau, Wuhan 430071, China;HORIZONTAL STRAIN FIELD AND TECTONIC DEFORMATION OF CHINA MAINLAND REVEALED BY PRELIMINARY GPS RESULT[J];Chinese Journal of Geophysics;2003-03\n7 GUO Liang-Qian 1 ZHANG Zu-Sheng 1 LI Yan-Xing 1 WANG Min 2 BO Wan-Ju 1 1 First Crust Monitoring and Application Center,China Earthquake Administration,Tianjin 300180,China 2 Center for Analysis and Prediction,China Earthquake Administration,Beijing 100036,China;A STUDY ON THE STRAIN FIELD ASSOCIATED WITH THE M_S=8.1 KUNLUNSHAN EARTHQUAKE[J];Chinese Journal of Geophysics;2004-06\n8 HUANG Li-ren WANG Min (First Crustal Deformation Monitoring Center, China Seismological Bureau, Tianjin 300180, China);PRESENT-DAY ACTIVITY AND DEFORMATION OF TECTONIC BLOCKS IN CHINA'S CONTINENT[J];Seismology and Geology;2003-01\n9 Gu Guohua 1) Shen Xuhui 1) Wang Min 2) Zheng Guiming 1) Fang Ying 1) Li Peng 1) 1) Center for Analysis and Prediction, China Seismological Bureau, Beijing 100036, China 2) Center for the Crustal Movement Observation C;GENERAL CHARACTERISTICS OF THE RECENT HORIZONTAL CRUSTAL MOVEMENT IN CHINESE MAINLAND[J];Acta Seismologica Sinica;2001-04\n10 Li Yanxing 1) Huang Cheng 2) Hu Xinkang 1) Shuai Ping 1) Hu Xiaogong 2) Zhang Zhongfu 1) 1) First Crustal Deformation Monitoring Center, China Seismology Bureau, Tianjin 300180, China 2) Shanghai Observatory, Acade;THE RIGID AND ELASTIC-PLASTIC MODEL OF THE BLOCKS IN INTRO-PLATE AND STRAIN STATUS OF PRINCIPAL BLOCKS IN THE CONTINENT OF CHINA[J];Acta Seismologica Sinica;2001-06\n2 LI Jin-ping1,2(1.China University of Mining and Technology,Beijing 100083,China;2.Department of Surveying and Mapping Engineering,Heilongjiang Institute of Technology,Harbin 150050,China);Characteristics of present-day crustal deformation and seismicity in western China[J];Engineering of Surveying and Mapping;2008-01\n3 Peng Bing;Rotation parameters determination of block with GPS velocity field[J];Science of Surveying and Mapping;2005-06\n4 LU Tie-ding①②,NING Jin-sheng①,ZHOU Shi-jian②③,ZANG De-yan②(①School of Geodesy and Geomatics,Wuhan university,Wuhan 430079,China;②School of Geological Science and Surveying Engineering,East China Institute of Technology,Fuzhou 344000,China;3Jiangxi Academy of Sciences,Nanchang 330029,China);An algorithm for least-square collocation by singular value decomposition[J];Science of Surveying and Mapping;2008-03\n5 YAN Xue-wen,LIU Ji-hong,DONG Jun(Xi an Institute of Posts and Telecommunications,Department of Telecommunications,Xi'an 710061,China);A research on present horizontal crustal movement in Guanzhong area based on GPS[J];Science of Surveying and Mapping;2008-04\n6 ZHU Xin-hui①,WANG Ren②,MENG Jian①(①Institute of Surveying and Mapping,Information Engineering University,Zhengzhou 450052,China;②Xi'an Research Institute of Surveying and Mapping,Xi'an 710054,China);Establishment of China horizontal crustal deformation models[J];Science of Surveying and Mapping;2010-01\n7 ZHAO Li-hua①,WANG Qin-liang②,YAO Guang-fei③(①School of Geology Engineering and Geomatics,Chang'an University,Xi'an 710054,China;②Second Monitoring Center,China Earthquake Administration,Xi'an 710054,China;③Northwest Research Institute of Engineering Investigations and Design,Xi′an 710003,China);Crustal deformation analysis based on robust fitting of function model and Kriging statistics[J];Science of Surveying and Mapping;2010-01\n8 QU Wei①③,ZHANG Qin①③,WANG Qin-ling②,LIN Qin①③,GUAN Jian-an①③(①College of Geology Engineering and Geomatics,Chang'an University,Xi'an 710054,China;②The Second Crustal Deformation Monitoring Center,China Seismological Bureau,Xi'an 710054,China;③Key Laboratory of Western China's Mineral Resources and Geological Engineering,Ministry of Education,Xi'an 710054,China);Characteristic analysis of the recent crustal horizontal deformation of Guanzhong area by RELSM model based on the GPS data[J];Science of Surveying and Mapping;2010-05\n9 GU Guo-hua,ZHANG Jing,WANG Wu-xing;Crustal Movement Result from GPS Observations of China Crustal Movement Observation Network[J];Bulletin of Surveying and Mapping;2005-07\n10 LI Jin-ping;A Study of Current Crustal Deformation Characteristics Based on GPS Displacement Data[J];Bulletin of Surveying and Mapping;2008-01\n4 Yang Guohua Jiang Zaiseng Zhang Fengshuang Liu Xia Han Yueping 1)First Crust Monitoring and Application Center,CEA,Tianjin 300180,China, 2)Institute of Earthquake Science,CEA,Beijing 100036,China;The Effect of Kunlun Mountain M_s8.1 Earthquake to Horizontal Crustal Deformation on the Northeastern Edge of Qinghai-Tibet Block[A];[C];2007\n7 HUANG Lu-yuan~1,YANG Shu-xin~1,CUI Xiao-feng~1,CHEN Qun-ce~2,YAO Rui~1 (1.Institute of Crustal Dynamics,China Earthquake Administration,Beijing 100085,China; 2.Institute of Geomechanics,Chinese Academy of Geological Sciences,Beijing 100081,China);Analysis of characteristics of measured stress and stability of faults in North China[A];[C];2013\n3 Huang Liren(1) Tao Benzao(2) Zhao Chengkun(1)(2) (Wuhan Technical University of Surueying and Mapping, Wuhan);THB APPLICATION OF FITTING METHODOF MULTIQUADRIC FUNOTIONS INRESEARCH ON CRUSTAL VERTIGAL MOVEMENT[J];Acta Geodaetica Et Cartographic Sinica;1993-01\n5 JIANG Zhihao1,2,ZHANG Peng4,1,BI Jinzhong3,4 ,LI Zhicai11. National Geomatics Center of china,Beijing 100044,China; 2. Department of Civil Engineering,Tsinghua University,Beijing 100084,china; 3. Chinese Academic of Surveying and Mapping,Beijing 100039,China; 4. School of Geodesy and Geomatics,Wuhan University,Wuhan 430079,China;The Model of Crustal Horizontal Movement Based on CGCS2000 Frame[J];Acta Geodaetica et Cartographica Sinica;2009-06\n6 Li Yulin, Liu Jingnan, Ge Maorong, Chen Jingyong (National Bureau of Surveying and Mapping,100830);DATA PROCESSING AND RESULT ACCURACY ANALYSIS OF CHINA NATIONAL A ORDER GPS NETWORK[J];ACTA GEODAETICA ET CARTOGRAPHICA SINICA;1996-02\n7 LIN Shao-zhong~(1,2) (1.DDA Center, Yangtze River Scientific Research Institute, Wuhan 430010,China; 2.The Key Laboratory of Geotechnical Mechanics and Engineering, the Ministry of Water Resources, Wuhan 430010,China);Recursive Formula for Simplex Integration[J];Journal of Yangtze River Scientific Research Institute;2005-03\n8 YUAN Li-wen,ZHENG Si-hua,ZHOU Zheng-rong(Earthquake Administration of Fujian Province,Fujian Fuzhou 350003,China);RESEARCH ON SEISMICITY CHARACTERISTICS AND REGIONAL STRESS FIELD IN FUJIAN AREA[J];Seismological Research of Northeast China;2009-03\n9 ZNANG Jing,GU Guo-hua(Institute of Earthquake Science,CEA,Beijing 100036,China);Analyzing the characteristics of short-term anomalous information of GPS time-series data before earthquake[J];Earthquake;2006-01\n10 YANG Guo-hua,ZHANG Feng-shuang,WU Yan-qiangHAN Yue-ping,SHEN Wu-chun,YANG Bo(First Crust Monitoring and Application Center,CEA,Tianjin 300180,China);Discussion on the hazard forecast of strong earth-quakes by GPS continuous observation data[J];Earthquake;2008-01\n1 Zhao Jing1,2),Jiang Zaisen2),Wu Yanqiang2),Liu Xiaoxia2), Wei Wenxin2),Wang Yuebing3),Li Qiang2) and Xu Jing2) 1)China Earthquake Networks Center,Beijing 1000452)Institute of Earthquake Science,CEA,Beijing 1000363)National Earthquake Infrastructure Service,Beijing 100045;ANALYSIS OF RELIABILITY AND STABILITY OF INVERSION RESULT WITH NEGATIVE DISLOCATION MODEL OF DEFNODE[J];Journal of Geodesy and Geodynamics;2013-01\n2 YI Gui-Xi 1,2,WEN Xue-Ze 1,3,XIN Hua 1,QIAO Hui-Zhen 1,WANG Si-Wei 1,GONG Yue 1 1 Earthquake Administration of Sichuan Province,Chengdu610041,China 2 Key Lab.of Earth Exploration and Information Technique of Education Ministry of China,Chengdu University of Technology,Chengdu610059,China 3 Institute of Earthquake Science,China Earthquake Administration,Beijing100036,China;Stress state and major-earthquake risk on the southern segment of the Longmen Shan fault zone[J];Chinese Journal of Geophysics;2013-04\n3 Zhao Jing;Wu Yanqiang;Jiang Zaisen;Niu Anfu;Liu Jie;Wang Lifeng;Wei Wenxin;China Earthquake Networks Center;Institute of Earthquake Science,China Earthquake Administration;;Fault locking and dynamic deformation of the Longmenshan fault zone before the 2013 Lushan M_S7.0 earthquake[J];Acta Seismologica Sinica;2013-05\n4 ZHANG Qingzhi;TANG Wenqing;LIU Yuping;LI Jun;Chengdu Center,China Geological Survey;;Co-seismic displacement of the M_S7.0 Lushan earthquake based on GPS monitoring[J];Earth Science Frontiers;2013-06\n3 Yang Guohua (No.1 Crustal Deformation Monitoring Center, State Seismological Bureau);A DESCRIPTION AND REALIZATION OF HORIZONTAL DEFORMATION FIELD BY THE MULTI-KERNEL FUNCTION[J];Crustal Deformation and Earthquake;1992-01\n4 Huang Liren and Ma Qing (No.1 Crust Deformation Monitoring Center, CSB. Tainjing 300180);A METHOD OF DETERMINING THE RELATIVE STABLE POINTS IN THREE DIMENSIONAL NETWORK[J];CRUSTAL DEFORMATION AND EARTHQUAKE;1999-03\n5 Zhang Xi and Jiang Zaisen (No.2 Crust Deformation Monitoring Center, CSB. Xi′an 710054);STUDY ON SOME QUESTIONS OF DYNAMIC PICTURES OF CRUSTAL DEFORMATION AND STRAIN FIELDS OBTAINED BY THE LEAST SQUARE COLLOCATION[J];CRUSTAL DEFORMATION AND EARTHQUAKE;1999-03\n6 Huang Liren, Ma Qing (No. 1 Crustal Deformation Monitoring Centre, CSB, Tianjin 300180);STATISTICAL TEST FOR TECTONIC LOCATION OF GPS STATIONS[J];CRUSTAL DEFORMATION AND EARTHQUAKE;1999-04\n7 Chen Bing, Jiang Zaisen, Wang Shuangxu, Zhang Xi (No.2 crustal deformation monitoring center,CSB,Xi'an 710054);PRELIMINARY STUDY ON BLOCK MOVEMENT AND ITS STRESS FIELD BY DISCONTINUOUS DEFORMATION ANALYSIS[J];CRUSTAL DEFORMATION AND EARTHQUAKE;2000-01\n8 Xu Jusheng, Lai Xi'an and Zhuo Li Ge Tu (Institute of Seismology,CSB, Wuhan 430071 ) Shi Chuang and Jiang Weiping (Wuhan Technical University of Surveying and Mapping,Wuhan 430070);OBSERVATION AND STUDY WITH GPS ON CURRENT BLOCK MOVERMENT IN WESTERN REGION OF CHINA CONTINENT[J];CRUSTAL DEFORMATION AND EARTHQUAKE;2000-02\n10 You Xinzhao, Du Ruilin, Wang Qi, Qiao Xuejun and Hua Xiaowei (Institute of Seismology, CSB, Wuhan 430071);GPS RESULTS OF CURRENT CRUSTAL MOVEMENT OF CHINA CONTINENT AND PRIMARY ANALYSIS[J];Crustal Deformation and Earthquake;2001-03


url: =Tents Manufacturers - Yiwu Zhuyun Handicrafts Co., Ltd.\nYiwu Zhuyun Handicrafts Co., Ltd.\nMain products:Tent, Sleeping bag, Ski rope, Ski tube, Waterproof bag, Earring, Necklace, Brooch, Bangle, etc.\nContact Person : Ms. Qiao Joanna\nCompany Name : Yiwu Zhuyun Handicrafts Co., Ltd.\nTel : 86-579-85545724\nFax : 86-579-82855179\nAddress : Zhejiang,YiWu,Floor4, Unit2, Building39, XiangZhangYuan, Yiwu, Zhejiang, China\nHigh quality camping tent\nCamping tent 1) We have stock Camping tent. 2) Low MOQ Camping tent 3) From 1 person to big family camping tent Camping tent1) We have stock Camping tent.2) Low MOQ Camping tent3) CE certified Camping tentCamping tent, 2011 Camping tent1) We have stock Camping tent.2) Low MOQ...\nHigh quality bubble tent\nbubble tent 1) We have stock bubble tent. 2) Low MOQ bubble tent bubble tent 1) We have stock bubble tent .2) Low MOQ bubble tent3) CE certified bubble tent Color:Pls send us your patone colour No.Sample Time:Normally 3 to 7 days after got your...


url: =Threading | Taps | 1-5/16"-16 H4, Plug Chamfer, HSS Import Hand Tap, Ground, RH, 4 Flute | B570448 - GlobalIndustrial.com\n1-5/16"-16 H4, Plug Chamfer, HSS Import Hand Tap, Ground, RH, 4 Flute\nItem #: WBB570448\nHigh Speed Steel Ground Threads TMX Hand Tap with Straight Flutes - available in three chamfer styles: taper chamfer has 8-10 thread chamfer length, plug chamfer has 3-5 thread chamfer length and bottoming chamfer has 1-2 thread length. 1-5/16" - 16 H4, Plug Chamfer, HSS TMX Hand Tap, Ground, RH, 4 Flutes.\nMANUFACTURERS PART NUMBER5-750-7207


url: =Rui Yan - researchr alias\nPublications by 'Rui Yan'\nProphetChat: Enhancing Dialogue Generation with Simulation of Future ConversationChang Liu 0030, Xu Tan 0003, Chongyang Tao, Zhenxin Fu, Dongyan Zhao 0001, Tie-Yan Liu, Rui Yan. acl 2022: 962-973 [doi]\nTraining Deep Convolutional Spiking Neural Networks With Spike Probabilistic Global PoolingShuang Lian, Qianhui Liu, Rui Yan, Gang Pan 0001, Huajin Tang. neco, 34(5):1170-1188, 2022. [doi]\nConcurrent Climate Extremes and Impacts on Ecosystems in Southwest ChinaLulu Liu, Yuan Jiang, Jiangbo Gao, Aiqing Feng, Kewei Jiao, Shaohong Wu, Liyuan Zuo, Yuqing Li, Rui Yan. remotesensing, 14(7):1678, 2022. [doi]\nCoherence Constrained Graph LSTM for Group Activity RecognitionJinhui Tang, Xiangbo Shu, Rui Yan, Liyan Zhang. pami, 44(2):636-647, 2022. [doi]\nTime Domain Adversarial Voice Conversion for ADD 2022Cheng Wen, Tingwei Guo, Xingjun Tan, Rui Yan, Shuran Zhou, Chuandong Xie, Wei Zou, Xiangang Li. icassp 2022: 9221-9225 [doi]\nOptimal routes and aborting strategies of trucks and drones under random attacksRui Yan, Xiaoping Zhu, Xiaoning Zhu, Rui Peng. ress, 222:108457, 2022. [doi]\nAudio Deepfake Detection System with Neural Stitching for ADD 2022Rui Yan, Cheng Wen, Shuran Zhou, Tingwei Guo, Wei Zou, Xiangang Li. icassp 2022: 9226-9230 [doi]\nDesign of Ultra-thin and Polarization-Insensitive perfect metamaterial absorber based on four opening of discHuili Dai, Jun Zeng, Yangli Wang, Hui Meng, Lijun Liu, Rui Yan. aiam 2021: 108-110 [doi]\nNeural Network-Based Cooperative Identification for a Class of Unknown Nonlinear Systems via Event-Triggered CommunicationFei Gao, Weisheng Chen, Zhiwu Li, Jing Li 0020, Rui Yan. tsmc, 51(3):1404-1413, 2021. [doi]\nA Magnitude and Angle Combined Optical Flow Feature for Microexpression SpottingYifei Guo, Bing Li, Xianye Ben, Yi Ren, Junping Zhang, Rui Yan, Yujun Li. ieeemm, 28(2):29-39, 2021. [doi]\nStylized Dialogue Generation with Multi-Pass Dual LearningJinpeng Li, Yingce Xia, Rui Yan, Hongda Sun, Dongyan Zhao 0001, Tie-Yan Liu. nips 2021: 28470-28481 [doi]\nPG-TFNet: Transformer-based Fusion Network Integrating Pathological Images and Genomic Data for Cancer Survival AnalysisZhilong Lv, Yuexiao Lin, Rui Yan, Zhenghe Yang, Ying Wang, Fa Zhang 0001. bibm 2021: 491-496 [doi]\nKeSpeech: An Open Source Speech Dataset of Mandarin and Its Eight SubdialectsZhiyuan Tang, Dong Wang 0013, Yanguang Xu, Jianwei Sun, Xiaoning Lei, Shuaijiang Zhao, Cheng Wen, Xingjun Tan, Chuandong Xie, Shuran Zhou, Rui Yan, Chenjia Lv, Yang Han, Wei Zou, Xiangang Li. nips 2021: [doi]\nDecomposition-and-Fusion Network for HE-Stained Pathological Image ClassificationRui Yan, Jintao Li 0001, S. Kevin Zhou, Zhilong Lv, Xueyuan Zhang, Xiaosong Rao, Chunhou Zheng, Fei Ren, Fa Zhang 0001. icic 2021: 198-207 [doi]\nEmpowering Conversational AI is a Trip to Mars: Progress and Future of Open Domain Human-Computer DialoguesRui Yan, Wei Wu. AAAI 2021: 15078-15086 [doi]\nPredicting Drug-Disease Associations Based on Network Consistency ProjectionQiang Zhang, Zonglan Zuo, Rui Yan, Chunhou Zheng, Fa Zhang 0001. icic 2021: 591-602 [doi]\nCorrection of Radio Wave Propagation Prediction Model Based on Improved Seagull Algorithm in Tunnel EnvironmentYunshui Zheng, Rui Yan, Yang Liu. access, 9:149569-149581, 2021. [doi]\nOnline promotion of mobile banking activities - a comparative study of the US and Chinese banksXiaoning Zhu, Rui Yan, Jiaqin Yang, Tingting Xu. ijmc, 19(4):439-466, 2021. [doi]\nOptimal routing, aborting and hitting strategies of UAVs executing hitting the targets considering the defense range of targetsXiaoning Zhu, Xiaoping Zhu, Rui Yan, Rui Peng. ress, 215:107811, 2021. [doi]\nCoupled Bilinear Discriminant Projection for Cross-View Gait RecognitionXianye Ben, Chen Gong 0002, Peng Zhang 0057, Rui Yan, Qiang Wu 0001, Weixiao Meng 0001. tcsv, 30(3):734-747, 2020. [doi]\nRelationship Between Thermal Sensation and Human Cognitive Performance Based on PMVJiawei Fu, Rui Yan, Fulin Wang, Liang Ma 0001. hci 2020: 43-51 [doi]\nEpipolar TransformersYihui He, Rui Yan, Katerina Fragkiadaki, Shoou-I Yu. cvpr 2020: 7776-7785 [doi]\nEpipolar Transformer for Multi-view Human Pose EstimationYihui He, Rui Yan, Katerina Fragkiadaki, Shoou-I Yu. cvpr 2020: 4466-4471 [doi]\nStoryboard relational model for group activity recognitionBoning Li, Xiangbo Shu, Rui Yan. mmasia 2021: [doi]\nPlugNet: Degradation Aware Scene Text Recognition Supervised by a Pluggable Super-Resolution UnitYongqiang Mou, Lei Tan, Hui Yang, Jingying Chen, Leyuan Liu, Rui Yan, Yaohong Huang. eccv 2020: 158-174 [doi]\nLR-Net: A Multi-task Model Using Relationship-based Contour Information to Enhance the Semantic Segmentation of Cancer RegionsBaorong Shi, Hong Zhang, Rui Yan, Wang Jing, Jinfeng Zang, Fa Zhang 0001. bibm 2020: 2371-2378 [doi]\nLearning to Customize Model Structures for Few-shot Dialogue Generation TasksYiping Song, Zequn Liu, Wei Bi, Rui Yan, Ming Zhang 0004. acl 2020: 5832-5841 [doi]\nAn Integration Framework for Liver Cancer Subtype Classification and Survival Prediction Based on Multi-omics DataZhonglie Wang, Rui Yan, Jie Liu, Yudong Liu, Fei Ren, Chunhou Zheng, Fa Zhang. icic 2020: 247-257 [doi]\nNANet: Nuclei-Aware Network for Grading of Breast Cancer in HE Stained Pathological ImagesRui Yan, Jintao Li, Xiaosong Rao, Zhilong Lv, Chunhou Zheng, Jinjin Dou, Xiaowen Wang, Fei Ren, Fa Zhang 0001. bibm 2020: 865-870 [doi]\nSocial Adaptive Module for Weakly-Supervised Group Activity RecognitionRui Yan, Lingxi Xie, Jinhui Tang, Xiangbo Shu, Qi Tian 0001. eccv 2020: 208-224 [doi]\nAdaptively Multi-Objective Adversarial Training for Dialogue GenerationXuemiao Zhang, Zhouxing Tan, Xiaoning Zhang, Yang Cao, Rui Yan. IJCAI 2020: 2872-2878 [doi]\nLogistic Optimization for Multi Depots Loading Capacitated Electric Vehicle Routing Problem From Low Carbon PerspectiveXiaoning Zhu, Rui Yan, Zhaoci Huang, Wenchao Wei, Jiaqin Yang, Shamsiya Kudratova. access, 8:31934-31947, 2020. [doi]\nOptimal routing, loading and aborting of UAVs executing both visiting tasks and transportation tasksXiaoning Zhu, Rui Yan, Rui Peng, Zhongxin Zhang. ress, 204:107132, 2020. [doi]\nA general tensor representation framework for cross-view gait recognitionXianye Ben, Peng Zhang, Zhihui Lai, Rui Yan, Xinliang Zhai, Weixiao Meng. PR, 90:87-98, 2019. [doi]\nQuerying Enterprise Knowledge Graph With Natural LanguageJunyi Chai, Yonggang Deng, Maochen Guan, Yujie He, Bing Li, Rui Yan. semweb 2019: 311-312 [doi]\nBoFGAN: Towards A New Structure of Backward-or-Forward Generative Adversarial NetsM. K. Sophie Chen, Xinyi Lin, Chen Wei, Rui Yan. WWW 2019: 2652-2658 [doi]\nMultilingual Dialogue Generation with Shared-Private MemoryChen Chen, Lisong Qiu, Zhenxin Fu, Junfei Liu, Rui Yan. nlpcc 2019: 42-54 [doi]\nAIR: Attentional Intention-Aware Recommender SystemsTong Chen, Hongzhi Yin, Hongxu Chen, Rui Yan, Quoc Viet Hung Nguyen, Xue Li. icde 2019: 304-315 [doi]\nLearning towards Abstractive Timeline SummarizationXiuying Chen, Zhangming Chan, Shen Gao, Meng-Hsuan Yu, Dongyan Zhao 0001, Rui Yan. IJCAI 2019: 4939-4945 [doi]\nGPS + BDS Network Real-Time Differential Positioning Using a Position Domain Estimation MethodJianhui Cui, Rui Yan, Chenlong Deng, Weiming Tang, Xuan Zou, Mingxing Shen, Qian Liu, Yawei Wang, Yangyang Li. remotesensing, 11(12):1480, 2019. [doi]\nEvaluation of Third-party Reverse Logistics Providers Based on Extension Superiority MethodBingkun Dong, Xiaoning Zhu, Rui Yan, Changlu Zhang. isi, 24(1):101-105, 2019. [doi]\nSimultaneous multiple low-dimensional subspace dimensionality reduction and classificationLijun Dou, Rui Yan, Qiaolin Ye. ijcse, 19(1):1-14, 2019. [doi]\nQuery-bag Matching with Mutual Coverage for Information-seeking Conversations in E-commerceZhenxin Fu, Feng Ji, Wenpeng Hu, Wei Zhou, Dongyan Zhao 0001, Haiqing Chen, Rui Yan. CIKM 2019: 2337-2340 [doi]\nProduct-Aware Answer Generation in E-Commerce Question-AnsweringShen Gao, Zhaochun Ren, Yihong Zhao, Dongyan Zhao, Dawei Yin, Rui Yan. wsdm 2019: 429-437 [doi]\nAbstractive Text Summarization by Incorporating Reader CommentsShen Gao, Xiuying Chen, Piji Li, Zhaochun Ren, Lidong Bing, Dongyan Zhao 0001, Rui Yan. AAAI 2019: 6399-6406 [doi]\nLearning to Write Stories with Thematic Consistency and Wording NoveltyJuntao Li, Lidong Bing, Lisong Qiu, Dongmin Chen, Dongyan Zhao 0001, Rui Yan. AAAI 2019: 1715-1722 [doi]\n2+-Selective Electrodes with a Sub-PPB Detection Limit †Yueling Liu, Yingying Gao, Rui Yan, Haobo Huang, Ping Wang. sensors, 19(11):2550, 2019. [doi]\nReflections on: Finding Melanoma Drugs Through a Probabilistic Knowledge GraphJames P. McCusker, Michel Dumontier, Rui Yan, Sylvia He, Jonathan S. Dordick, Deborah L. McGuinness. semweb 2020: [doi]\nCGMH: Constrained Sentence Generation by Metropolis-Hastings SamplingNing Miao, Hao Zhou, Lili Mou, Rui Yan, Lei Li. AAAI 2019: 6834-6842 [doi]\nDistributed sensor fault diagnosis for a formation of multi-vehicle systemsLiguo Qin, Xiao He 0001, Rui Yan, Ruiliang Deng, Donghua Zhou. jfi, 356(2):791-818, 2019. [doi]\nAre Training Samples Correlated? Learning to Generate Dialogue Responses with Multiple ReferencesLisong Qiu, Juntao Li, Wei Bi, Dongyan Zhao 0001, Rui Yan. acl 2019: 3826-3835 [doi]\nBoosting Variational Generative Model via Condition Enhancing and Lexical-EditingZhengwei Tao, Waiman Si, Juntao Li, Dongyan Zhao 0001, Rui Yan. pricai 2019: 377-391 [doi]\nDeep Chit-Chat: Deep Learning for ChatbotsWei Wu, Rui Yan. sigir 2019: 1413-1414 [doi]\nDeep Chit-Chat: Deep Learning for ChatbotsWei Wu, Rui Yan. WWW 2019: 1329 [doi]\nRelation-Aware Entity Alignment for Heterogeneous Knowledge GraphsYuting Wu, Xiao Liu, Yansong Feng, Zheng Wang 0001, Rui Yan, Dongyan Zhao 0001. IJCAI 2019: 5278-5284 [doi]\nReach-Avoid Games With Two Defenders and One Attacker: An Analytical ApproachRui Yan, Zongying Shi, Yisheng Zhong. tcyb, 49(3):1035-1046, 2019. [doi]\nInterview Choice Reveals Your Preference on the Market: To Improve Job-Resume Matching through Profiling MemoriesRui Yan, Ran Le, Yang Song, Tao Zhang, Xiangliang Zhang, Dongyan Zhao 0001. kdd 2019: 914-922 [doi]\nPredicting Tumor Mutational Burden from Liver Cancer Pathological Images Using Convolutional Neural NetworkHong Zhang, Fa Zhang, Fei Ren, Zhonglie Wang, Xiaosong Rao, Li Li, Junbo Hao, Rui Yan, Jiancheng Luo, Ming Du. bibm 2019: 920-925 [doi]\nStyle Transfer in Text: Exploration and EvaluationZhenxin Fu, Xiaoye Tan, Nanyun Peng, Dongyan Zhao, Rui Yan. AAAI 2018: 663-670 [doi]\nModeling discourse cohesion for discourse parsing via memory networkYanyan Jia, Yuan Ye 0001, Yansong Feng, Yuxuan Lai, Rui Yan, Dongyan Zhao. acl 2018: 438-443 [doi]\nOverview of the NLPCC 2018 Shared Task: Multi-turn Human-Computer ConversationsJuntao Li, Rui Yan. nlpcc 2018: 446-451 [doi]\nGenerating Classical Chinese Poems via Conditional Variational Autoencoder and Adversarial TrainingJuntao Li, Yan Song, Haisong Zhang, Dongmin Chen, Shuming Shi, Dongyan Zhao, Rui Yan. emnlp 2018: 3890-3900 [doi]\nTeam formation with influence maximization for influential event organization on social networksCheng-Te Li, Mei-Yuan Huang, Rui Yan. www, 21(4):939-959, 2018. [doi]\nConstruction and Analysis of Communication Channels for Simultaneous Wireless Power and Data TransmissionZhongnan Qian, Rui Yan, Jiande Wu, Xiangning He. iecon 2018: 4793-4798 [doi]\nLearning to Converse with Noisy Data: Generation with CalibrationMingyue Shang, Zhenxin Fu, Nanyun Peng, Yansong Feng, Dongyan Zhao, Rui Yan. IJCAI 2018: 4338-4344 [doi]\nOne "Ruler" for All Languages: Multi-Lingual Dialogue Evaluation with Adversarial Multi-Task LearningXiaowei Tong, Zhenxin Fu, Mingyue Shang, Dongyan Zhao, Rui Yan. IJCAI 2018: 4432-4438 [doi]\n"Chitty-Chitty-Chat Bot": Deep Learning for Conversational AIRui Yan. IJCAI 2018: 5520-5526 [doi]\nA NeuRetrieval Model for Human-Computer ConversationsRui Yan, Dongyan Zhao. WWW 2018: 305-312 [doi]\nMagnetic Coupling Positioning Using Simultaneous Power and Data TransferRui Yan, Zhongnan Qian, Jiande Wu, Xiangning He. iecon 2018: 4822-4827 [doi]\nCoupled Context Modeling for Deep Chit-Chat: Towards Conversations between Human and ComputerRui Yan, Dongyan Zhao. kdd 2018: 2574-2583 [doi]\nSmarter Response with Proactive Suggestion: A New Generative Neural Conversation ParadigmRui Yan, Dongyan Zhao. IJCAI 2018: 4525-4531 [doi]\nOn the Abstractiveness of Neural Document SummarizationFangfang Zhang, Jin-ge Yao, Rui Yan. emnlp 2018: 785-790 [doi]\nWhen Less Is More: Using Less Context Information to Generate Better Utterances in Group ConversationsHaisong Zhang, Zhangming Chan, Yan Song, Dongyan Zhao, Rui Yan. nlpcc 2018: 76-84 [doi]


url: =Tsuba: Mumei(Unsigned) Karakusa Pattern | Japanese Sword Online Museum Tsuba: Mumei(Unsigned) Karakusa Pattern | Japanese Sword Online Museum\nOrdering number : F14591\nLength : 8.25cm x 8.18cm( 3.25inches x 3.22inches)\nSpecial feature:On mokko plate iron tsuba, Karakusa pattern is engraved in brass inlay and Inome pattern engraved at the four sides. The inlay pattern is beautiful.\nTsuba: Mumei(Unsigned) Design of Man, Brush and Rolled Paper\nTsuba: Mei (signature) : mumei(Unsigned) Length : 5.84cm x 4.66cm ( 2.3inches x 1.83inches) Thickness of rim: 0.4cm ( 0.16inches) Jidai(era) :Edo Period Weight:57g Special feature: Copper plate with design of man holding brush and rolled paper is engraved and ...\nTsuba : Hamono Chokuzui\nOrdering number : F15677 Tsuba: Mei (signature) : Hamono Chokuzui Length : 7.63 cm x 6.93 cm ( 3.00 inches x 2.72 inches) Thickness of rim : 0.46 cm ( 0.18 inches) Jidai(era) : Edo period Special feature : Round ...\nTsuba : ? zui\nOrdering number : F13746 Tsuba: Mei (signature) : ? zui Length : 6.68 cm x 6.20 cm ( 2.62 inches x 2.44 inches) Thickness of rim : 0.32 cm ( 0.12 inches) Jidai(era) : Edo period Special feature : On ...\nTsuba: Jyoshu Jyu Mitsushige\nOrdering number : F15712 (Consignment Sale) Tsuba: Mei (signature) : Jyoshu Jyu Mitsushige Length : 8.18cm x 7.63cm ( 3.22inches x 3inches) Thickness of rim: 0.42cm ( 0.17 inches) Jidai(era) : Edo Period Weight:192g Special feature:Nadekaku shape iron tsuba with ...\nTanto: Mumei (unsigned) attribute to Sue-Seki school\nWakizashi : Mumei (Mino)


url: =dblp: Yongri Piao\nYongri Piao , Xiao Li, Miao Zhang , Jingyi Yu, Huchuan Lu:\nSaliency Detection via Depth-Induced Cellular Automata on Light Field. IEEE Trans. Image Process. 29: 1879-1889 (2020)\nMiao Zhang, Wei Ji, Yongri Piao, Jingjing Li, Yu Zhang, Shuang Xu, Huchuan Lu:\nLFNet: Light Field Fusion Network for Salient Object Detection. IEEE Trans. Image Process. 29: 6276-6287 (2020)\nYongri Piao, Zhengkun Rong, Miao Zhang, Huchuan Lu:\nExploit and Replace: An Asymmetrical Two-Stream Architecture for Versatile Light Field Saliency Detection. AAAI 2020: 11865-11873\nMiao Zhang, Weisong Ren, Yongri Piao, Zhengkun Rong, Huchuan Lu:\nSelect, Supplement and Focus for RGB-D Saliency Detection. CVPR 2020: 3469-3478\nYongri Piao, Zhengkun Rong, Miao Zhang, Weisong Ren, Huchuan Lu:\nA2dele: Adaptive and Attentive Depth Distiller for Efficient RGB-D Salient Object Detection. CVPR 2020: 9057-9066\nWei Ji, Jingjing Li, Miao Zhang, Yongri Piao, Huchuan Lu:\nAccurate RGB-D Salient Object Detection via Collaborative Learning. ECCV (18) 2020: 52-69\nChongyi Li, Runmin Cong, Yongri Piao, Qianqian Xu, Chen Change Loy:\nRGB-D Salient Object Detection with Cross-Modality Modulation and Selection. ECCV (8) 2020: 225-241\nMiao Zhang, Sun Xiao Fei, Jie Liu, Shuang Xu, Yongri Piao, Huchuan Lu:\nAsymmetric Two-Stream Architecture for Accurate RGB-D Saliency Detection. ECCV (28) 2020: 374-390\nMiao Zhang, Yu Zhang, Yongri Piao, Beiqi Hu, Huchuan Lu:\nFeature Reintegration over Differential Treatment: A Top-down and Adaptive Fusion Network for RGB-D Salient Object Detection. ACM Multimedia 2020: 4107-4115\nRGB-D Salient Object Detection with Cross-Modality Modulation and Selection. CoRR abs/2007.07051 (2020)\nAccurate RGB-D Salient Object Detection via Collaborative Learning. CoRR abs/2007.11782 (2020)\nYongri Piao, Zhengkun Rong, Shuang Xu, Miao Zhang, Huchuan Lu:\nDUT-LFSaliency: Versatile Dataset and Light Field-to-RGB Saliency Detection. CoRR abs/2012.15124 (2020)\nYongri Piao, Wei Ji, Jingjing Li, Miao Zhang, Huchuan Lu:\nDepth-Induced Multi-Scale Recurrent Attention Network for Saliency Detection. ICCV 2019: 7253-7262\nTiantian Wang, Yongri Piao, Huchuan Lu, Xiao Li, Lihe Zhang:\nDeep Learning for Light Field Saliency Detection. ICCV 2019: 8837-8847\nYongri Piao, Zhengkun Rong, Miao Zhang, Xiao Li, Huchuan Lu:\nDeep Light-field-driven Saliency Detection from a Single View. IJCAI 2019: 904-911\nMiao Zhang, Jingjing Li, Ji Wei, Yongri Piao, Huchuan Lu:\nMemory-oriented Decoder for Light Field Salient Object Detection. NeurIPS 2019: 896-906\nQilong Wang, Xiaoxiao Lu, Peihua Li , Zhenguo Gao, Yongri Piao:\nAn Information Geometry-Based Distance Between High-Dimensional Covariances for Scalable Classification. IEEE Trans. Circuits Syst. Video Technol. 28(10): 2449-2459 (2018)\nMiao Zhang, Zhaolong Zhong, Yongri Piao:\nVisual Quality Enhancement of Three-Dimensional Integral Imaging Reconstruction for Partially Occluded Objects Using Exemplar-Based Image Restoration. J. Inform. and Commun. Convergence Engineering 14(1) (2016)\nZhihua Wang, Yongri Piao, Minglu Jin:\nLaser Spot Detection Using Robust Dictionary Construction and Update. J. Inform. and Commun. Convergence Engineering 13(1): 42-49 (2015)\nLihe Zhang, Yongri Piao:\nCRF-Based Figure/Ground Segmentation with Pixel-Level Sparse Coding and Neighborhood Interactions. J. Inform. and Commun. Convergence Engineering 13(3) (2015)\nYongri Piao, Young Man Kwon, Miao Zhang, Joon-Jae Lee:\nAccelerated Generation Algorithm for an Elemental Image Array Using Depth Information in Computational Integral Imaging. J. Inform. and Commun. Convergence Engineering 11(2): 132-138 (2013)\nSun Xiao Fei\n[j6] [c9] [i2] [c5]\nYoung Man Kwon\n[j6] [c9] [i2] [c5] [c2]\n[j7] [j6] [c12] [c11] [c10] [c9] [c7] [c6] [i2] [i1] [c5] [c4] [c3] [c2]\n[c12] [c11] [c10] [i1] [c3]\n[j7] [j6] [c12] [c11] [c10] [c9] [c7] [c6] [i2] [i1] [c5] [c3] [c2] [j4] [c1] [j1]


url: =Pengbo Jiang, M.D. | UC Irvine Health | Department of Urology\nName : Pengbo Jiang, M.D.\nFellowship: University of California, Irvine - Endourology


url: =dblp: Qian Li 0014\naffiliation: National University of Defense Technology, College of Meteorology and Oceanography, Nanjing, China\naffiliation (PhD 2016): Nanjing University, State Key Laboratory for Novel Software Technology, Nanjing, China\naffiliation: PLA University of Science and Technology, College of Meteorology and Oceanography, Nanjing, China\nJinrui Jing, Qian Li, Xuan Peng , Qiang Ma, Shaoen Tang:\nHPRNN: A Hierarchical Sequence Prediction Model for Long-Term Weather Radar Echo Extrapolation. ICASSP 2020: 4142-4146\nJinrui Jing , Qian Li , Xuan Peng :\nMLC-LSTM: Exploiting the Spatiotemporal Correlation between Multi-Level Weather Radar Echoes for Echo Sequence Extrapolation. Sensors 19(18): 3988 (2019)\nEn Shi, Qian Li , Daquan Gu, Zhangming Zhao:\nA Method of Weather Radar Echo Extrapolation Based on Convolutional Neural Networks. MMM (1) 2018: 16-28\nQian Li, Yi Kong, Shi-ming Xia:\nA Method of Weather Recognition based on Outdoor Images. VISAPP (2) 2014: 510-516\n[j4] [c9] [c8] [c6] [c5] [c4] [j2] [j1] [c2] [c1]


url: =EFFICIENCY Fiches techniques, Datasheet(PDF) - VEP08US05 - XP Power Limited\nEFFICIENCY Fiches techniques, Datasheet\nALL ACE Technology Co., LTD.(18)Active-Semi, Inc(6)Advanced Analog Technology, Inc.(16)Advanced Analogic Technologies(54)Advanced Monolithic Systems(1)Advanced Thermal Solutions, Inc.(29)AEROSEMI TECHNOLOGY CO..LTD(1)Aimtron Technology(2)AIT Components Ltd.(5)Allegro MicroSystems(20)Alpha & Omega Semiconductors(3)alpha microelectronics gmbh(1)ALPS ELECTRIC CO.,LTD.(1)AMETHERM Circuit Protection Thermistors(1)ams AG(6)ANADIGICS, Inc(1)Analog Devices(30)Analog Intergrations Corporation(5)Analog Microelectronics(1)Analog Power(1)Anaren Microwave(4)Anpec Electronics Coropration(4)Arch Electronics Corp.(3)Artesyn Technologies(21)Astec America, Inc(3)Astrodyne Corporation(4)ATMEL Corporation(1)AUK corp(55)AVAGO TECHNOLOGIES LIMITED(5)AVX Corporation(2)Axiomtek Co., Ltd.(4)BCD Semiconductor Manufacturing Limited(7)Bel Fuse Inc.(5)BeRex Corporation(54)Bourns Electronic Solutions(1)BRIGHT LED ELECTRONICS CORP(28)Broadband TelCom Power, Inc.(4)Bruckewell Technology LTD(5)Bytes(8)California Micro Devices Corp(4)Catalyst Semiconductor(10)CHENG-YI ELECTRONIC CO., LTD.(3)Chenmko Enterprise Co. Ltd.(29)Cherry Semiconductor Corporation(2)Chongqing Pingwei Enterprise co.,Ltd(23)Clairex Technologies, Inc(1)Comchip Technology(9)Compact Technology Corp.(10)Continental Device India Limited(2)Cooper Bussmann, Inc.(3)Copal Electronics(2)CSB Battery Co., Ltd.(17)CUI INC(3)Cypress Semiconductor(2)Dc Components(10)Delta Electronics, Inc.(3)Dialight Corporation(3)Dialog Semiconductor(5)Digitron Semiconductors(4)DinTek Semiconductor Co,.Ltd(1)Diode Semiconductor Korea(53)Diodes Incorporated(53)DIOTEC Electronics Corporation(15)DIYI Electronic Technology Co., Ltd.(27)E-CMOS Corporation(8)EIC discrete Semiconductors(1)ELM Electronics(5)ELM Technology Corporation(9)ELMOS Semiconductor AG(2)EM Microelectronic - MARIN SA(1)Emerson Network Power(25)Eorex Corporation(2)eupec GmbH(14)Eutech Microelectronics Inc(2)Everlight Electronics Co., Ltd(31)Exar Corporation(6)Excelics Semiconductor, Inc.(46)Galaxy Semi-Conductor Holdings Limited(54)Jiangsu Yutai Electronics Co., Ltd(25)List of Unclassifed Manufacturers(22)List of Unclassifed Manufacturers(63)Nanjing International Group Co(177)SHANGHAI BELLING CO., LTD.(13)Shanghai Lunsure Electronic Tech(4)\nAgilent(Hewlett-Packard)(6)Fairchild Semiconductor(30)Feeling Technology Corp.(3)Ferroxcube International Holding B.V.(1)First Components International(5)Formosa MS(11)Freescale Semiconductor, Inc(3)Frontier Electronics.(9)FSP TECHNOLOGY INC.(49)Galaxy Power, Inc.(2)Gaomi Xinghe Electronics Co., Ltd.(5)GeneSiC Semiconductor, Inc.(8)Global Mixed-mode Technology Inc(33)GOOD-ARK Electronics(22)Goodwork Semiconductor Co., Ltd .(21)Guangzhou Juxing Electronic Co., Ltd.(1)Hamamatsu Corporation(1)High Voltage Power Solutions, Inc.(1)Hitachi Semiconductor(1)HITRON ELECTRONICS CORPORTION(5)Holtek Semiconductor Inc(4)Hotchip Technology Co.,Ltd(1)HY ELECTRONIC CORP.(65)Inchange Semiconductor Company Limited(2)Infineon Technologies AG(19)Injoinic Technology Co.,Ltd.(1)Integrated Device Technology(3)Integrated Silicon Solution, Inc(3)International Rectifier(160)Intersil Corporation(77)IXYS Corporation(48)Japan Aviation Electronics Industry, Ltd.(1)JILIN SINO-MICROELECTRONICS CO., LTD.(11)Jinan Gude Electronic Device(13)Jinan Jing Heng Electronics Co., Ltd.(16)Johanson Technology Inc.(1)\nGuangdong Kexin Industrial Co.,Ltd(1)KEC(Korea Electronics)(3)Kersemi Electronic Co., Ltd.(6)Kingbor Technology Co(5)Kingbright Corporation(13)Kyocera Kinseki Corpotation(3)Laird Tech Smart Technology(1)Leshan Radio Company(54)Linear Integrated Systems(2)Linear Technology(300)Lite-On Technology Corporation(4)Littelfuse(1)Lumileds Lighting Company(7)M.S. Kennedy Corporation(9)M/A-COM Technology Solutions, Inc.(1)MagnaChip Semiconductor.(1)MAKO SEMICONDUCTOR CO.,LIMITED(1)Marktech Corporate(2)Marl International Limited(3)Maxic Technology Corporation(1)Maxim Integrated Products(5)MIC GROUP RECTIFIERS(21)Micrel Semiconductor(27)Micro Commercial Components(6)Micro Electronics(16)Micro Linear Corporation(2)Microchip Technology(4)Microsemi Corporation(15)Minilogic Device Corporation Limited(1)Monolithic Power Systems(135)MORNSUN Science& Technology Ltd.(1)Mospec Semiconductor(20)MPS Industries, Inc.(20)Murata Manufacturing Co., Ltd.(6)Murata Power Solutions Inc.(2)National Instruments Corporation(1)National Semiconductor (TI)(67)NEC(2)New Japan Radio(3)New Jersey Semi-Conductor Products, Inc.(14)Nihon Inter Electronics Corporation(6)NTE Electronics(5)NXP Semiconductors(5)Omron Electronics LLC(3)ON Semiconductor(56)OptoSupply International(18)OSRAM GmbH(13)Shenzhen Luguang Electronic Technology Co., Ltd(47)Tyco Electronics(1)\nChangzhou Shunye Electronics Co.,Ltd.(9)Lowpower Semiconductor inc(19)Nuvotem Talema(2)NXP Semiconductors(15)PACELEADER INDUSTRIAL(7)Pan Jit International Inc.(1)Panasonic Semiconductor(5)Phihong USA Inc.(13)Power Analog Micoelectronics(1)Power IC Ltd.(5)Power-One(4)Purdy Electronics Corporation(2)Raltron Electronics Corporation(1)Recom International Power(5)Rectron Semiconductor(33)Renesas Technology Corp(66)RF Micro Devices(6)RFE international(1)Richtek Technology Corporation(57)Rohm(64)Ruichips Semiconductor Co., Ltd(12)SamHop Microelectronics Corp.(1)Samtec, Inc(1)Sangdest Microelectronic (Nanjing) Co., Ltd(13)Sanken electric(31)Sanyo Semicon Device(7)SeCoS Halbleitertechnologie GmbH(71)Seme LAB(1)Semikron International(15)Semtech Corporation(43)SEMTECH ELECTRONICS LTD.(5)Sensitron(9)SG Micro Corp(1)Sharp Electrionic Components(1)Shenzhen Ping Sheng Electronics Co., Ltd.(9)Shenzhen Taychipst Electronic Co., Ltd(18)Shenzhen Tenand Technology Co., Ltd.(1)Shenzhen Tianyuan Semiconductor Co., Ltd.(2)SHIKE Electronics(1)SHOUDING Shouding Semiconductor(1)Shunye Enterprise(10)Siemens Semiconductor Group(1)SiGe Semiconductor, Inc.(13)Silan Microelectronics Joint-stock(2)Silergy Corp.(4)Silicon Standard Corp.(2)Sipex Corporation(29)Sirectifier Semiconductors(1)Skyworks Solutions Inc.(4)SL Power Electronics(3)Sparkle Power Inc.(29)STANLEY ELECTRIC CO.,LTD.(2)Stanson Technology(1)STMicroelectronics(113)SUNMATE electronic Co., LTD(30)Surge Components(2)SynQor Worldwide Headquarters(15)Taiwan Memory Technology(2)Taiwan Semiconductor Company, Ltd(17)Taoglas antenna solutions(26)TECHCODE SEMICONDUCTOR, INC.(5)Teledyne Technologies Incorporated(5)TEXAS ADVANCED OPTOELECTRONIC SOLUTIONS(2)Texas Instruments(107)Texas Instruments(102)Thinki Semiconductor Co., Ltd.(12)Torex Semiconductor(4)Toshiba Semiconductor(44)Total Power International(1)TRACO Electronic AG(1)Transcom, Inc.(12)TriQuint Semiconductor(2)Tumbler Technologies + TRUMPower(4)\nDONGGUAN YOU FENG WEI ELECTRONICS CO., LTD(12)Shenzhen Winsemi Microelectronics Co., Ltd(2)Shenzhen Yixinwei Technology Co., Ltd.(10)SHENZHEN YONGERJIA INDUSTRY CO.,LTD(5)UNIOHM CORPORATION(16)Union Semiconductor, Inc.(2)Unisonic Technologies(19)uPI Group Inc.(6)Vicor Corporation(58)Vincotech(20)Vishay Siliconix(46)Volgen Kaga Electronics Inc.(3)Wall Industries,Inc.(3)Weitron Technology(2)WILLAS ELECTRONIC CORP(7)Won-Top Electronics(9)World Produts Inc.(2)Wurth Elektronik GmbH & Co. KG, Germany.(1)XP Power Limited(13)YAGEO Corporation(1)YOBON TECHNOLOGIES,INC.(1)Zetex Semiconductors(2)Zibo Seno Electronic Engineering Co.,Ltd(8)Zowie Technology Corporation(4)\nDescription trouvée : 'Efficiency' - Totale: 4247 (1/213) Page\nXP Power Limited VEP08US05 Efficiency Efficiency Level V (24 W Level IV), CEC2008 & EISA 2007 Compliant\nLinear Technology LTC3639 High Efficiency, 150V High Efficiency, 150V Step-Down Regulator\nUnisonic Technologies UC3666_17 DUAL CHANNEL 1A HIGH EFFICIENCY STEP-DOWN DC/DC CONVERTER\nLinear Technology LTC1265_15 1.2A, High Efficiency Step-Down DC/DC Converter\nSipex Corporation SP6681 High Efficiency Boost Charge Pump Regulator\nHY ELECTRONIC CORP. HS2AA SURFACE MOUNT GLASS HIGH EFFICIENCY RECTIFIERS\nRectron Semiconductor HFM301L SURFACE MOUNT GLASS PASSIVATED HIGH EFFICIENCY SILICON RECTIFIER VOLTAGE RANGE 50 to 1000 Volts CURRENT 3.0 Ampere\nFairchild Semiconductor FSQ510MX Green Mode Fairchild Power Switch (FPS) for Valley Switching Converter - Low EMI and High Efficiency\nLinear Technology LT1676 Wide Input Range, High Efficiency, Step-Down Switching Regulator\nRichtek Technology Corp... RT8008 1.5MHz, 600mA, High Efficiency PWM Step-Down DC/DC Converter\nSilan Microelectronics ... SC46208 1.25MHz, 600mA, HIGH EFFICIENCY SYNCHRONOUS STEP-DOWN DC-DC CONVERTER\nTexas Instruments LM2675MX-5 LM2675 SIMPLE SWITCHER Power Converter High Efficiency 1A Step-Down Voltage Regulator\nSemtech Corporation TS30011 High Efficiency 1A/2A/3A Current-Mode Synchronous Buck DC/DC Converter, 1MHz\nVishay Siliconix VFT3080S-M3 High efficiency operation\nMonolithic Power System... MPQ4425M High Efficiency 1.5A, 36V, 2.2MHz Synchronous Step-Down LED Driver AEC-Q100 Qualified\nTexas Instruments UC3874N-2G4 High Efficiency, Synchronous, Step-down (Buck) Controllers\nZowie Technology Corpor... HER201 HIGH EFFICIENCY RECITIFIER\nON Semiconductor NCP5604A High Efficiency White LED Driver\nChongqing Pingwei Enter... HER151G HIGH EFFICIENCY PLASTIC RECTIFIER\nDIOTEC Electronics Corp... FR201 Fast switching for high efficiency


url: =标题：Identification of a novel susceptibility locus at 16q23.1 associated with childhood acute lymphoblastic leukemia in Han Chinese\n作者：Shi, YY[1,2,3]; Du, ML[4,5]; Fang, YJ; Tong, N[4,5]; Zhai, XW; Sheng, XJ; Li, ZQ[1,3]; Xue, Y 更多Shi, YY[1,2,3]; Du, ML[4,5]; Fang, YJ; Tong, N[4,5]; Zhai, XW; Sheng, XJ; Li, ZQ[1,3]; Xue, Y; Li, J; Chu, HY[4,5]; Chen, JH[1,3]; Song, ZJ[1,3]; Shen, JW[1,3]; Ji, J; Li, XW; Hu, ZB; Shen, HB; Xu, JF; Wang, ML[4,5]; Zhang, ZD[4,5] 收起\n作者机构： Shanghai Jiao Tong Univ, Bio X Inst, Key Lab Genet Dev & Neuropsychiat Disorders, Minist Educ, 1954 Huashan Rd, Shanghai 200030, Peoples R China. 更多 Shanghai Jiao Tong Univ, Bio X Inst, Key Lab Genet Dev & Neuropsychiat Disorders, Minist Educ, 1954 Huashan Rd, Shanghai 200030, Peoples R China.\n Qingdao Univ, Affiliated Hosp, Qingdao 266003, Peoples R China.\n Shanghai Jiao Tong Univ, Inst Social Cognit & Behav Sci, Shanghai 200240, Peoples R China.\n Nanjing Med Univ, Dept Genet Toxicol, Key Lab Modern Toxicol, Minist Educ,Sch Publ Hlth, 101 Longmian Ave, Nanjing 211166, Jiangsu, Peoples R China.\n Nanjing Med Univ, Dept Environm Genom, Collaborat Innovat Ctr Canc Personalized Med, Jiangsu Key Lab Canc Biomarkers Prevent & Treatme, Nanjing 211166, Jiangsu, Peoples R China.\n Nanjing Med Univ, Nanjing Childrens Hosp, Dept Hematol & Oncol, Nanjing 210000, Jiangsu, Peoples R China.\n Fudan Univ, Dept Hematol & Oncol, Childrens Hosp, Shanghai 200032, Peoples R China.\n Nanjing Med Univ, Dept Childrens Healthcare, Affiliated Hosp 2, Nanjing 210000, Jiangsu, Peoples R China.\n Soochow Univ, Dept Hematol & Oncol, Affiliated Childrens Hosp, Suzhou 215025, Peoples R China.\n NorthShore Univ HealthSyst, Program Personalized Canc Care, Evanston, IL 60201 USA. 收起


url: =Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition) pdf ebooks, epub books free download\nHome | Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition) pdf ebook | Sitemap XML\nZhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition) pdf ebook download free\nDownload Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition) pdf ebooks, epub books online for free. and more hot ebooks, epub books, pdf ebooks from the top stores. Check the download link and read description for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition) before download today on our site.\nBuy Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition) Details Review\nZhongguo xian dai san wen PDF By author 0 last download was at 2016-11-16 56:29:45. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai san wen book.\nZhongguo xian dai san wen di fa zhan PDF By author Lili Zhou last download was at 2017-02-29 41:06:43. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai san wen di fa zhan book.\nZhongguo xian dai shi PDF By author 0 last download was at 2017-02-24 42:00:38. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai shi book.\nZhongguo xian dai shi chang shi PDF By author 0 last download was at 2017-01-24 38:09:56. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai shi chang shi book.\nZhongguo xian dai shi chu bian PDF By author Yiping Zhao last download was at 2016-12-29 42:03:09. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai shi chu bian book.\nZhongguo xian dai shi du ben PDF By author Bohan Cao last download was at 2016-03-01 43:09:29. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai shi du ben book.\nZhongguo xian dai shi gao PDF By author Hongyun Wei last download was at 2016-01-21 24:42:47. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai shi gao book.\nZhongguo xian dai shi ge xuan PDF By author Tsʻai-mi Li last download was at 2016-07-30 55:12:60. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai shi ge xuan book.\nZhongguo xian dai shi liao xue gai lun (Mandarin Chinese Edition PDF By author Xin hua shu dian jing shou last download was at 2017-05-02 19:26:11. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai shi liao xue gai lun (Mandarin Chinese Edition book.\nZhongguo xian dai shi lun wen xuan ji PDF\nZhongguo xian dai shi lun wen xuan ji PDF By author Nengshi Lin last download was at 2016-12-05 11:38:13. This book is good alternative for Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition). Download now for free or you can read online Zhongguo xian dai shi lun wen xuan ji book.\nDownload Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition) pdf ebooks free\nTags: Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition), PDF EBooks, download online, epub files, books online, pdf epub books, download Now, Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition), free Online download, ebook online free read and download, Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition), pdf file, epub download free, online download, mega upload.\nHome | Zhongguo xian dai pai wen xue shi lun (Mandarin Chinese Edition)\nCopyright © 2017. by disapproval.us | SKU:NX60275814


url: = Agent Locator | North Of Dongfang Square Shengze Town Suzhou, Jiangsu 215000 | Western Union\nDear WU Customer, Thanks for using our agent locator to find a Western Union location. Here's the info you requested: Location name: BANK OF CHINA North Of Dongfang Square Shengze Town Suzhou, Jiangsu 215000 +86-512-63554246 See more details: http://locations.westernunion.com/cn/jiangsu/suzhou/f7573bb7b463dfbc90c5d47a6c1df49d How do I send money? https://go.wu.com/ALsend What does my receiver need to pick up their money? https://go.wu.com/ALreceive Download the Western Union® App and start your money transfer now: https://go.wu.com/ALdownload\nVisit the Western Union® agent location at North Of Dongfang Square Shengze Town Suzhou, Jiangsu 215000.\nNorth Of Dongfang Square Shengze Town Wujiang City Suzhou, Jiangsu 215000 +86-512-63554246\nHostname: Not Set DetailsFound: True DateTime: Mon Dec 09 21:50:49 UTC 2019


url: = Agent Locator | No 183 Yinheng Rd Shiyou City Yinchuan, Ningxia 750006 | Western Union\nDear WU Customer, Thanks for using our agent locator to find a Western Union location. Here's the info you requested: Location name: BANK OF CHINA No 183 Yinheng Rd Shiyou City Yinchuan, Ningxia 750006 +86-951-6935123 See more details: http://locations.westernunion.com/cn/ningxia/yinchuan/187d95f911ce8a5030d54a2a809466e0 How do I send money? https://go.wu.com/ALsend What does my receiver need to pick up their money? https://go.wu.com/ALreceive Download the Western Union® App and start your money transfer now: https://go.wu.com/ALdownload\nVisit the Western Union® agent location at No 183 Yinheng Rd Shiyou City Yinchuan, Ningxia 750006.\nNo 183 Yinheng Rd Shiyou City Xingqin District Yinchuan, Ningxia 750006 +86-951-6935123\nHostname: Not Set DetailsFound: True DateTime: Sun Dec 15 15:40:51 UTC 2019