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url: =The Effect of Fengshui on Hui-style Garden--《Anhui Architecture》2008年03期\nThe Effect of Fengshui on Hui-style Garden\nMei Xiaomei et al(School of Architecture and Art,HFUT,Hefei 230009,China)\nBy researching the thought of fengshui and Hui-style garden,the paper analyzes the coincidence of the ideal environment in fengshui thought with the ideal environment in Hui-style garden and states the important role fengshuiplays in enriching the landscape elements in Shuikou are and promoting the development of Shuikou garden.\n2 Chen Tangqi (Tianjin University of Science & Technology,Tianjin 300457,China);The Three Main Principles of Fengshui and Traditional Chinese Gardening[J];Anhui Architecture;2009-01\n3 CHEN Juan et al(Forestry College,Xinjiang Agricultural University,Urumqi,Xinjiang 830052);Conception and Mood Creation of Tourist Destinations Landscape Design[J];Journal of Anhui Agricultural Sciences;2009-08\n4 ;Momse between interior and Outiside Green Modelling and Appteciation of the Beautiful[J];New Material New Decoration;2002-12\n5 Wang Bingluo;Ideal Mode of Chinese Urban Environmental Development[J];URBAN STUDIES;1999-05\n6 by Yao Kai & Wu Luping;The Route of Sustainable Development-Ecological Inspiration of Chinese Ancient Philosophy[J];Urban Planning Forum;1996-01\n8 Sha Run (Department of Geography, Nanjing Normal University, Nanjing 210097);RESARCH ON THE PHYSICAL GEOGRAPHICAL BACKGROUND OF THE CULTURE OF TRADITIONAL CHINESE RESIDENTIAL ARCHITECTURE[J];SCIENTIA GEOGRAPHICA SINICA;1998-01\n9 XUE Zu-jun(Department of Chinese, Dali University, Dali, Yunnan 671003,China);Historical and Cultural Connotation in Xizhou Bai People's Residence[J];Journal of Dali College;2005-02\n10 Guo Kang (Institute of Geography, Hebei Academy of Sciences, Shijiazhuang 050011);DISCOVERY OF ZHANGSHIYAN LANDFORM AND ITS VALUE IN TOURISM DEVELOPMENT[J];Acta Geographica Sinica;1992-05\n1 GUI Qiang;Self-discipline and Hetero-discipline of Landscape Aesthetics[A];[C];2007\n2 ;A Paragon of the Architecture Combined with Landscape:A Comment on Alvaro Siza's Boa Nova Tea House[A];[C];2009\n3 Stanislaus FUNG SUN Tian;Self,Scene and Action:The Final Chapter of Yuan ye[A];[C];2009\n4 GU Kang~1 HUA Xian;Analysis of Suzhou Classical Garden by Learning from "Yuan Ye"[A];[C];2009\n6 ;Water with the Construction of Habitat Environment in Ancient Villages in South ANHUI Province——The World Cultural Heritage Xidi and Hongcun as the Examples[A];[C];2010\n1 CHEN Yong-sheng~1,WU Shi-hua~1,LIU Quan~2 (1.Department of Landscape Architecture,Anhui Agricultural University,Hefei 230036,China;2.Hospital, Hefei University of Technoeogy, Hefei 230009, China);Cao Xueqin and his garden masterpiece ——Grand View Garden[J];Journal of Hefei University of Technolog(Social Sciences);2005-02\n2 LIU Yuan(Beijing Forestry University,Beijing 100083,China);Discussing the chinese temple landscape architecture[J];Journal of Jinggangshan University;2006-12\n3 Liu Haiyan Lu Wenming;The Decorational Art of Chinese Traditional Gardening Architecture[J];Furniture & Interior Decoration;2003-11\n4 ZHAO Li-fang;Geomantic and aesthetic thought in Chinese classical gardens[J];Shanxi Architecture;2008-02\n5 ;The Impact of Chinese Painting Theories on Ancient Gardens[J];Art Panorama;2007-03\n6 Chen Xing Zhou juqing;Architectonical Carving Arts from Drammas of Ancient Lanxi[J];South Architecture;2005-01\n7 XIE Bo-liang~1, WANG Yan~2(1. School of Humanities,Shanghai Jiaotong University,Shanghai 200030, China;2. Technical College,Shanghai Jiaotong University,Shanghai 200231, China);Suzhou Gardens and Kunqu[J];Shanghai Jiaotong Daxue Xuebao(Shehui Kexue Ban);2005-03\n8 LIN Zhao-yang (Department of Civil Engineering,Shanghai Institudte of Technology,Shanghai 200235,China);An Exploratory Analysis of Carving Arts of Huizhou Ancient Residency[J];Journal of Shanghai Institute of Technology;2005-01\n9 ZHANG Jian~1, YANG Li-xin~2, QU Hai-yan~1 ( 1. School of Architecture and Urban Planning, Shenyang Jianzhu University, Shenyang, Liaoning, 110168; 2. Liaoning Urban and Country Planning Designing Institute, Shenyang, 110006);Talking about the Kunqu and Chinese classic garden[J];Journal of Shenyang Architectural and Civil Engineering Institute(Social Science);2005-01\n10 Cao Lin-di;Chinese Culture’s "Natural History"——The ornamental patterns in Suzhou Gardens[J];Journal of Suzhou University(Philosophy & Social Science);2007-04\n1 Shao Wenming(Department of Tourism, Southeast University, Nanjing 210096);The relationship between Chinese classical garden and Chinese classical myth[A];[C];2006


url: =《Journal of Molecular Diagnostics and Therapy》-2008-01\nVirtual simulation technology based on the blood cell analyzer Model Construction ZENG Zhaofang, AN Lin ( 1.The Department of Laboratory Instrument,Faculty of Laboratory, ChongQing Medical University;the Key Laboratory of Clinical Diagnostic Laboratory, Ministry of Education,ChongQing 400016, China; 2. Out-patient Department Military Representative Bureau in ChongQing, General Armaments Department, ChongQing 400012, China)\nThe Clinic Study of the Neuron Specific Enolase (NSE) Diagnostic Kit by Time-Resolved Fluoroimmunoassay (TRFIA) CUI Xiaobing1, WANG Biao1, ZHANG Guolan2, DONG Zhining2, XU Weiwen3 (1. Southern Medical University, GuangDong, GuangZhou 510515, China; 2. GuangZhou Darui Antibody CO.LTD; GuangDong, GuangZhou 510663, China; 3. School of Biotechnology, Southern Medical University, GuangDong, GuangZhou 510515, China)\nThe role of medical thoracoscopy in the diagnosis and therapy in the pleural diseases ZHENG Lixian, MEI Zhanqiang, LUO Zhiyang, ZHANG Peifang, WEN Yeliang, LIU Jian (The First People's Hospital of Foshan Department of Respiratory Medicine, GuangDong, FoShan 528000,China)\nAn analysis of the pathogen of VAP and their resistance to common antibiotics LI Siping, LU Xiaomei, HE Qingzhong (DongGuan ShiLong BoAi Hospital. GuangDong, DongGuan 523325, China)\nEBV related lymphoma, and the establishment of animal models of cancer therapy discussed ZHANG Yan, FENG Zheling, XIONG Jianjun, WANG Jiali, YANG Guang, QIAO Wenwen, ZHU Zhenyu (Department of Biochemistry, Sun Yat-sen University of Medical Sciences, GuangDong, GuangZhou 510089,China)\nA clinic comparison of the analgesic effect of ~(89)SrCl_2 associated with "YUN KE" or MS CONTIN for the patients with ambulant-tumour in Bone LI Fengmian, QIAN Jiang, DONG Wei, PAN Liqun, CHEN Lichun, OUYANG Wanjun (Department of Nuclear Medicine, The first people's hospital of Shunde Foshan City, GuangDong, FoShan 528300, China)\nThe significance of ~(18)F-FDG PET/CT imaging in the follow up of nasopharyngeal carcinoma after radiotherapy DAI Junjin, FAN Wei, WANG Guohui, ZHANG Weiguang, YANG Xiaochun (Department of Nuclear Medicine, Sun yet-sen University Cancer Center, GuangDong, GuangZhou 510060, China)\nThe value of ~(18)F-FDG SPECT /CT coincidence imaging on patients with nasopharyngeal carcinoma after radiotherapy during follow-up period TANG Caihua, XU Zeqing, ZENG Qiangsheng, JIA Xiaojuan (Department of Nuclear Medicine, The Fifth Affiliated hospital, Sun yet-san University, GuangDong, ZhuHai 519000, China)\nAnalysis of the Clinic Effect of Light and Heat Energy (LHE~(TM)) Technology in Hair Removal ZHONG Guiling1, YUAN Baoyu2, HUO Jianshan1, LI Suxia1, HUANG Huojie1 (1. The Third Affiliated Hospital of Sun Yat-sen University, GuangDong, GuangZhou 510630, China; 2. The Frist Affiliated Hospital of Sun Yat-sen University, GuangDong, GuangZhou 510080, China.)\nThe application value of 16-slices Spiral CT in the diagnosis of urological system disease ZHANG Keyun, WANG Jiajun, CHEN Kuishan, JIANG Haitao, WU Tianming (Department of Radiology, Dongguan Hospital, Tongji Medical College, Huazhong University of Sciences and Technology, GuangDong, DongGuan 523416, China)\nAutomatic Control circuit Design for fluoroscopy image Bightness Yin Jinyang1, Chen Binghong2 (1. Shanghai Medical Instrumentation College, ShangHai 200093, China; 2. Shanghai Medical Equipment Works CO.LTD, ShangHai 200090, China)


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url: =标题：Effects of Megavoltage Computed Tomographic Scan Methodology On Setup Verification and Adaptive Dose Calculation in Helical TomoTherapy\n作者机构：[Zhu, J.; Bai, T.; Gu, J.; Wei, Y.; Li, B.; Yin, Y.] Shandong Univ, Shandong Canc Hosp, Jinan, Shandong, Peoples R China.; [Sun, Z.] Shandong Acad M 更多[Zhu, J.; Bai, T.; Gu, J.; Wei, Y.; Li, B.; Yin, Y.] Shandong Univ, Shandong Canc Hosp, Jinan, Shandong, Peoples R China.; [Sun, Z.] Shandong Acad Med Sci, Affiliated Hosp, Jinan, Shandong, Peoples R China. 收起


url: =Most Cited Astroparticle Physics Articles - Elsevier\nMost Cited Astroparticle Physics Articles\nVolume 95, October 2017, Pages 6-24\nJ. Chang | G. Ambrosi | Q. An | R. Asfandiyarov | P. Azzarello | P. Bernardini | B. Bertucci | M. S. Cai | M. Caragiulo | D. Y. Chen | H. F. Chen | J. L. Chen | W. Chen | M. Y. Cui | T. S. Cui | A. D'Amone | A. De Benedittis | I. De Mitri | M. Di Santo | J. N. Dong | T. K. Dong | Y. F. Dong | Z. X. Dong | G. Donvito | D. Droz | K. K. Duan | J. L. Duan | M. Duranti | D. D'Urso | R. R. Fan | Y. Z. Fan | F. Fang | C. Q. Feng | L. Feng | P. Fusco | V. Gallo | F. J. Gan | W. Q. Gan | M. Gao | S. S. Gao | F. Gargano | K. Gong | Y. Z. Gong | J. H. Guo | Y. M. Hu | G. S. Huang | Y. Y. Huang | M. Ionica | D. Jiang | W. Jiang | X. Jin | J. Kong | S. J. Lei | S. Li | X. Li | W. L. Li | Y. Li | Y. F. Liang | Y. M. Liang | N. H. Liao | Q. Z. Liu | H. Liu | J. Liu | S. B. Liu | W. Q. Liu | Y. Liu | F. Loparco | J. Lü | M. Ma | P. X. Ma | S. Y. Ma | T. Ma | X. Q. Ma | X. Y. Ma | G. Marsella | M. N. Mazziotta | D. Mo | T. T. Miao | X. Y. Niu | M. Pohl | X. Y. Peng | W. X. Peng | R. Qiao | J. N. Rao | M. M. Salinas | G. Z. Shang | W. H. Shen | Z. Q. Shen | Z. T. Shen | J. X. Song | H. Su | M. Su | Z. Y. Sun | A. Surdo | X. J. Teng | X. B. Tian | A. Tykhonov | V. Vagelli | S. Vitillo\nVolume 92, June 2017, Pages 30-41\nM. G. Aartsen | M. Ackermann | J. Adams | J. A. Aguilar | M. Ahlers | M. Ahrens | D. Altmann | K. Andeen | T. Anderson | I. Ansseau | G. Anton | M. Archinger | C. Argüelles | J. Auffenberg | S. Axani | X. Bai | S. W. Barwick | V. Baum | R. Bay | J. J. Beatty | J. Becker Tjus | K. H. Becker | S. BenZvi | D. Berley | E. Bernardini | A. Bernhard | D. Z. Besson | G. Binder | D. Bindig | M. Bissok | E. Blaufuss | S. Blot | C. Bohm | M. Börner | F. Bos | D. Bose | S. Böser | O. Botner | J. Braun | L. Brayeur | H. P. Bretz | S. Bron | A. Burgman | T. Carver | M. Casier | E. Cheung | D. Chirkin | A. Christov | K. Clark | L. Classen | S. Coenders | G. H. Collin | J. M. Conrad | D. F. Cowen | R. Cross | M. Day | J. P.A.M. de André | C. De Clercq | E. del Pino Rosendo | H. Dembinski | S. De Ridder | P. Desiati | K. D. de Vries | G. de Wasseige | M. de With | T. DeYoung | J. C. Díaz-Vélez | V. di Lorenzo | H. Dujmovic | J. P. Dumm | M. Dunkman | B. Eberhardt | T. Ehrhardt | B. Eichmann | P. Eller | S. Euler | P. A. Evenson | S. Fahey | A. R. Fazely | J. Feintzeig | J. Felde | K. Filimonov | C. Finley | S. Flis | C. C. Fösig | A. Franckowiak | E. Friedman | T. Fuchs | T. K. Gaisser | J. Gallagher | L. Gerhardt | K. Ghorbani | W. Giang | L. Gladstone | T. Glauch | T. Glüsenkamp | A. Goldschmidt | J. G. Gonzalez | D. Grant | Z. Griffith\nFirst results from the NEWS-G direct dark matter search experiment at the LSM\nVolume 97, January 2018, Pages 54-62\nQ. Arnaud | D. Asner | J. P. Bard | A. Brossard | B. Cai | M. Chapellier | M. Clark | E. C. Corcoran | T. Dandl | A. Dastgheibi-Fard | K. Dering | P. Di Stefano | D. Durnford | G. Gerbier | I. Giomataris | P. Gorel | M. Gros | O. Guillaudin | E. W. Hoppe | A. Kamaha | I. Katsioulas | D. G. Kelly | R. D. Martin | J. McDonald | J. F. Muraz | J. P. Mols | X. F. Navick | T. Papaevangelou | F. Piquemal | S. Roth | D. Santos | I. Savvidis | A. Ulrich | F. Vazquez de Sola Fernandez | M. Zampaolo\nEnergy calibration of CALET onboard the International Space Station - Open access\nVolume 91, May 2017, Pages 1-10\nY. Asaoka | Y. Akaike | Y. Komiya | R. Miyata | S. Torii | O. Adriani | K. Asano | M. G. Bagliesi | G. Bigongiari | W. R. Binns | S. Bonechi | M. Bongi | P. Brogi | J. H. Buckley | N. Cannady | G. Castellini | C. Checchia | M. L. Cherry | G. Collazuol | V. Di Felice | K. Ebisawa | H. Fuke | T. G. Guzik | T. Hams | M. Hareyama | N. Hasebe | K. Hibino | M. Ichimura | K. Ioka | W. Ishizaki | M. H. Israel | A. Javaid | K. Kasahara | J. Kataoka | R. Kataoka | Y. Katayose | C. Kato | N. Kawanaka | Y. Kawakubo | H. Kitamura | H. S. Krawczynski | J. F. Krizmanic | S. Kuramata | T. Lomtadze | P. Maestro | P. S. Marrocchesi | A. M. Messineo | J. W. Mitchell | S. Miyake | K. Mizutani | A. A. Moiseev | K. Mori | M. Mori | N. Mori | H. M. Motz | K. Munakata | H. Murakami | Y. E. Nakagawa | S. Nakahira | J. Nishimura | S. Okuno | J. F. Ormes | S. Ozawa | L. Pacini | F. Palma | P. Papini | A. V. Penacchioni | B. F. Rauch | S. Ricciarini | K. Sakai | T. Sakamoto | M. Sasaki | Y. Shimizu | A. Shiomi | R. Sparvoli | P. Spillantini | F. Stolzi | I. Takahashi | M. Takayanagi | M. Takita | T. Tamura | N. Tateyama | T. Terasawa | H. Tomida | Y. Tsunesada | Y. Uchihori | S. Ueno | E. Vannuccini | J. P. Wefel | K. Yamaoka | S. Yanagita | A. Yoshida | K. Yoshida | T. Yuda\nRadio detection of air showers with the ARIANNA experiment on the Ross Ice Shelf - Open access\nVolume 90, April 2017, Pages 50-68\nS. W. Barwick | D. Z. Besson | A. Burgman | E. Chiem | A. Hallgren | J. C. Hanson | S. R. Klein | S. A. Kleinfelder | A. Nelles | C. Persichilli | S. Phillips | T. Prakash | C. Reed | S. R. Shively | J. Tatar | E. Unger | J. Walker | G. Yodh\nFinal results of the PICASSO dark matter search experiment - Open access\nVolume 90, April 2017, Pages 85-92\nE. Behnke | M. Besnier | P. Bhattacharjee | X. Dai | M. Das | A. Davour | F. Debris | N. Dhungana | J. Farine | M. Fines-Neuschild | S. Gagnebin | G. Giroux | E. Grace | C. M. Jackson | A. Kamaha | C. B. Krauss | M. Lafrenière | M. Laurin | I. Lawson | L. Lessard | I. Levine | D. Marlisov | J. P. Martin | P. Mitra | A. J. Noble | A. Plante | R. Podviyanuk | S. Pospisil | O. Scallon | S. Seth | N. Starinski | I. Stekl | U. Wichoski | V. Zacek\nImproved γ/hadron separation for the detection of faint γ-ray sources using boosted decision trees\nVolume 89, March 2017, Pages 1-9\nMaria Krause | Elisa Pueschel | Gernot Maier\nNovel measurement method of heat and light detection for neutrinoless double beta decay - Open access\nVolume 91, May 2017, Pages 105-112\nG. B. Kim | J. H. Choi | H. S. Jo | C. S. Kang | H. L. Kim | I. Kim | S. R. Kim | Y. H. Kim | C. Lee | H. J. Lee | M. K. Lee | J. Li | S. Y. Oh | J. H. So\nVolume 94, September 2017, Pages 29-41\nM. L. Ahnen | S. Ansoldi | L. A. Antonelli | C. Arcaro | A. Babić | B. Banerjee | P. Bangale | U. Barres de Almeida | J. A. Barrio | J. Becerra González | W. Bednarek | E. Bernardini | A. Berti | W. Bhattacharyya | B. Biasuzzi | A. Biland | O. Blanch | S. Bonnefoy | G. Bonnoli | R. Carosi | A. Carosi | A. Chatterjee | P. Colin | E. Colombo | J. L. Contreras | J. Cortina | S. Covino | P. Cumani | P. Da Vela | F. Dazzi | A. De Angelis | B. De Lotto | E. de Oña Wilhelmi | F. Di Pierro | M. Doert | A. Domínguez | D. Dominis Prester | D. Dorner | M. Doro | S. Einecke | D. Eisenacher Glawion | D. Elsaesser | M. Engelkemeier | V. Fallah Ramazani | A. Fernández-Barral | D. Fidalgo | M. V. Fonseca | L. Font | C. Fruck | D. Galindo | R. J. García López | M. Garczarczyk | M. Gaug | P. Giammaria | N. Godinović | D. Gora | S. Griffiths | D. Guberman | D. Hadasch | A. Hahn | T. Hassan | M. Hayashida | J. Herrera | J. Hose | D. Hrupec | G. Hughes | K. Ishio | Y. Konno | H. Kubo | J. Kushida | D. Kuveždić | D. Lelas | E. Lindfors | S. Lombardi | F. Longo | M. López | C. Maggio | P. Majumdar | M. Makariev | G. Maneva | M. Manganaro | K. Mannheim | L. Maraschi | M. Mariotti | M. Martínez | D. Mazin | U. Menzel | M. Minev | R. Mirzoyan | A. Moralejo | V. Moreno | E. Moretti | V. Neustroev | A. Niedzwiecki | M. Nievas Rosillo | K. Nilsson | D. Ninci | K. Nishijima | K. Noda | L. Nogués\nThe plastic scintillator detector for DAMPE\nVolume 94, September 2017, Pages 1-10\nYuhong Yu | Zhiyu Sun | Hong Su | Yaqing Yang | Jie Liu | Jie Kong | Guoqing Xiao | Xinwen Ma | Yong Zhou | Hongyun Zhao | Dan Mo | Yongjie Zhang | Peng Yang | Junling Chen | Haibo Yang | Fang Fang | Shengxia Zhang | Hui Jun Yao | Jinglai Duan | Xiaoyang Niu | Zhengguo Hu | Zhaomin Wang | Xiaohui Wang | Jingzhe Zhang | Wenqiang Liu\nNo muon excess in extensive air showers at 100–500 PeV primary energy: EAS–MSU results\nVolume 92, June 2017, Pages 1-6\nYu A. Fomin | N. N. Kalmykov | I. S. Karpikov | G. V. Kulikov | M. Yu Kuznetsov | G. I. Rubtsov | V. P. Sulakov | S. V. Troitsky\nVolume 89, March 2017, Pages 57-65\nD. Trezzi | M. Anders | M. Aliotta | A. Bellini | D. Bemmerer | A. Boeltzig | C. Broggini | C. G. Bruno | A. Caciolli | F. Cavanna | P. Corvisiero | H. Costantini | T. Davinson | R. Depalo | Z. Elekes | M. Erhard | F. Ferraro | A. Formicola | Zs Fülop | G. Gervino | A. Guglielmetti | C. Gustavino | Gy Gyürky | M. Junker | A. Lemut | M. Marta | C. Mazzocchi | R. Menegazzo | V. Mossa | F. Pantaleo | P. Prati | C. Rossi Alvarez | D. A. Scott | E. Somorjai | O. Straniero | T. Szücs | M. Takacs\nVolume 100, July 2018, Pages 29-37\nY. Asaoka | S. Ozawa | S. Torii | O. Adriani | Y. Akaike | K. Asano | M. G. Bagliesi | G. Bigongiari | W. R. Binns | S. Bonechi | M. Bongi | P. Brogi | J. H. Buckley | N. Cannady | G. Castellini | C. Checchia | M. L. Cherry | G. Collazuol | V. Di Felice | K. Ebisawa | H. Fuke | T. G. Guzik | T. Hams | M. Hareyama | N. Hasebe | K. Hibino | M. Ichimura | K. Ioka | W. Ishizaki | M. H. Israel | A. Javaid | K. Kasahara | J. Kataoka | R. Kataoka | Y. Katayose | C. Kato | N. Kawanaka | Y. Kawakubo | H. S. Krawczynski | J. F. Krizmanic | S. Kuramata | T. Lomtadze | P. Maestro | P. S. Marrocchesi | A. M. Messineo | J. W. Mitchell | S. Miyake | K. Mizutani | A. A. Moiseev | K. Mori | M. Mori | N. Mori | H. M. Motz | K. Munakata | H. Murakami | S. Nakahira | J. Nishimura | G. A. de Nolfo | S. Okuno | J. F. Ormes | L. Pacini | F. Palma | P. Papini | A. V. Penacchioni | B. F. Rauch | S. B. Ricciarini | K. Sakai | T. Sakamoto | M. Sasaki | Y. Shimizu | A. Shiomi | R. Sparvoli | P. Spillantini | F. Stolzi | I. Takahashi | M. Takayanagi | M. Takita | T. Tamura | N. Tateyama | T. Terasawa | H. Tomida | Y. Tsunesada | Y. Uchihori | S. Ueno | E. Vannuccini | J. P. Wefel | K. Yamaoka | S. Yanagita | A. Yoshida | K. Yoshida | T. Yuda\nVolume 106, March 2019, Pages 18-34\nG. Ambrosi | Q. An | R. Asfandiyarov | P. Azzarello | P. Bernardini | M. S. Cai | M. Caragiulo | J. Chang | D. Y. Chen | H. F. Chen | J. L. Chen | W. Chen | M. Y. Cui | T. S. Cui | H. T. Dai | A. D'Amone | A. De Benedittis | I. De Mitri | M. Ding | M. Di Santo | J. N. Dong | T. K. Dong | Y. F. Dong | Z. X. Dong | D. Droz | K. K. Duan | J. L. Duan | D. D'Urso | R. R. Fan | Y. Z. Fan | F. Fang | C. Q. Feng | L. Feng | P. Fusco | V. Gallo | F. J. Gan | M. Gao | S. S. Gao | F. Gargano | S. Garrappa | K. Gong | Y. Z. Gong | J. H. Guo | Y. M. Hu | G. S. Huang | Y. Y. Huang | M. Ionica | D. Jiang | W. Jiang | X. Jin | J. Kong | S. J. Lei | S. Li | X. Li | W. L. Li | Y. Li | Y. F. Liang | Y. M. Liang | N. H. Liao | C. M. Liu | H. Liu | J. Liu | S. B. Liu | W. Q. Liu | Y. Liu | F. Loparco | M. Ma | P. X. Ma | S. Y. Ma | T. Ma | X. Q. Ma | X. Y. Ma | G. Marsella | M. N. Mazziotta | D. Mo | X. Y. Niu | X. Pan | X. Y. Peng | W. X. Peng | R. Qiao | J. N. Rao | M. M. Salinas | G. Z. Shang | W. H. Shen | Z. Q. Shen | Z. T. Shen | J. X. Song | H. Su | M. Su | Z. Y. Sun | A. Surdo | X. J. Teng | X. B. Tian | A. Tykhonov | S. Vitillo | C. Wang | H. Wang | H. Y. Wang | J. Z. Wang | L. G. Wang\nγ-Ray polarimetry with conversions to e+e− pairs: Polarization asymmetry and the way to measure it\nVolume 88, February 2017, Pages 30-37\nP. Gros | D. Bernard\nVolume 91, May 2017, Pages 51-64\nE. Armengaud | T. de Boissière | M. Gros | X. F. Navick | C. Nones | B. Paul | Q. Arnaud | C. Augier | J. Billard | A. Cazes | F. Charlieux | M. De Jésus | J. Gascon | A. Juillard | C. Kéfélian | E. Queguiner | V. Sanglard | L. Vagneron | A. Benoît | P. Camus | L. Bergé | A. Broniatowski | M. Chapellier | L. Dumoulin | A. Giuliani | H. Le-Sueur | S. Marnieros | E. Olivieri | M. C. Piro | D. Poda | J. Blümer | N. Foerster | G. Heuermann | S. Scorza | K. Eitel | L. Hehn | V. Kozlov | B. Schmidt | B. Siebenborn | Y. Jin | M. Kleifges | D. Tcherniakhovski | M. Weber | H. Kraus | V. A. Kudryavtsev | P. Pari | S. Rozov | E. Yakushev\nLow threshold results and limits from the DRIFT directional dark matter detector - Open access\nVolume 91, May 2017, Pages 65-74\nJ. B.R. Battat | A. C. Ezeribe | J. L. Gauvreau | J. L. Harton | R. Lafler | E. Law | E. R. Lee | D. Loomba | A. Lumnah | E. H. Miller | A. Monte | F. Mouton | S. M. Paling | N. S. Phan | M. Robinson | S. W. Sadler | A. Scarff | F. G. Schuckman | D. P. Snowden-Ifft | N. J.C. Spooner | N. Waldram\nVolume 97, January 2018, Pages 136-159\nM. Agostini | K. Altenmüller | S. Appel | V. Atroshchenko | Z. Bagdasarian | D. Basilico | G. Bellini | J. Benziger | D. Bick | G. Bonfini | L. Borodikhina | D. Bravo | B. Caccianiga | F. Calaprice | A. Caminata | M. Canepa | S. Caprioli | M. Carlini | P. Cavalcante | A. Chepurnov | K. Choi | D. D'Angelo | S. Davini | A. Derbin | X. F. Ding | L. Di Noto | I. Drachnev | K. Fomenko | A. Formozov | D. Franco | F. Froborg | F. Gabriele | C. Galbiati | C. Ghiano | M. Giammarchi | M. Goeger-Neff | A. Goretti | M. Gromov | C. Hagner | T. Houdy | E. Hungerford | Aldo Ianni | Andrea Ianni | A. Jany | D. Jeschke | V. Kobychev | D. Korablev | G. Korga | D. Kryn | M. Laubenstein | E. Litvinovich | F. Lombardi | P. Lombardi | L. Ludhova | G. Lukyanchenko | I. Machulin | M. Magnozzi | G. Manuzio | S. Marcocci | J. Martyn | E. Meroni | M. Meyer | L. Miramonti | M. Misiaszek | V. Muratova | B. Neumair | L. Oberauer | B. Opitz | F. Ortica | M. Pallavicini | L. Papp | A. Pocar | G. Ranucci | A. Razeto | A. Re | A. Romani | R. Roncin | N. Rossi | S. Schönert | D. Semenov | P. Shakina | M. Skorokhvatov | O. Smirnov | A. Sotnikov | L. F.F. Stokes | Y. Suvorov | R. Tartaglia | G. Testera | J. Thurn | M. Toropova | E. Unzhakov | A. Vishneva | R. B. Vogelaar | F. von Feilitzsch | H. Wang | S. Weinz | M. Wojcik | M. Wurm | Z. Yokley | O. Zaimidoroga\nVolume 111, September 2019, Pages 35-53\nA. Acharyya | I. Agudo | E. O. Angüner | R. Alfaro | J. Alfaro | C. Alispach | R. Aloisio | R. Alves Batista | J. P. Amans | L. Amati | E. Amato | G. Ambrosi | L. A. Antonelli | C. Aramo | T. Armstrong | F. Arqueros | L. Arrabito | K. Asano | H. Ashkar | C. Balazs | M. Balbo | B. Balmaverde | P. Barai | A. Barbano | M. Barkov | U. Barres de Almeida | J. A. Barrio | D. Bastieri | J. Becerra González | J. Becker Tjus | L. Bellizzi | W. Benbow | E. Bernardini | M. I. Bernardos | K. Bernlöhr | A. Berti | M. Berton | B. Bertucci | V. Beshley | B. Biasuzzi | C. Bigongiari | R. Bird | E. Bissaldi | J. Biteau | O. Blanch | J. Blazek | C. Boisson | G. Bonanno | A. Bonardi | C. Bonavolontá | G. Bonnoli | P. Bordas | M. Böttcher | J. Bregeon | A. Brill | A. M. Brown | K. Brügge | P. Brun | P. Bruno | A. Bulgarelli | T. Bulik | M. Burton | A. Burtovoi | G. Busetto | R. Cameron | R. Canestrari | M. Capalbi | A. Caproni | R. Capuzzo-Dolcetta | P. Caraveo | S. Caroff | R. Carosi | S. Casanova | E. Cascone | F. Cassol | F. Catalani | O. Catalano | D. Cauz | M. Cerruti | S. Chaty | A. Chen | M. Chernyakova | G. Chiaro | M. Cieślar | S. M. Colak | V. Conforti | E. Congiu | J. L. Contreras | J. Cortina | A. Costa | H. Costantini | G. Cotter | P. Cristofari | P. Cumani | G. Cusumano | A. D'Aí | F. D'Ammando | L. Dangeon | P. Da Vela | F. Dazzi\nVolume 93, July 2017, Pages 76-85\nT. Hassan | L. Arrabito | K. Bernlöhr | J. Bregeon | J. Cortina | P. Cumani | F. Di Pierro | D. Falceta-Goncalves | R. G. Lang | J. Hinton | T. Jogler | G. Maier | A. Moralejo | A. Morselli | C. J. Todero Peixoto | M. Wood\nVolume 105, February 2019, Pages 44-53\nI. Shilon | M. Kraus | M. Büchele | K. Egberts | T. Fischer | T. L. Holch | T. Lohse | U. Schwanke | C. Steppa | S. Funk\nConstraints on the cosmic distance duality relation with simulated data of gravitational waves from the Einstein Telescope\nVolume 108, March 2019, Pages 57-62\nTao Yang | R. F.L. Holanda | Bin Hu\nVolume 105, February 2019, Pages 31-36\nTiekuang Dong | Yapeng Zhang | Pengxiong Ma | Yongjie Zhang | Paolo Bernardini | Meng Ding | Dongya Guo | Shijun Lei | Xiang Li | Ivan De Mitri | Wenxi Peng | Rui Qiao | Margherita Di Santo | Zhiyu Sun | Antonio Surdo | Zhaomin Wang | Jian Wu | Zunlei Xu | Yuhong Yu | Qiang Yuan | Chuan Yue | Jingjing Zang | Yunlong Zhang\nVolume 108, March 2019, Pages 1-23\nP. A. Amaudruz | M. Baldwin | M. Batygov | B. Beltran | C. E. Bina | D. Bishop | J. Bonatt | G. Boorman | M. G. Boulay | B. Broerman | T. Bromwich | J. F. Bueno | P. M. Burghardt | A. Butcher | B. Cai | S. Chan | M. Chen | R. Chouinard | S. Churchwell | B. T. Cleveland | D. Cranshaw | K. Dering | J. DiGioseffo | S. Dittmeier | F. A. Duncan | M. Dunford | A. Erlandson | N. Fatemighomi | S. Florian | A. Flower | R. J. Ford | R. Gagnon | P. Giampa | V. V. Golovko | P. Gorel | R. Gornea | E. Grace | K. Graham | D. R. Grant | E. Gulyev | A. Hall | A. L. Hallin | M. Hamstra | P. J. Harvey | C. Hearns | C. J. Jillings | O. Kamaev | A. Kemp | M. Kuźniak | S. Langrock | F. La Zia | B. Lehnert | O. Li | J. J. Lidgard | P. Liimatainen | C. Lim | T. Lindner | Y. Linn | S. Liu | P. Majewski | R. Mathew | A. B. McDonald | T. McElroy | K. McFarlane | T. McGinn | J. B. McLaughlin | S. Mead | R. Mehdiyev | C. Mielnichuk | J. Monroe | A. Muir | P. Nadeau | C. Nantais | C. Ng | A. J. Noble | E. O'Dwyer | C. Ohlmann | K. Olchanski | K. S. Olsen | C. Ouellet | P. Pasuthip | S. J.M. Peeters | T. R. Pollmann | E. T. Rand | W. Rau | C. Rethmeier | F. Retière | N. Seeburn | B. Shaw | K. Singhrao | P. Skensved | B. Smith | N. J.T. Smith | T. Sonley | J. Soukup | R. Stainforth | C. Stone | V. Strickland | B. Sur | J. Tang\nSensitivity of the KM3NeT/ARCA neutrino telescope to point-like neutrino sources - Open access\nVolume 111, September 2019, Pages 100-110\nS. Aiello | S. E. Akrame | F. Ameli | E. G. Anassontzis | M. Andre | G. Androulakis | M. Anghinolfi | G. Anton | M. Ardid | J. Aublin | T. Avgitas | C. Bagatelas | G. Barbarino | B. Baret | J. Barrios-Martí | A. Belias | E. Berbee | A. van den Berg | V. Bertin | S. Biagi | A. Biagioni | C. Biernoth | J. Boumaaza | S. Bourret | M. Bouta | M. Bouwhuis | C. Bozza | H. Brânzaş | M. Bruchner | R. Bruijn | J. Brunner | E. Buis | R. Buompane | J. Busto | D. Calvo | A. Capone | S. Celli | M. Chabab | N. Chau | S. Cherubini | V. Chiarella | T. Chiarusi | M. Circella | R. Cocimano | J. A.B. Coelho | A. Coleiro | M. Colomer Molla | R. Coniglione | P. Coyle | A. Creusot | G. Cuttone | A. D'Onofrio | R. Dallier | C. De Sio | I. Di Palma | A. F. Díaz | D. Diego-Tortosa | C. Distefano | A. Domi | R. Donà | C. Donzaud | D. Dornic | M. Dörr | M. Durocher | T. Eberl | D. van Eijk | I. El Bojaddaini | H. Eljarrari | D. Elsaesser | A. Enzenhöfer | P. Fermani | G. Ferrara | M. D. Filipović | L. A. Fusco | T. Gal | A. Garcia | F. Garufi | L. Gialanella | E. Giorgio | A. Giuliante | S. R. Gozzini | R. Gracia | K. Graf | D. Grasso | T. Grégoire | G. Grella | S. Hallmann | H. Hamdaoui | H. van Haren | T. Heid | A. Heijboer | A. Hekalo | J. J. Hernández-Rey | J. Hofestädt | G. Illuminati | C. W. James | M. Jongen | M. de Jong | P. de Jong | M. Kadler


url: =Traditional Experience/ Cultural Experience attractions - 77 great attractions in Hengnan - Travel with Trip.com\n>Hengnan Traditional Experience/ Cultural Experience\nOpen from 05/01-12/31,10:00am-10:00pm;Open from 01/01-04/30,9:00am-6:00pm (Local time)\nXianle Rural Tourist AreaNearby City\nShuangyuputao BaseNearby City\nNingxia Sanbao Agricultural Leisure Tourism ParkNearby City\nNingxia Sanbao Village is a comprehensive area that integrates tourism, sports, competitions, developmental team building exercises and shopping. The design style of the park fully reflects the characteristics of this pastoral scenic landscape, its natural ecology and wetland beaches. Sanbao Village is built around the core of the Sand Lake (Sha Hu) Scenic Resort. Combined with the “Glimmering Forest”, an ecological tent hotel has been built that breaks from traditional building style. All of the on-site facilities and sightseeing spots are connected by a small scenic railway.\nJiangkou Niaozhou Nature Reserve | Fuxing Park | Shigu Academy | Mount Heng Scenic Area | West Lake Park | Hengyang Huiyanfeng Scenic Area | Hengyangnanhu Park | Grand Temple of Mount Heng | Yueping Park | University of South China | Pinghu Park | Hengyang Defence War Memorial | Kuangshan Park | Zhu Rong Peak | Hengyang Museum | Ecology Park | Hengyang Zoo | Shunhu Park | Mount Yumu | Ouyang Guzhai\nVienna Hotel (Hengnan Nanyue Airport) | Histon International Hotel | HengNan Jun to grand Hotel | Cuihua Family Hotel (Hengyang High Speed Rail Store) | Jasmine Sunshine Hotel | Hengyang Fuxiang Business Hotel | Qingnianpianjiejiudian | Yuncheng Hotel | Hengyang city hengnan county quan hui hotel | Henggui Business Hotel


url: =↑ a b Fan, D; Xia, Q; Liu, L; Wu, S; Tian, G; Wang, W; Wu, S; Guo, X; Liu, Z (2017). «The Incidence of Postpartum Hemorrhage in Pregnant Women with Placenta Previa: A Systematic Review and Meta-Analysis.». PLOS One. 12 (1): e0170194. PMC 5249070 . PMID 28107460. doi:10.1371/journal.pone.0170194


url: =Geochemistry characters of inorganic natural gas--《Journal of Jiling University (Earth Science Edition)》2004年04期\nGeochemistry characters of inorganic natural gas\nWANG Lian-sheng~(1),GUO Zhan-qian~(2),MA Zhi-hong~(1) ,WANG Pu-jun~(1),YUAN Shi-jiang~(3)(1. College of Earth Sciences,Jilin University,Changchun130026,China; 2.Exploration and Development Research Institute of Daqing Oil Field Company Ltd., Daqing163712,China;3.No.2 Drilling Company of Daqing Administrative Bureau, Daqing163413,China)\nCH_4, as well as CO_2, CO, N_2, H_2S, H_2, He, Ne and Ar etc., which were freed from the deep of the earth, is generally called inorganic natural gas. There are some distinct geochemical differences between the organic and inorganic gases,mainly in chemical composition and the composition of isotopes. Inorganic CH_4 have the higher dryness coefficients and its δ~(13)C_1 ratios are almost completely higher than -25‰, and carbon isotope of the CH_4 homologue seems to observe an inverted sequence (changed into lighter with increased carbon number); the carbon isotope of inorganic CO_2 is heavier than that of organic CO_2, and the w(~3He)/w(~4He) of the companying rare gases are lower, etc. These geochemistry differences can be used to discern inorganic natural gases.\n3 ZHUANG Xin-bing1,ZOU Hua-yao1,LI Nan1,WEI Gang2,SUN He-feng1,2 1.State Key Laboratory of Petroleum Resource and Prospecting/College of Geosciences,China University of Petroleum,Beijing 102249,China 2.Institute of Exploration and Development,China Tianjin Branch of CNOOC Ltd.,Tianjin 300452,China;Origin of Natural Gas and Exploration Potential of Hydrocarbon,Qinnan Area[J];Journal of Jilin University(Earth Science Edition);2011-03\n4 Jiao Xin,Liu Yiqun,Zhou Dingwu,Wang Shuangshuang, Nan Yun,Zhou Ningchao,Yang Yanjun(State Key Laboratory of Continental Dynamics,Department of Geology, Northwest University,Xi'an 710069,China);Progress of Research on "White Smoke Type" Exhalative Hydrothermal Rocks[J];Advances in Earth Science;2013-02\n5 ZHOU Ning-chao;NAN Yun;Northwest University,State Key Laboratory of Continental Dynamics;;On the Genetic Mode and Identification Characteristics of Inorganic Oil and Gas[J];Journal of Yangtze University(Natural Science Edition);2014-26\n6 ZHOU Zhuo-ming,ZHAN Xiao-hong,LI Kuang (First Author's Address:College of Energy Resources,Chengdu University of Technology,Chengdu 610059,Sichuan,China;Wuxi Research Institute of Petroleum Geology,SINOPEC,Wuxi 214151,Jiangsu,China);Discrimination and Distribution Characteristics of Inorganic Natural Gas in Changling Fault Depression[J];Journal of Oil and Gas Technology;2012-04\n7 JIAO Li-li1,LUO Xiao-ping2,LI Zhong-dong2,YU Lu2,CAO Jun21.Institute of Planning and Designing,Subsidiary Company of East China,SINOPEC,Najing 210031,China;2.State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation,Chengdu University of Technology,Chengdu 610059,China;STUDY ON GEOCHEMICAL CHARACTERS AND ORIGIN OF DEEP NATURAL GAS IN VOLCANIC ROCK RESERVOIR,SONGNAN GAS FIELD OF SOUTHERN SOLIAO BASIN[J];Journal of Mineralogy and Petrology;2010-02\n8 HUANG Wen-biao1,LU Shuang-fang1,XUE Hai-tao1,WANG Li-wu2,SHAO Ming-li2 (College of Earth Sciences,Northeast Petroleum University1,Daqing 163318,P.R.China; Exploration and Development Research Institute,Jilin Oil Field Company,Ltd.,PetroChina2,Songyuan 138000,P.R.China);Causes Analysis of Deep Natural Gas and Correlation of Gas Soure in Yingtai Fault Depression[J];Science Technology and Engineering;2011-09\n9 LI Ai-yong1,2,3,ZHENG Yun-qing1,3,4,ZENG Chao-wei3,HAO Hong-lei3,WU Jing-feng3;He,Pb,Sr and Nd Isotopic Composition in China Oil-gas Fields and the "Dualism Theory"[J];Geological Survey and Research;2008-04\n10 Ni Yunyan1,Dai Jinxing1,Zhou Qinghua1,Luo Xia2,Hu Anping3,Yang Chun3(1.PetroChina Research Institute of Petroleum Exploration & Development,Beijing 100083,China;2.Langfang Branch,PetroChina Research Institute of Petroleum Exploration & Development,Langfang 065007,China;3.Department of Earth Sciences,Zhejiang University,Hangzhou 310027,China);Geochemical characteristics of abiogenic gas and its percentage in Xujiaweizi Fault Depression,Songliao Basin,NE China[J];Petroleum Exploration and Development;2009-01\n1 YANG Yu feng 1,\_ ZHANG Qiu 1 HUANG Hai ping 2,\_ CHEN Fa jing 2(1 Research Institute of Exploration and Development, Daqing Oil Field Inc,Daqing 163712,China; 2 China University of Geosciences,Beijing 100083, China);ABIOGENIC NATURAL GASES AND THEIR ACCUMULATION MODEL IN XUJIAWEIZI AREA,SONGLIAO BASIN,NORTHEAST CHINA[J];Earth Science Frontiers;2000-04\n2 Guo Zhanqian (Institution of Petroleum Exploration and Development, Daqing Oilfield, Daqing 163456);GEOCHEMICAL CHARACTERISTICS OF OILS IN CHINA──A PROBE INTO THEIR ORGANIC AND INORGANIC SOURCES[J];Geology-geochemistry;2001-04\n2 FU Xiao-fei,SHA Wei,WANG Lei,LIU Xiao-boCollege of Earth Sciences,Daqing Petroleum Institute,Daqing,Heilongjiang 163318,China;Distribution Law of Mantle-Origin CO_2 Gas Reservoirs and Its Controlling Factors in Songliao Basin[J];Journal of Jilin University(Earth Science Edition);2010-02\n4 FU Guang,HU Ming,HAN Ying College of Earth Science,Northeast Petroleum University,Daqing 163318,Heilongjiang,China;Controlling of Faults to Gas Accumulation of Volcanic Rock in Depression Basin:An Example from Xujiaweizi Depression of Songliao Basin[J];Journal of Jilin University(Earth Science Edition);2012-01\n9 XU Yong-chang SHENG Ping LIU Quan-you (The State Key Laboratory of Gas Geochemistry,Lanzhou Iustitute of Geology,CAS,Lanzhou 730000);Geochemical Characteristics of the Proved Natural Gas for the Project “West Gas Transporting to the East”and Its Resource Potential[J];Acta Sedimentologica Sinica;2002-03\n10 LIN Wei-dong 1 SHEN Ping 2 XU Yong-chang 2 ZHOU Yong-zhang 1 1(Center for Earth Environment and Resources, Sun Yat-Sen University, Guangzhou 510725) 2(Lanzhou Institute of Geology, Chinese Academy of Sciences, Lanzhou 730000);Geochemical Characteristics and Source of Hydrocarbon Gases of Recent Sediment from South China Sea[J];Acta Sedimentologica Sinica;2005-01\n1 Xu Wengang,Fan Hongrui~*,Hu Fangfang,Yang Kuifeng Key Laboratory of Mineral Resources;Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China;Ore-forming fluids of the oxidized and reduced porphyry deposits[A];[C];2012\n3 GUO Lishuang1,3,ZHANG Rui2,LIU Yulin1,XU Fajun2,SU Li41.The Key Laboratory of Orogenic Belts and Crustal Evolution,Ministry of Education,School of Earth and Space Sciences, Peking University,Beijing 100871;2.Xinjiang Geological Institute of Nonferrous Geoexploration Bureau,Urumqi 830000; 3.Key Laboratory of Western China's Environmental Systems of the Ministry of Education,Lanzhou 730000;4.The Geological Lab Center,China University of Geosciences,Beijing 100083;Zircon U-Pb Age of Tonghualing Intermediate-Acid Intrusive Rocks,Eastern Junggar,Xinjiang[J];Acta Scientiarum Naturalium Universitatis Pekinensis;2009-05\n8 LU Shuang-fang, LI Ji-jun, XUE Hai-tao, XU Li-heng Daqing Petroleum Institute, Daqing, Heilongjiang 163318, China;Chemical Kinetics of Carbon Isotope Fractionation of Oil-Cracking Methane and Its Initial Application[J];Journal of Jilin University(Earth Science Edition);2006-05\n9 HE Jun-ling~1,DENG Shou-wei~(1,2),CHEN Wen-long~1,JIA Yu-kun~3,Gao Jin-qi~11.PetroChina Jilin Oilfield Company,Songyuan,Jilin 138000,China2.Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China3.Well Test Company,Jilin Petroleum Group Corporation,Songyuan,Jilin 138000,China;Evaluation of Oil Shale in the Southern Songliao Basin Using Logging Techniques[J];Journal of Jilin University(Earth Science Edition);2006-06\n3 YANG Guang,ZHANG Meng-lin,WANG Jian-qiang College of Earth Sciences,Jilin University,Changchun 130061,China;Origin of Deep-Seated Organic Hydrocarbon Gas in Changling Fault Depression[J];Journal of Jilin University(Earth Science Edition);2011-S1\n4 ZAN Ling1*,ZHANG Zhihuan1,FEI Jiajia1,WU Yuyuan2,ZHANG Zhenying3,QIN Liming1,MEI Ling1,and LI Wenhao1 1 State Key Laboratory of Petroleum Resource and Prospecting,China University of Petroleum,Beijing 102249,China 2 East China Branch of SINOPEC,Nanjing 210011,China 3 Beijing Economic Management Institute,Beijing 100102,China;A study on hydrocarbon generation potential of deep source rocks and gas sources in Changling Fault Depression,Songliao Basin[J];中国地球化学学报(英文版);2011-02\n5 ZHANG Shao-yun1,2,ZHEN Yun-qing1,2,3,WANG Yang1,2,CHEN Guo-heng1,2,LI Zhong-hua1,2,4,YUAN Jie1,2,WU Jing1,2(1.Eastern China Geological & Mining Organization for Non-ferrous Metals in Jiangsu Province,Nanjing,210093,China;2.Team 814,Eastern China Geological & Mining Organization forNon-ferrous Metals in Jiangsu Province,Zhenjiang,212005,Jiangsu,China,;3.NO.3 Bureau,China Exploration & Engineering Bureau,Taiyuan 030002,China;4.Geoscience department of Nanjing University,Nanjing 210093,China);GEOLOGICAL AND ECONOMIC SIGNIFICANCE OF THE OIL-GAS GENETIC DUALISM[J];Contributions to Geology and Mineral Resources Research;2009-04\n6 YE Liang-wen1,3,DIAO Qian2,ZHEN Yun-qing2,3,4,WU Jing2,3 SONG Tao2,3,ZHANG Hong-wei2,3(1.State key Laboratory for Mieral Deposits Research,School of Earth Science and Engineering,Nanjing Uniwersity,Nanjing 210093,China; 2.East China Mineral Exploration and Development Bureau in Jiangsu province,Nanjing 210073,China; 3.Team 814,East China Mineral Exploration and Development Bureau in Jiangsu province,Zhenjiang 212005,Jiangsu,China;4.No.3 Bureau,China Metallurgical Geology Bureau,Taiyuan 030002,China);Composite orogeny in northeast China and deep reservoir prospecting in Songliao basin[J];Contributions to Geology and Mineral Resources Research;2012-01\n7 Liu Hua1,Jiang You-lu1,Xu Hao-qing2,Song Guo-qi2,Cai Dong-mei1 1.College of Geo-Sciences and Technology,China University of Petroleum,Qingdao 266580,Shandong,China 2.Shengli Oilfields Company,SINOPEC,Dongying 257001,Shandong,China;Genetic Types and Accumulation Model of the Deep Cracked Gas Pools of Minfeng Area in Dongying Sag[J];Journal of Jilin University(Earth Science Edition);2012-06\n8 Zhang Xing;Yang Shenglai;Li Fangfang;Chen Hao;Nie Xiangrong;Ding Jingchen;MOE Key Laboratory for Petroleum Engineering,China University of Petroleum;;Characteristics analysis of gas-water two-phase flow in volcanic gas reservoir[J];Fault-Block Oil & Gas Field;2013-05\n9 Wang Peng;Shen Zhongmin;Liu Sibing;Lü Zhengxiang;Wang Lewen;Chen Ting;State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation,Chengdu University of Technology;Institute of SINOPEC Shanghai Offshore Oil & Gas Company;Natural Gas Production and Marketing Factory of Zhongyuan Oilfield;;Genetic Analysis on the Alkane Carbon Isotopic Reversal of Natural Gas in the Western Sichuan Depression[J];Geological Science and Technology Information;2014-01\n10 QIAO Hong;ZHEN Yunqing;the 3rd Geological Exploration Institute of China Metallurgical Geology Bureau;the 3rd Bureau of China Metallurgical Geology Bureau;;Sub-mantle plume structure-the main Mesozoic-Cenozoic mineral resources-control factor in East China[J];Contributions to Geology and Mineral Resources Research;2014-01\n2 DUAN Jun;QIAN Zhuang-zhi;HUANG Xi-feng;DONG Fu-quan;ZHAO Xiao-jian;LU Hao;School of Earth Science and Resources,Chang'an University;Key Laboratory of Western Mineral Resources and Geological Engineering of Ministry of Education,Chang'an University;No.11 Gold Geological Party of Chinese People's Armed Police Force;Xi'an Institute of Geology and Mineral Resources;;Characteristics of Ore Minerals of De'erni Cu(Co) Deposit in Qinghai and Their Geological Significance[A];[C];2014\n3 WANG XianBin;OUYANG ZiYuan;ZHUO ShengGuang;ZHANG MingFeng;ZHENG GuoDong;WANG YongLi;Lanzhou Center for Oil and Gas Resources,Institute of Geology and Geophysics,Chinese Academy of Sciences;National Astronomical Observatories,Chinese Academy of Sciences;Northeastern University at Qinhuangdao;;Serpentinization,abiogenic organic compounds,and deep life[A];[C];2015\n4 Wang X B;Ouyang Z Y;Zhuo S G;;Serpentinization,abiogenic organic compounds,and deep life[A];[C];2015\n2 Shi Jiyang Wang Daode Xiang Mingju(Institute of Geochemistry, Academia Sinica, Guangzhou, 510640);A PRELIMINARY STUDY ON SOLUBLE ORGANIC MATTER IN NINGQIANG CARBONACEOUS METEORITE[J];Geochimica;1992-01\n5 Chen Yongjian; Liu Deliang; Yang Xiaoyong(Department of Earth and Space Sciences and Rasearch Center of Petroleum and Natural Gases,University of Science and Technology of China, Hefei, 230026)Dai Jinxing(Research Institute of Petroleum Exploration and De;A PRIMARY STUDY ON THE RELATIONSHIP BETWEEN THE TANCHENG-LUJIANG FAULT SYSTEM AND MANTLE-DERIVED MAGMATOGENETIC CO_2 IN EAST CHINA[J];GEOLOGY-GEOCHEMISTRY;1999-01\n6 He Ying(Department of Geology, Northwest University, Xi'an, Shaanxi, 710069);The Possibility of Discovering Deep-Seated-Source Gas Deposits on Borders and in Surrounding Areas of the Shengli Oilfield[J];Geological Review;1999-01\n7 Qin Shengfei (Research Institute of Petroleum Exploration and Development, CNPC/Beijing, 100083);Geneses of Unconventional Natural Gas in Kuche Depression, Tarim Basin[J];;1999-03\n8 Xia, Xinyu (Research Institute of Petroleum Exploration and Development, CNPC, Beijing 100083, P. R. China).;Influence of mixture on isotope indices in gas source discrimination.[J];PETROLEUM EXPLORATION AND DEVELOPMENT;1998-03\n9 Guan Xiaoru (Central Laboratory of Petroleum Geology, MGMR, Wuxj, Jiangsu );GENESIS OF CARBON DIOXIDE WITH HIGH PURITY IN EAST CHINA[J];Petroleum Geology & Expeximent;1990-03\n10 Dai Jinxing (Beijing Scientific Research Institute of Petroleum Exploration and Decelopment) Wen Hengfan (Daqing Research Institute of Petroleum Exploration and Decdopmeld) Song Yan (Beijing Scientific Research Institute of Petroleum Exploration and Decelopment);NATURAL GAS OF THE MANTLE ORIGIN IN WUDALIANCHI[J];Petroleum Geology & Expeximent;1992-02


url: =au:"Mei, Jianqiang" (4)\nWang, Qianfei; Wang, Chenxi; Mei, Jianqiang; He, Lili; Li, Jia; Liu, Shizhao; Chen, Fenqiao.\nZhonghua Wei Zhong Bing Ji Jiu Yi Xue ; 32(5): 622-624, 2020 May.\nArticle in Chinese | MEDLINE | ID: covidwho-613522\n2019 Novel coronavirus (2019-nCoV) infection caused a pandemic in the world. From the reported cases in the literatures, the level of D-dimer in patients with coronavirus disease 2019 (COVID-19) is positively correlated with the severity of illness, which needs the attention of clinical workers. According to Western medicine, the increase of D-dimer is related to the hyperactivity of fibrinolytic system and the shortening of prothrombin time (PT), resulting in excessive production and degradation of plasma fibrin and hypercoagulable state of blood, while traditional Chinese medicine (TCM) believes that the above syndromes belong to the pathogenesis of "blood stasis" according to TCM theories. Over the years, TCM has a significant effect on promoting blood circulation, removing blood stasis and improving microcirculation. This article reviews the mechanism, clinical significance, understanding of TCM and common methods of promoting blood circulation and removing blood stasis caused by 2019-nCoV, in order to provide ideas for the prevention and treatment of impaired blood coagulation in patients with COVID-19.\nBetacoronavirus , Coronavirus Infections , Drugs, Chinese Herbal , Pandemics , Pneumonia, Viral , COVID-19 , Coronavirus Infections/drug therapy , Fibrin Fibrinogen Degradation Products , Humans , Medicine, Chinese Traditional , Pneumonia, Viral/drug therapy , SARS-CoV-2


url: =De 10 beste hotels in de buurt van Jinxiang Temple - Tripadvisor\nBeste hotels in de buurt van Jinxiang Temple, Jiajiang County\nQianfo Village, Yancheng Town, Jiajiang County 614100, China\nLees beoordelingen van Jinxiang Temple\n50 km van Jinxiang Temple\n339 van 912 accommodaties komen overeen met je filters. Alle filters wissen\n912 accommodaties in Jiajiang County\n22,5 km van Jinxiang Temple\nNr. 1 van de 912 accommodaties in Jiajiang County\n28,6 km van Jinxiang Temple\nNr. 2 van de 912 accommodaties in Jiajiang County\n32,3 km van Jinxiang Temple\nNr. 3 van de 912 accommodaties in Jiajiang County\n29,5 km van Jinxiang Temple\nNr. 4 van de 912 accommodaties in Jiajiang County\n31,2 km van Jinxiang Temple\nNr. 5 van de 912 accommodaties in Jiajiang County\n20,3 km van Jinxiang Temple\nNr. 6 van de 912 accommodaties in Jiajiang County\n34,1 km van Jinxiang Temple\nNr. 7 van de 912 accommodaties in Jiajiang County\n23,3 km van Jinxiang Temple\nNr. 8 van de 912 accommodaties in Jiajiang County\n34,8 km van Jinxiang Temple\nNr. 9 van de 912 accommodaties in Jiajiang County\n24,5 km van Jinxiang Temple\nNr. 10 van de 912 accommodaties in Jiajiang County\n22,2 km van Jinxiang Temple\nNr. 11 van de 912 accommodaties in Jiajiang County\n23,8 km van Jinxiang Temple\nNr. 12 van de 912 accommodaties in Jiajiang County\n19,2 km van Jinxiang Temple\nNr. 13 van de 912 accommodaties in Jiajiang County\n23,7 km van Jinxiang Temple\nNr. 14 van de 912 accommodaties in Jiajiang County\n44,6 km van Jinxiang Temple\nNr. 15 van de 912 accommodaties in Jiajiang County\nNr. 16 van de 912 accommodaties in Jiajiang County\nNr. 17 van de 912 accommodaties in Jiajiang County\n46,7 km van Jinxiang Temple\nNr. 18 van de 912 accommodaties in Jiajiang County\n19,7 km van Jinxiang Temple\nNr. 19 van de 912 accommodaties in Jiajiang County\nNr. 20 van de 912 accommodaties in Jiajiang County\n32,1 km van Jinxiang Temple\nNr. 21 van de 912 accommodaties in Jiajiang County\n33,0 km van Jinxiang Temple\nNr. 22 van de 912 accommodaties in Jiajiang County\n28,7 km van Jinxiang Temple\nNr. 23 van de 912 accommodaties in Jiajiang County\n27,9 km van Jinxiang Temple\nNr. 24 van de 912 accommodaties in Jiajiang County\n46,1 km van Jinxiang Temple\nNr. 25 van de 912 accommodaties in Jiajiang County\n32,5 km van Jinxiang Temple\nNr. 26 van de 912 accommodaties in Jiajiang County\n29,4 km van Jinxiang Temple\nNr. 27 van de 912 accommodaties in Jiajiang County\n22,1 km van Jinxiang Temple\nNr. 28 van de 912 accommodaties in Jiajiang County\n33,3 km van Jinxiang Temple\nNr. 29 van de 912 accommodaties in Jiajiang County\nNr. 30 van de 912 accommodaties in Jiajiang County


url: =Zhongwei Hotels – 56 Hotels in Zhongwei, China - Cheap and Luxury - Booked.net\n› Hotels in Zhongwei\nShapotou Scenic Area, Zhongwei , Zhongwei, China, Map\nShapotou Holiday Hotel is a great place to stay in Zhongwei. This hotel is located in a resort area, 17 km from Gaomiao Temple of Zhongwei. More details\nEast Side Of Wenhau Square, Wenchang South Street, Shapotou District,, Zhongwei, China, Map\nThe luxury 5-star Landison International Hotel Zhongwei lies within a 20-minute walk of Gaomiao Temple of Zhongwei. Dry cleaning, newspaper service and shopping service as well as a safe deposit box, parking and a lift are on hand. More details\nEast Street, Shapotou District, Zhongwei , Zhongwei, China, Map\nXinhua International Hotel is a 4-star venue positioned about 2.5 km from Gaomiao Temple of Zhongwei. More details\nGulou East Street, Shapotou District, Zhongwei, Zhongwei, China, Map\nLongcheng is a luxury 4-star hotel set 20 km from Shapotou Scenic Spot and 2.2 km from Ningxia Site of The Great Wall. More details\nNo. 2 Gulou North Street, Shapotou District, Zhongwei, Zhongwei, China, Map\nThe 4-star Yixing Hotel lies within 18 km from Shapotou Scenic Spot. The city center is about 20 minutes on foot. More details\nShapotou Tourist Area North Zhongwei, Zhongwei, China, Map\nZhongwei Shapotou Sands Hotel is a great place to stay in Zhongwei. Guests will appreciate Zhongwei Shapotou Sands Hotel close proximity to Shapotou Scenic Spot, which is 1100 meters away. More details\nNo.33 West Avenue, Shapotou District, Zhongwei, Zhongwei, China, Map\nThe 3-star Zhongwei Hotel boasts close proximity to Ningxia Site of The Great Wall just 2.1 km away. More details\nSuper 8 Hotel Zhongwei Gu Lou2 star hotel\nWest Hongtaiyang Square, Zhongwei, China, 000000, Map\nSuper 8 Hotel Zhongwei Gu Lou is a 2-star property situated about 6 km from Xiangshan Park. The venue is 4 km away from Ningxia Site of The Great Wall. More details\nEast Gulou Street, Shapotou District, Zhongwei City, Ningxia, Zhongwei, China, Map\nThe comfortable Greentree Inn Ningxia Zhongwei East Gulou Street Express Hotel is rated 2 stars and features 85 rooms for guests to stay in. Major Zhongwei sights, such as Gaomiao Temple of Zhongwei and Ningxia Site of The Great Wall are located nearby. More details\nNo. 87, The North Busniss Street, Zhongwei City.Ningxia, Zhongwei, China, Map\nThe affordable North By Northwest International Youth Hostel with a free car park and a safety deposit box is a nice place to stay in Zhongwei on holiday. The property is located within 10 minutes' ride from Xiangshan Park. More details\nZhongwei Huanghe Hotel4 star hotel\nSouth 50 Meters Of Gulou,South Gulou Road, Zhongwei, China, 765355, Map\nZhongwei Huanghe Hotel is set next door to Gaomiao Temple of Zhongwei and provides soundproof rooms with TV, cable channels, a kitchen, direct dial phone and sound-proofed windows. The property lies within 18 km of Shapotou Scenic Spot. More details\nHuafeng Hotel Zhongwei3 star hotel\nBuilding 5 Meili City Garden, South Wenchang Street, Shapotou District, Zhongwei, China, 755000, Map\nHuafeng Hotel is a 3-star property only 2.4 km from Xiangshan Park. More details\nZhongwei Wanrui3 star hotel\nOpposite Of Sansen Furniture Plaza, Gulou East Street, Shapotou District,, Zhongwei, China, 755000, Map\nThe 3-star Zhongwei Wanrui Hotel is set about 3.1 km from Xiangshan Park. More details\nShapotou Village, Yinshui Bridge Town, Shapotou District, Zhongwei, China, 755000, Map\nZhongwei Shamo Inn is a good accommodation choice to stay in Zhongwei. Xiangshan Park is about 16 km from the property. More details\n1000 Metres East, East Gate Of Shapotou Scenic Area, Zhongwei, China, 755000, Map\nZhongwei Shapotou Jinshaguozhai Hotel is a fine place to stay in Zhongwei. The venue is 16 km away from Xiangshan Park. More details\nShapotou Yanran Hostel Zhongwei\nShapotounanqu,Dongdamen, Zhongwei, China, 755000, Map\nShapotou Yanran Hostel is situated 3.1 km from Xiangshan Park. More details\nShapotou Xinxiangyuan Farmstay Zhongwei\nTongjiayuan Tourist Area, Shapotou, Zhongwei, China, 755000, Map\nOffering free parking and a storage for belongings, Shapotou Xinxiangyuan Farmstay lies in proximity to Shapotou Scenic Spot. The property provides 24-hour front desk and housekeeping. More details\nShapotou Tongjia Yuanzi Folk Customs Village Zhongwei\nGroup 1, Shapotou Village, Yingshui Town, Zhongwei, China, 755000, Map\nShapotou Tongjia Yuanzi Folk Customs Village lies only 2.5 km from Shapotou Scenic Spot and features free parking and a storage for belongings. More details\nChuixiang Rural Guesthouse Zhongwei\n500 Meters East Of Shapotou Holiday Hotel, Zhongwei, China, 755500, Map\nChuixiang Rural Guesthouse lies within 3 km from Shapotou Scenic Spot and offers complimentary parking, a restaurant and a storage for belongings. Guests will benefit from 24-hour front desk and housekeeping. More details\nShapotou Tuoling Farm Stay Zhongwei\nShapotou Xin Village, Zhongwei, China, 755000, Map\nShapotou Tuoling Farm Stay is located within 18 km from Gaomiao Temple of Zhongwei. Shapotou Tuoling Farm Stay is also placed 18 km from Xiangshan Park. More details\nGaomiao Temple of Zhongwei (24)\nXiangshan Park (6)\nShapotou Scenic Spot (23)\nZhongwei Shapotou (31)\nLanzhou hotels - 79 mi\nYinchuan hotels - 79 mi\nLingwu hotels - 76 mi\nShizuishan hotels - 79 mi\nAlxa League hotels - 79 mi\nLinxia hotels - 79 mi\nHotels Around Lga Airport\nRitz Carlton Union Square Sf


url: =Hu, Xiaoli (24)\nBao, Zhenmin (14)\nWang, Shi (14)\nFu, Xiaoteng (8)\nHou, Rui (5)\nFeng, Liying (4)\nHu, Jingjie (3)\nMao, Junxia (3)\nChi, Xiumei (2)\nNiu, Junqi (2)\nYan, Hongqing (2)\nChang, Jessica (1)\nFan, Lixing (1)\nGao, Yanhang (1)\nGreen, Erin M. (1)\nHenry, Cameron (1)\nHu, Liping (1)\nJiang, Chunyang (1)\nJin, Qinglong (1)\nDid you mean: author:("Hu, xiaoi")\t+\n1. Land Use/Cover Change in the Middle Reaches of the Heihe River Basin over 2000-2011 and Its Implications for Sustainable Water Resource Management Hu, Xiaoli | Lu, Ling | Li, Xin | Wang, Jianhua | Guo, Ming\nPLoS ONE 2015;10(6):e0128960.\n2. Long-Term Effect on Natural Killer Cells by Interferon-α Therapy on the Outcomes of HCV Infection Hu, Xiaoli | Jiang, Yanfang | Li, Xiurong | Gao, Yanhang | Guo, Xiaoli | Chi, Xiumei | Yan, Hongqing | Feng, Junyan | Zhong, Jin | Sun, Bing | Shao, Xue | Xiao, Weihua | Pan, Yu | Niu, Junqi\nJournal of Interferon & Cytokine Research 2014;34(5):366-375.\nNatural killer (NK) cells act as innate immune cells against hepatitis C virus (HCV) infection. Interferon-α (IFN-α) and ribavirin are the standard treatments for patients with HCV infection. This study is aimed at investigating the dynamic changes in the frequency of different subsets of NK cells following treatment in xx chronic hepatitis C (CHC) patients. CHC patients were treated with peg-IFN or IFN-α, and followed up for 72 weeks. The frequency of different subsets of NK in CHC patients was determined longitudinally by flow cytometry. Treatment with the standard therapy increased the percentages of NKp30+, NKp46+, and CD107a+ NK cells, which were positively correlated with the declining of serum HCV-RNA, but not IFN-γ+ NK cells. NKG2A+ and KIR2DL3+ NK cells were associated with an early virological response in CHC patients. Treatment with IFN-α adjusts the balance of activated receptors and inhibitory receptors and enhances the cytotoxic activity of NK cells. Therefore, measuring NK subsets may be valuable for therapeutic responses in CHC patients.\n3. Toxic Effect of a Marine Bacterium on Aquatic Organisms and Its Algicidal Substances against Phaeocystis globosa Yang, Qiuchan | Chen, Lina | Hu, Xiaoli | Zhao, Ling | Yin, Pinghe | Li, Qiang\nPLoS ONE 2015;10(2):e0114933.\n4. Methylation Patterns of the IFN-γ Gene in Cervical Cancer Tissues Ma, Dong | Jiang, Chunyang | Hu, Xiaoli | Li, Qingzhao | Li, Tingting | Yang, Yanyan | Li, Ou\n5. Increased numbers of CD5+CD19+CD1dhighIL-10+ Bregs, CD4+Foxp3+ Tregs, CD4+CXCR5+Foxp3+ follicular regulatory T (TFR) cells in CHB or CHC patients Wang, Li | Qiu, Jinpeng | Yu, Lei | Hu, Xiaoli | Zhao, Pingwei | Jiang, Yanfang\nJournal of Translational Medicine 2014;12:251.\nThe numbers of CD5+CD19+CD1dhighIL-10+ Bregs, Tregs and TFR cells and the levels of serum IL-10, IFN-γ and IL-2 in the CHB, and IL-10 and IFN-γ in the CHC patients were significantly higher than that in the HC (p < 0.05). Furthermore, the numbers of circulating IL-10+ Bregs and the levels of serum IL-10, but not other cytokines tested were positively correlated with the levels of serum HBV DNA and ALT in the HBeAg− CHB patients as well as HCV RNA and ALT in CHC patients. Additionally, the numbers of circulating TFR cells were positively correlated with the levels of serum HBV DNA and ALT in the CHB patients as well as HCV RNA and ALT in the CHC patients.\nChronic hepatitis C (CHC); Chronic hepatitis B (CHB); Breg; Follicular regulatory T (TFR); T follicular helper (TFH); Forkhead box protein 3 (Foxp3); IL-10; HBsAg\n6. A Scallop IGF Binding Protein Gene: Molecular Characterization and Association of Variants with Growth Traits Feng, Liying | Li, Xue | Yu, Qian | Ning, Xianhui | Dou, Jinzhuang | Zou, Jiajun | Zhang, Lingling | Wang, Shi | Hu, Xiaoli | Bao, Zhenmin\n7. Large-Scale Development of Gene-Associated Single-Nucleotide Polymorphism Markers for Molluscan Population Genomic, Comparative Genomic, and Genome-Wide Association Studies Jiao, Wenqian | Fu, Xiaoteng | Li, Jinqin | Li, Ling | Feng, Liying | Lv, Jia | Zhang, Lu | Wang, Xiaojian | Li, Yangping | Hou, Rui | Zhang, Lingling | Hu, Xiaoli | Wang, Shi | Bao, Zhenmin\n8. RADtyping: An Integrated Package for Accurate De Novo Codominant and Dominant RAD Genotyping in Mapping Populations Fu, Xiaoteng | Dou, Jinzhuang | Mao, Junxia | Su, Hailin | Jiao, Wenqian | Zhang, Lingling | Hu, Xiaoli | Huang, Xiaoting | Wang, Shi | Bao, Zhenmin\n9. High-Resolution Linkage and Quantitative Trait Locus Mapping Aided by Genome Survey Sequencing: Building Up An Integrative Genomic Framework for a Bivalve Mollusc Jiao, Wenqian | Fu, Xiaoteng | Dou, Jinzhuang | Li, Hengde | Su, Hailin | Mao, Junxia | Yu, Qian | Zhang, Lingling | Hu, Xiaoli | Huang, Xiaoting | Wang, Yangfan | Wang, Shi | Bao, Zhenmin\n10. Identification of Reference Genes for qRT-PCR Analysis in Yesso Scallop Patinopecten yessoensis Feng, Liying | Yu, Qian | Li, Xue | Ning, Xianhui | Wang, Jing | Zou, Jiajun | Zhang, Lingling | Wang, Shi | Hu, Jingjie | Hu, Xiaoli | Bao, Zhenmin\n11. The Molecular Mechanism of a Cis-Regulatory Adaptation in Yeast Chang, Jessica | Zhou, Yiqi | Hu, Xiaoli | Lam, Lucia | Henry, Cameron | Green, Erin M. | Kita, Ryosuke | Kobor, Michael S. | Fraser, Hunter B.\nPLoS Genetics 2013;9(9):e1003813.\n12. Molecular Characterization of RXR (Retinoid X Receptor) Gene Isoforms from the Bivalve Species Chlamys farreri Lv, Jia | Feng, Liying | Bao, Zhenmin | Guo, Huihui | Zhang, Yueyue | Jiao, Wenqian | Zhang, Lingling | Wang, Shi | He, Yan | Hu, Xiaoli\n13. Correction: Molecular Characterization of TGF-β Type I Receptor Gene\n14. Development of a Rapid and Efficient Method for Non-Lethal DNA Sampling and Genotyping in Scallops Mao, Junxia | Lv, Jia | Miao, Yan | Sun, Changsen | Hu, Liping | Zhang, Ru | Fu, Xiaoteng | Zhang, Lingling | Hu, Xiaoli | Wang, Shi | Bao, Zhenmin\n15. Transcriptome Sequencing of Zhikong Scallop (Chlamys farreri) and Comparative Transcriptomic Analysis with Yesso Scallop (Patinopecten yessoensis) Wang, Shan | Hou, Rui | Bao, Zhenmin | Du, Huixia | He, Yan | Su, Hailin | Zhang, Yueyue | Fu, Xiaoteng | Jiao, Wenqian | Li, Yan | Zhang, Lingling | Wang, Shi | Hu, Xiaoli\n16. The evolution of machining-induced surface of single-crystal FCC copper via nanoindentation Zhang, Lin | Huang, Hu | Zhao, Hongwei | Ma, Zhichao | Yang, Yihan | Hu, Xiaoli\nNanoscale Research Letters 2013;8(1):211.\nThe physical properties of the machining-induced new surface depend on the performance of the initial defect surface and deformed layer in the subsurface of the bulk material. In this paper, three-dimensional molecular dynamics simulations of nanoindentation are preformed on the single-point diamond turning surface of single-crystal copper comparing with that of pristine single-crystal face-centered cubic copper. The simulation results indicate that the nucleation of dislocations in the nanoindentation test on the machining-induced surface and pristine single-crystal copper is different. The dislocation embryos are gradually developed from the sites of homogeneous random nucleation around the indenter in the pristine single-crystal specimen, while the dislocation embryos derived from the vacancy-related defects are distributed in the damage layer of the subsurface beneath the machining-induced surface. The results show that the hardness of the machining-induced surface is softer than that of pristine single-crystal copper. Then, the nanocutting simulations are performed along different crystal orientations on the same crystal surface. It is shown that the crystal orientation directly influences the dislocation formation and distribution of the machining-induced surface. The crystal orientation of nanocutting is further verified to affect both residual defect generations and their propagation directions which are important in assessing the change of mechanical properties, such as hardness and Young's modulus, after nanocutting process.\nMachining-induced surface; Nanoindentation; Nucleation of dislocations; Molecular dynamics simulation\n17. Neural stem cell-like cells derived from autologous bone mesenchymal stem cells for the treatment of patients with cerebral palsy Chen, Guojun | Wang, Yali | Xu, Zhenyu | Fang, Feng | Xu, Renmei | Wang, Yue | Hu, Xiaoli | Fan, Lixing | Liu, Houqi\nJournal of Translational Medicine 2013;11:21.\nCerebral palsy; Neural stem cell-like cells; Bone marrow mesenchymal stem cells; Cell therapy; Autologous transplantation\n18. Antiviral Treatment Alters the Frequency of Activating and Inhibitory Receptor-Expressing Natural Killer Cells in Chronic Hepatitis B Virus Infected Patients Lv, Juan | Jin, Qinglong | Sun, Haibo | Chi, Xiumei | Hu, Xiaoli | Yan, Hongqing | Pan, Yu | Xiao, Weihua | Tian, Zhigang | Hou, Jinlin | Xu, Damo | Tu, Zhengkun | Niu, Junqi\nMediators of Inflammation 2012;2012:804043.\n19. Molecular Characterization of TGF-β Type I Receptor Gene (Tgfbr1) in Chlamys farreri, and the Association of Allelic Variants with Growth Traits Guo, Huihui | Bao, Zhenmin | Li, Jiqin | Lian, Shanshan | Wang, Shi | He, Yan | Fu, Xiaoteng | Zhang, Lingling | Hu, Xiaoli\n20. Reference-free SNP calling: improved accuracy by preventing incorrect calls from repetitive genomic regions Dou, Jinzhuang | Zhao, Xiqiang | Fu, Xiaoteng | Jiao, Wenqian | Wang, Nannan | Zhang, Lingling | Hu, Xiaoli | Wang, Shi | Bao, Zhenmin\n21. Network Analysis of Oyster Transcriptome Revealed a Cascade of Cellular Responses during Recovery after Heat Shock Zhang, Lingling | Hou, Rui | Su, Hailin | Hu, Xiaoli | Wang, Shi | Bao, Zhenmin\n22. Transcriptome Sequencing and Characterization for the Sea Cucumber Apostichopus japonicus (Selenka, 1867) Du, Huixia | Bao, Zhenmin | Hou, Rui | Wang, Shan | Su, Hailin | Yan, Jingjing | Tian, Meilin | Li, Yan | Wei, Wen | Lu, Wei | Hu, Xiaoli | Wang, Shi | Hu, Jingjie\n23. Dynamic changes of inflammatory markers in brain after hemorrhagic stroke in humans: a postmortem study Wu, He | Zhang, Zhiyi | Hu, Xiaoli | Zhao, Ruibo | Song, Yuejia | Ban, Xiang | Qi, Jiping | Wang, Jian\n24. Transcriptome Sequencing and De Novo Analysis for Yesso Scallop (Patinopecten yessoensis) Using 454 GS FLX Hou, Rui | Bao, Zhenmin | Wang, Shan | Su, Hailin | Li, Yan | Du, Huixia | Hu, Jingjie | Wang, Shi | Hu, Xiaoli


url: =dblp: Wenyou Du\n> Home > Persons > Wenyou Du\nWenyou Du , Wei Zhou :\nAn Intelligent Fault Diagnosis Architecture for Electrical Fused Magnesia Furnace Using Sound Spectrum Submanifold Analysis. IEEE Trans. Instrumentation and Measurement 67(9): 2014-2023 (2018)\nWei Zhou , Chengdong Wu, Dali Chen, Yugen Yi, Wenyou Du:\nAutomatic Microaneurysm Detection Using the Sparse Principal Component Analysis-Based Unsupervised Classification Method. IEEE Access 5: 2563-2572 (2017)\nWei Zhou , Chengdong Wu, Yugen Yi , Wenyou Du :\nAutomatic Detection of Exudates in Digital Color Fundus Images Using Superpixel Multi-Feature Classification. IEEE Access 5: 17077-17088 (2017)\nWei Zhou , Chengdong Wu, Dali Chen , Zhenzhu Wang, Yugen Yi , Wenyou Du:\nAutomatic Microaneurysms Detection Based on Multifeature Fusion Dictionary Learning. Comp. Math. Methods in Medicine 2017: 2483137:1-2483137:11 (2017)\nWei Zhou , Chengdong Wu, Dali Chen , Zhenzhu Wang , Yugen Yi , Wenyou Du :\nAutomated Detection of Red Lesions Using Superpixel Multichannel Multifeature. Comp. Math. Methods in Medicine 2017: 9854825:1-9854825:13 (2017)


url: =Book Freeshipping Portuguese Lonely Planet Phrasebook | BookWholesale | TradersCity\nHello visitor from USA - 44 visiting from 19 China 15 France 7 USA 1 Ireland 1 Japan 1 Singapore This Month's Highlights:- PrintLabels (China): Print Labels, Stickers, Tags, Epoxy Resin Stickers http://www.inecreative.com- Sayhi0307 (China): Shipping Rates From China, Air Freight Rate From China, Ocean Freight Quote, Shipping Cost, Shipping Price, Freight Quote http://www.sztaizhou.com\nBook Freeshipping Portuguese Lonely Planet Phrasebook\tPosted at: Offers to Sell and Export | Posted on: Fri 04 Jun, 2010 1:17 am | Product Category: Reference books \tBook Freeshipping Photos Catalog\nMore Book Freeshipping Portuguese Lonely Planet Phrasebook:\nPortuguese: Lonely Planet Phrasebook, by Robert Landon Lonely Planet Phrasebooks, English, Paperback,\nAuthor Robert Landon Lonely Planet Phrasebooks\nPress Lonely Planet Publications\nThe Lonely Planet phrasebooks have a good cultural background and offer solid advice for challenging situations in remote locations. Includes a comprehensive food section and useful suggestions for health needs and emergencies.\nlength: (cm)19.7 width:(cm)12.8 Company Contact:\nBook Freeshipping Lonely Planet Shanghai - By BookWholesale - On Thu 27 May, 2010 12:52 am: lonely planet shanghai by damian harper english paperback 2006\nBook Freeshipping Practical Portuguese 100 - By BookWholesale - On Fri 04 Jun, 2010 1:09 am: book can not only meet the demand of chinese who want to go abroad but also provide convenience for the foreigners who don�t know chinese Book Freeshipping Intensive Portuguese 1 - By BookWholesale - On Fri 04 Jun, 2010 1:06 am: book aims at helping the tyro to understand the basic grammar know the usual wordings and sentence patterns pronunciation rules well meanwhile the....


url: =Sabin W. Colton, Jr., Memorial Fund[remove]420\nForrest, Alan I.2\nHolocaust, Jewish (1939-1945)29\nVan Pelt-Dietrich Library Center420\nVan Pelt - Stacks[remove]420\nD - History: General & European[remove]420\nYou searched for: Subject Heading Browse Zhongguo guo min dang History. Remove constraint Subject Heading Browse: Zhongguo guo min dang History. Author/Creator Sabin W. Colton, Jr., Memorial Fund Remove constraint Author/Creator: Sabin W. Colton, Jr., Memorial Fund Classification D - History: General & European Remove constraint Classification: D - History: General & European Specific location Van Pelt - Stacks Remove constraint Specific location: Van Pelt - Stacks\nZionism (2 records)\nZionism--Germany--History (1 record)\nZionism--Hungary--History (1 record)\nZionists--Germany--Biography (1 record)\nZubaydī, Tall (Iraq)\nBroader: South Africa--History (1 record)\nZúñiga, House of\nZusammenbruch (1 record)\nŻydowski Instytut Historyczny IN-B\nPreferred: Żydowski Instytut Historyczny--Instytut Naukowo-Badawczy (1 record)


url: =Research of the Homeostasis Policy in Protection of Cultivable Land--《Areal Research and Development》2005年02期\n《Areal Research and Development》 2005-02\nResearch of the Homeostasis Policy in Protection of Cultivable Land\nTANJun , JINLing-ling , ZHANGZhang (Department of Land Management, Renmin University,Beijing 100872, China)\nThe homeostasis policy is put forward on the basis of investigation and research for adequately argumentation, which is one of the core content of the new land management law. The cultivable land resource is effectively protected from the recent practice. The homeostasis policy is one of the protection of cultivable land system, it affects direct several facets, for example: land using consolidation, agricultural production. This paper firstly analyses the meaning of the homeostasis, then studies the charge diversion of using land, and finally put forward correlative suggestions.\n1 Shen Fei et al.(1 College of Territorial Resources and Tourism,Anhui Normal University,Wuhu 241000;2 The Research Center of Land Evaluation and Programming,Anhui Normal University,Wuhu 241000);Analysis on Cost of the Homeostasis Policy in Protection of Cultivated Land on County Area——Take Wuhu County as an Example[J];安徽农学通报(上半月刊);2009-05\n2 FANG Bin,NI Shao-xiang, QIU Wen-juan(School of Geographical Science,Nanjing Normal University,Nanjing 210046,China);A Study of the Economic Compensation for Exchanged-Farmland Protection[J];云南师范大学学报(哲学社会科学版);2009-01\n3 Yuan Hong Tang Min Liu Yan Li Dihua;Earthquake Disaster Challenging Chinese Rural Land Policy[J];新建筑;2008-04\n4 FEI Luo-cheng,CHENG Jiu-miao,YIN Peng-fei (College of Territorial Resources and Tourism,Anhui Normal University,Wuhu 241003,China);Primary Study on Theory of Standard Farmland Based on Cultivated Land Balance[J];资源开发与市场;2008-04\n5 DONG Jin-wei,ZHENG Xin-qi,ZHANG Ge-li(School of Population,Resources and Environment,Shandong Normal University,Ji'nan 250014,China);Quality Evaluation Model of Requisition-Compensation Balance for Arable Land Based on the Suitability Evaluation Data[J];水土保持研究;2007-06\n6 HUANG Ji-hui,ZHANG Shao-liang,HOU Hu-ping,LEI Shao-gang,DU Xiao-yan (Department of Land Resource Management,China University of Mining & Technology,Xuzhou 221008,China);ANALYSIS ON THE PUBLIC POLICY ABOUT DYNAMIC EQUILIBRIUM OF TOTAL CULTIVATED LAND IN CHINA[J];资源与产业;2007-01\n7 CHEN Bai-ming~1,DU Hong-liang~(1,2)(1.Institute of Geographic Sciences and Natural Research,CAS,Beijing 100101,China; 2.Graduate School of Chinese Academy of Science,Beijing 100039,China);Analyzing Decoupling Relationship between Arable Land Occupation and GDP Growth[J];资源科学;2006-05\n1 Fang Bin;Qiu Wenjuan;Nanjing Normal University;;The studying of the economy compensates system about cultivated land protection[A];[C];2008\n2 CHEN Baiming;DU Hongliang;Institute of Geographic Sciences and Natural Research,CAS;Graduate School of Chinese Academy of Science;;On the Decoupling Research between Engrossing of Arable Land and GDP Increasing[A];[C];2006\n1 DING Hong-jian 1 ,WU Ci-fang 1 ,LIANG Liu-ke 1,2 (1.College of Southeast Land Managem ent,Zhejiang University,Hangzhou310029,China;2.College of Environment and Planni ng ,Henan University,Kaifeng 475001,China);The Innovation of the Idea of Cultivated Land Protection[J];中国土地科学;2002-04\n1 KONG Zhe;CHEN Ying;HUANG Siqin;MA Tingting;College of Resources and Environment Science,Gansu Agricultural University;;The effect of farmer's land awareness differentiation on cultivated land protection: A case of liangzhou in Gansu province[J];干旱区资源与环境;2016-08\n2 WANG Xi;LIANG Liutao;CHEN Changyou;College of environment and planning,Henan University;Key Laboratory of Geospatial Technology for Middle and Lower Yellow River Regions,Ministry of Education;;The willingness of cultivated land protection for different households[J];干旱区资源与环境;2015-08\n3 YIN Xiaofei;LIU Youzhao;College of Public Administration,Nanjing Agricultural University;;Behaviors and Its Influencing Factors of Peasant Household to Participate in Protection of Cultivated Land Quality——A Case Study in Dantu District,Zhenjiang City,Jiangsu Province[J];水土保持通报;2015-03\n4 Meihuan YANG;Yongchong YANG;College of Surveying and Mapping Science and Technology,Xi'an University of Science and Technology;;Prediction of Farmland Protection Area in County-level Land Use Planning: A Case Study of Mizhi County of Shaanxi Province[J];Asian Agricultural Research;2015-04\n5 MO Xue-fei;ZANG Jun-mei;School of Public Administration, South China University of Technology;;Game Analysis on Government Behavior in the Protection of Cultivated Land in China[J];广东土地科学;2014-04\n6 HU Liang;School of Resources and Environment,Hunan Normal University;;Dynamic Evaluation of Cultivated Land Utilization Efficiency in Hunan Province Based on Cross-efficiency DEA Model[J];安徽农业科学;2013-23\n7 LI Ke-ke,PU Chun-ling,LIU Zhi-you(Management College,Xinjiang Agricultural University,Ulumqi 830052,China);Cultivated Land Protection Driver Research in Tacheng City,Xinjiang[J];科技和产业;2013-07\n8 LIANG Liu-tao XU Li-min(College of Environment and Planning,Henan University,Kaifeng Henan 475004,China);Relationship Between Livelihood Capital and Household Land Use Efficiency[J];中国人口.资源与环境;2013-03\n9 WANG Limin1,2,OU Minghao2(1.College of Economic Management,Anhui Agriculture University,Hefei 230036,P.R.China; 2.College of Public Administration,Nanjing Agriculture University,Nanjing 210095,P.R.China);Analysis on present condition and level of cognition of the farmers to the cultivated land protection in the prime production area of grain[J];干旱区资源与环境;2013-03\n1 FEI Luo-cheng,CHENG Jiu-miao,YIN Peng-fei (College of Territorial Resources and Tourism,Anhui Normal University,Wuhu 241003,China);Primary Study on Theory of Standard Farmland Based on Cultivated Land Balance[J];资源开发与市场;2008-04\n2 WANG Shi-zhong1,2, HU Wen-xia3,LIU Wei-dong 1 (1. College of Southeast Land Management, Zhejiang University, Hangzhou 310029,China;2. Research Center of Real Estate, Zhejiang University of Finance and Economy, Hangzhou 310018, China; 3.Hangzhou Bureau of Land Resources Management, Hangzhou 310012, China);Review on Chinese Balance System of Farmland in Occupation and Supplement[J];农机化研究;2007-08\n3 ZHANG Feng-rong1,ZHANG Jin-ke1,ZHANG Di2,WU Chu-guo2,XU Yan1(1.Dept.of Land Resources and Management,CAU,Beijing 100094,China;2.Information Centre of Ministry of Land and Resources,Beijing 100812,China);Change of Potential Grain Productivity of Cultivated Land from 1996 to 2004 in China[J];中国土地科学;2006-02\n4 LI Wu-yan,XU Bao-gen(Zhejiang University of Finance &Economics,Hangzhou 310012,China);Application of Farmland Gradation in the "No Net Loss of Cultivated Land" Policy——A Case Study of Zhejiang Province[J];中国土地科学;2006-02\n5 ZHANG Xue-qin,TIAN Meng(School of Humanities and Economic Management,China University of Geosciences,Beijing 100083,China);THE PROPERTY RIGHT RESTRICTION IN TRANSFERENCES OF USUFRUCT OF RURAL COLLECTIVE CONSTRUCTION LAND[J];资源·产业;2006-02\n6 HUA Yuan-chun(Land Surveying and Planning Institute of Zhejiang Province,Hangzhou,310003,China);Reflection on Quantity and Quality Equilibrium of Cultivated Land[J];国土资源科技管理;2006-02\n7 LIU Miao~(1,2),HU Yuanman~1,LI Yuehui~1,CHANG Yu~1,ZHANG Wei~(1,2)(~1Institute of Applied Ecology,Chinese Academy of Sciences,Shenyang 110016,China;~2Graduate School of Chinese Academy of Science,Beijing 100039,China).;Ecological footprint model and its research advances[J];生态学杂志;2006-03\n8 Zhou Jiasong, Zhong Peilin, Zhang Hong (Center of Land Acquisition and Consolidation in Sichuan Province 610041);Research on Quantity-quality Convert of Supplementary Cultivated land in Requisition-compensation Balance -Taking southern hillside area as an example[J];中国农学通报;2005-11\n9 WANG Xiu-fen~(1,2),CHEN Bai-ming~1,BI Ji-ye~3(1.Institute of Geographic Sciences and Natural Resource Research,CAS,Beijing 100101,China;2.Graduate School of Chinese Academy of Science,Beijing 100039,China;3.China Land Surveying and Planning Institute,Beijing 100035,China);Dynamic Equilibrium of the Total Cultivated Land in China in a New Situation[J];资源科学;2005-06\n10 QIU Xiao-ping,WENG Zhen-lin(College of Economy and Trade,Jiangxi Agricultural University,Nanchang 330045,China);Analysis of the canonical correlations between influencing factors and cultivated land amount changes based on CCA[J];农业系统科学与综合研究;2005-04\n1 HUANG Heping;PENG Xiaolin;Institute of Poyang Lake Eco-Economics,Jiangxi University of Finance & Economics;School of Tourism and Urban Management,Jiangxi University of Finance & Economics;;Urban land use efficiency changes and improvement strategies from a decoupling perspective in Nanchang City[J];资源科学;2016-03\n2 KONG Xing-he;MEI Yun;KE Xin-li;College of Public Management, Huazhong Agricultural University;;Testing Validation of Kuznets Curve for Decoupling Relationship between Cultivated Land Occupation and Economic Growth: Taking Wuhan City for Example[J];中国土地科学;2016-03\n3 CHEN Jun-bin;LIN Yi;School of Economics,Fujian Normal University;;Empirical study of factors on circulation industry carbon emission in Fujian Province according to Tapio elastic decoupling theory and by LMDI Analysis[J];福建农林大学学报(哲学社会科学版);2016-02\n4 QIAO Hong-qiang;CHEN Ying;College of Resources and Environmental Sciences, Gansu Agricultural University;;Research on the Relationship between Ecological Environment and Economic Growth Based on the Decoupling Theory[J];土壤通报;2016-01\n5 ZHANG Wenbin;School of Finance Taxation and Public Administration,Lanzhou University of Finance and Economics;Quantitative Analysis Research Center of Economics Development in Gansu Province;;Relation Between Cultivated Land Occupation and Economic Growth Based on Decoupling Method of Liangzhou District of Wuwei City in Gansu Province[J];水土保持通报;2015-06\n6 DONG Yanyan;SU Xing;WANG Guoya;School of Marxism,Lanzhou City College;Key Laboratory of West China's Environmental Systems( Ministry of Education) ,College of Earth and Environmental Sciences,Lanzhou University;G eological Hazards Prevention Institute ,G ansu Academy of Sciences;;Relation between geological hazards and economic development in mountainous City: Taking Lanzhou City as a case[J];冰川冻土;2015-06\n7 Zhang Yong;Hu Xinyi;;Decoupling Analysis between Urban and Rural Construction Land and Population Change of Anhui Province[J];区域经济评论;2015-06\n8 XIONG Chuanhe;YANG Degang;HUO Jinwei;ZHAO Yannan;Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences;University of Chinese Academy of Sciences;;The relationship between energy consumption and economic growth and the development strategy of a low-carbon economy in Kazakhstan[J];Journal of Arid Land;2015-05\n9 Xie Qinghua;ShandongUniversity(Weihai);;Analyzing on the Decoupling Relationship between Resource Consumption and Economic Growth of Regions in China[J];经济统计学(季刊);2015-01\n10 SUN Wenwen;MEI Yun;CHEN Yinrong;ZHANG Miao;College of Land Management,Huazhong Agricultural University;;Decoupling Analysis of Low-carbon Economy and Intensive Land Utilization of Zhengzhou City[J];水土保持通报;2015-04\n1 ZHANG Zhi qiang 1?2 , XU Zhong min 1, CHENG Guo dong 1, CHEN Dong jing 1 (1 State Key Laboratory of Frozen Soil Engineering, Cold and Arid Regions Environmental and Engineering Research Institute,CAS,Lanzhou 730000, China; 2 Scientific;The Ecological Footprints of the 12 Provinces of West China in 1999[J];地理学报;2001-05


url: =Su Jeong Nam Posters From Movie Poster Shop\nGeorgetown Movie Poster\nSu Jeong Nam Titles, Movies and Posters\nCAST: Chan-wook Park, Yeong-ae Lee, Min-sik Choi, Tony Barry, Anne Cordiner, Su-hee Go, Hye-jeong Kang, Bu-seon Kim, Byeong-ok Kim, Shi-hoo Kim, Yea-young Kwon, Dae-yeon Lee, Seung-Shin Lee, Su-gyeong Lim, Il-woo Nam,\nOnce in a Summer\nCAST: Byung-hun Lee, Su-Ae, Duek-mun Choi, Seok-yong Jeong, Jung-ki Kim, Hae-eun Lee, Se-eun Lee, Ki-su Na, Dal-su Oh, Chae-ik Park,\nGhosts of Cité Soleil\nWhen I Turned Nine\nCAST: In-ho Yun, Seok Kim, Se-yeong Lee, Myeong-jae Kim, Ah-hyeon Na, Baek-ri Park, Seon-kyeong Jeong, Dae-han Ji, Ae-Yeon Jeong,\nCAST: Feng Huang, Angela Mao, Yi Chang, Ying Bai, Ching-Erh Wu, Shao-hung Chan, Yuet Sang Chin, Min Kyu Choi, Ching-chun Hsu, Chi-ming Huang, Feng Huang, Sammo Hung Kam-Bo, Jeong-guk Jang, Nam-il Kim, Siu-Lung Leung,\nCAST: Ki-duk Kim, Yeong-il Oh, Jeong-im Nam, Sun-jae Lee, Moon Kang, Kwang Ho Lee, Cho Kyoung-min,\nCAST: Seon-ho Nam, Ji-sun Jeong, Hye-jin Jeon, San Kang, Ho-jung Kim, Tae-Yong Kim, Yu-seok Kim, Seung-chae Lee, Soon-jae Lee, Gye-nam Myeong,\nSpring in My Hometown\nCAST: Kwangmo Lee, Sung-kee Ahn, Yoo-Jung Bae, Jin-gi Jeon, Jae-hyeon Jo, Jungwoo Kim, Won-hae Kim, In Lee, Gye-nam Myeong, Sun-mi Myeong, Ji-hye Oh, Yi-suk Seo, Wok-suk Song, Hye-jeong Yu,\nCAST: Hyeong-jun Bae, Ha-Neul Kim, Dong-won Kang, Ah-rong Kim, Ji-yeong Kim, Cheon-hee Lee, Ju-seok Lee, Yeong-eun Lee, Ha-ryong Lim, Ji-Yeon Myeong, Sang-mi Nam, Su-jeong Nam,\nVoice of a Murderer\nCAST: Jin-pyo Park, Kyung-gu Sol, Nam-ju Kim, Dong-won Kang, Yeong-cheol Kim, Young-chang Song, Jeong-yun Choi, Su-hee Go, Kwang-gyu Kim,\nCAST: Na-yeong Lee, Ji-seok Kim, Hee-su Kim, Ae-Yeon Jeong,\nLove Me Once Again\nCAST: So-yeong Jeong, Yeong-gyun Shin, Hie Mun, Gye-hyeon Jeon, Am Park,\nThe Man I Left\nCAST: So-yeong Jeong, Il-bong Yun, Ji-in Yu, Man Kim, Neung-mi Nam,\nCAST: Yoon-ki Lee, Do-yeon Jeon, Jung-woo Ha, Il-hwa Choi, Ju-bong Gi, Hyo-ju Han, So-yeon Jang, Si-nae Jo, Hee-jeong Kim, Hye-ok Kim, Joo-ryeong Kim, Jung-ki Kim, Young-min Kim, Seo-hie Ko, Ji-eun Oh,\nCAST: Ki-hwan Oh, Jin-seo Yun, Gi-woong Park, Ki-woo Lee, Yu-seon Ham, So-eun Kim, Yu-mi Jeong, Kan-hie Lee, Yu-jeong Seo, Nae-sang Ahn, In-gi Jeong, Haet-nim Oh,\n1. Those Who Wish Me Dead 2. Georgetown 3. The Killing of Two Lovers 4. Profile 5. Finding You\n1. Minari 2. Tom and Jerry 3. The Father 4. The Nest 5. Supernova


url: =更新時間: 2020-01-19 04:45\n威尼斯百家乐WOFANGYEHAODAIQIANSHIYESHIYIDAOGUANDEA!ZENDI!NIBUFU？WOHUIDADAONIFUQI! SHENME!TAMENZHINENGZUOERFANG？HAOBA!FANGYEWUNAIDEKANZHUNVHAIER，ZHEGEJIANISHUOLESUAN!WO!WO!WOJINWANQUSHUFANGSHUI! CONGSHANJIANQIBU，SHAONIANFANGYEYIBUBUDEZOUSHANGSHISUDEDIANFENG，DANGTAJUEDENEIXIESHENXIANRANGTABUSHUANGDESHIHOU——WOYAOYITONGXIANJIE，NIMENSHUIYOUYIJIAN？ WOZONGSHIXIHUANJIANGDAOLIDE，DANSHIZHEDEKANWODEXINQING...... ZHEGEFANGYE，CONGLAIDOUSHIBUJIANGLIDE，WOMENDOUBEITAPIANLE........\n第七十二章 方業預感 敵蹤出現\n第六十九章 大戰開始 運籌帷幄\n第六十六章 魂海出現 碧落黃泉照\n第六十三章 替罪羔羊 分道揚鑣\n第五十二章 水落石出 舊日仇家\n第四十四章 熱血演講 激勵軍心\n第四十三章 府城任命 昭信校尉\n第三十八章 捉住火鳳 一家三口\n第三十六章 一劍兩鼻 威壓全場\n第三十五章 觸及逆鱗 大校場見\n① 《XIANTONG》SHI SHENGNA SUOXIEDEYIBENLIANZAIZHONGQUANBENJINGDIANXUANHUANLEIDEXIAOSHUO。