url: =Míngnísudá zhou fayuàn de yixie wèntí: Gei rènhé guanxin de rén de xìn\nhuí dào: fal? tiaozhàn\nMíngnísudá zhou fayuàn de yixie wèntí: Gei rènhé rén guanxin de xìnjiàn\nWo mùdu huò qinzì jinglìle yixie daozhì fatíng ànjiàn de qíngkuàng. Zài wo kàn lái, tamen shuomíngliao míngnísudá zhou fayuàn de zhòngdà wèntí. Ànjiàn shèjí -\nzhi shú, hé\nwo jinglìguò de qián san zhong qíngkuàng; dì sì (liang lì) shèjí wo qizi de háizi. Wo duì tamen de liaojie shì xiángxì hé zhunquè de. Tamen fenkai de, youshí rongcháng de gùshì zài hùliánwang shàng zhangtie zài wo de gèrén wangzhàn http://www.billmcgaugheycom. Jiàn “fal? tiaozhàn” lèibié.\nWo shì yigè xiangdang qingchu de zuòjia, dàn zhè bìng bù yìwèizhe qíngkuàng shì míngquè de. Wo tígong yuánshi de fatíng wénjiàn hé gèrén pínglùn lái jiangshù gùshì. Mei gè gùshì dou jiéshùle. Wo xiang ni huì jingyà yú fashengle shénme shì.\nLiànjie zhaodào -\njiatíng nüèdài http://www.billmcgaughey.com/domesticabuse.html (36,744 zì)\nlíhun http://www.billmcgaughey.com/divorcebook.html (285,313 zì)\nzhi shú http://www.billmcgaughey.com/foreclosure.html (94,220 zì)\nmóusha http://www.billmcgaughey.com/jermainestansberry.html (7,398 zì)\nmóusha http://www.billmcgaughey.com/anthonyforesta.html (17,334 zì)\nZhèxie gùshì de chángdù kenéng huì zu'ài yuèdú. Dàn wo xiang baokuò wánzheng de jìlù. Zài mou xie qíngkuàng xià, shenpàn hòu shàngsù dàdà zengjia.\n1. Yu jiatíng nüèdài xiangguan de gùshì baokuò 2011 nián hé 2012 nián liang xiàng dúlì de shìjiàn, shèjí jianyù jingyàn. Zuìzhong, dang wo jùjué tíchu biànsu jiaoyì shí, shoufèi jiù bèi fàngqìle. Tóusù méiyou rènhé shízhì.\nZhège ànlì shuomíngliao guanyú míngnísudá zhou fayuàn zhèngcè hé chéngxù de keyí xìngzhì: Xìngbié pianjiàn zài hen dà chéngdù shàng jieshìle jingfang rúhé chuli wo qizi de liang qi tóusù. Míngnísudá zhou de jiatíng nüèdài hángyè xiangdang qiángdà. Yi míng n?zi bàoyuàn, míng ní abo lì si jingfang zìdòng dàibu gai míng nánzi. Guanyú jiatíng nüèdài de zhikòng zài líhun ànjiàn zhong wangwang yeshì yigè wèntí. Wo wúgu de zhizé wo da wo de qizi.\n2. Yu líhun xiangguan de gùshì baokuò cóng 2011 nián 3 yuè kaishi de 14 gè yuè ángguì de fal? jidòng,2012 nián 5 yuè de liang tian shenxùn, faguan de juédìng, xiugai juédìng de shen qián dòngyì,2012 nián 12 yuè de xiuzhèng juédìng, duì míngnísudá zhou shàngsù fayuàn zuòchu de xiuzhèng juédìng,2014 nián 1 yuè de shàngsù fayuàn cáijué xiaochúle 5 wàn meiyuán de cáijué, gai juédìng duì míngnísudá zhou zuìgao fayuàn jùjué jieshòu gai àn de shàngsù, suíhòu zài 2014 nián 9 yuè xiaochú pèi'ou wéichí de dòngyì, xiugai gai juédìng de dòngyì,2015 nián 2 yuè 12 rì zàicì xiàng míngnísudá zhou shàngsù fayuàn tíchu shàngsù,2015 nián 12 yuè 28 rì wéizhi de shàngsù fayuàn de bùlì cáijué, míngnísudá zhou zuìgao fayuàn yú 2016 nián 2 yuè 16 rì zuòchu de lìng yi xiàng juédìng, fourèn shàngsù. Zhèli gan xìngqù de shì yóu shenpàn fatíng faguan mìnglìng de jídù pianpo de cáijué, yijí shàngsù fayuàn duì gai cáijué de bùfèn dàn bù wánzheng de gengzhèng.\nZhège ànlì shuomíngliao guanyú míngnísudá zhou fayuàn zhèngcè hé chéngxù de keyí xìngzhì: Shouxian, líhun fatíng tíqián chaoguò yi nián de shìshí ràng xióngxin bóbó de l?shi you jihuì tíngzhi dìngju dian de tíyì, xiàng fatíng tíqi wúliáo de wèntí, deng deng, cóng'ér tígao fal? fèiyòng, shi duìfang bùnéng jìngzheng. Zài zhège guòchéng zhong, jinguan shuohuang shì huangyán, dàn fayuàn bìng méiyou shìtú diàochá huòzhe quèdìng na yifang shuo shíhuà.\nDì èr, sifa cáiliáng quán gongrán bèi lànyòng. Jíshi tuidìngle hunyin cáichan (zichan hé fùzhài liang zhe) de gongpíng fenpèi, yuánshen fatíng faguan jiang zhàngfu de jihu suoyou 325,000 meiyuán de hunyin zhàiwù (qízhong yixie yòng yú zizhù qi zi n?'ér zài silì dàxué jìnxíng jiàoyù). Ta hulüèle zhèyàng yigè shìshí, jí qizi zài tíjiao líhunqián sì gè yuè nèi yi 10 wàn meiyuán de jiàgé zài zhongguó màile yi jiàn gongyù, bìng jiang shouyì jiao gei ta de n?'ér, ta de líhun l?shi fèiyòng wèi ta. Jíshi tuìxiu de zhàngfu shenghuó zài gùdìng shourù, ye bùnéng zhifù ta de zhàngdan, tèbié shì xìnyòngka zhàiwù de lìxí, ta mei yuè gei qizi 500 meiyuán de yongjiu xìng pèi'ou.\nJinguan faguan chéngrèn zhàngfu zài xiàng qizi tígong wéichí fuxù jin hòu wúfa manzú zìji de xuqiú, dàn ta jìxù huòdéle zhè xiàng cáijué, cóng'ér wéifanle “míngnísudá zhou falìng”518.552. 2(Kè). Yiqián danrènguò zhongguó jiudiàn zong jingli de qizi, yijí Target de xiaoshòu dàibiao, zài líhun hòu wánquán wúfa zìlìgengsheng.\nZuòwéi juédìng de dì san yàosù, faguan mìnglìng zhàngfu tongguò chushòu qí hun qián cáichan xiàng qizi zhifù 5 wàn meiyuán xiànjin; shàngsù fayuàn tuifanle zuìhòu yi xiàng juédìng.\nShenpàn faguan zhanmusi·wen sen (James T. Swenson) zài shenpàn shí (2012 nián 5 yuè) shì Hennepin xiàn de shouxí faguan, shì yigè àomàn de rén, chúle shengcheng wúxiàn de zhuó chu quán, wúshì fagui wài, jingcháng da duàn zhèngcí, fèngcì yánlùn geile qi zi geng duo de shíjian lái xúnwèn zhèngrén, ér bùshì zhàngfu, hulüèle zhongwén kouyì yuán xianghù tongguò bijì, sìhu tíchule duì zhàngfu wèntí de huídá, túrán jiéshùle zhàngfu de zhèngcí, bìngqie fourènle shuangfang you jihuì zuòchu jiélùn xìng chénshù.\nZài shenpàn hòu sùsòng zhong, zhè míng faguan jiandan de hulüèle zhàngfu (tacheng zhi wèi piànzi) tíchu de shàngsù méiyou dédào shìdàng tíchu de wèntí. Zài zuòchu yuánshi cáijué shí, ta páichúle zhàngfu duì fenpèi ji ta de hunyin zhàiwù de dàliàng yìwù de xuqiú jìsuàn, bìng zài shàngsù hòu jìxù hushì zhè yi wèntí. Fourèn zhàngfu xiaochú pèi'ou wéichí de dòngyì, faguan mei yuè zengjia 100 yuán.\n3. Guanyú zhi shú de gùshì kaishi yú, yóuyú qíta fùkuan yìwù, xiànzài líhun de zhàngfu wúfa jìxù zài míng ní abo lì si de gélín wudé dàjie 1715 hào de shuangchóng jiaoyì zhong zhifù quánbù diya dàikuan. Zài tíqián tíjiao de jiésuàn bàojià zhong, yínháng cóngshì shèngbaoluó yijia ángguì de l?shi shìwù suo HKM de fúwù, jí 2015 nián 1 yuè lìjí tíjiaole jianyào pànjué de wénjiàn, jinguan xià yi nián de shenpàn yijing quèdìng. Bèigào nénggòu jí tuì qí dì yi xiàng dòngyì. L?shi shìwù suo zài tíchu dì èr xiàng jianyào pànjué. Bèigào zhifù wéiyue jin--19,886.88 Meiyuán - cóng jìchéng de tíqián zhifù. Gai yínháng de l?shi shìwù suo ránhòu tíjiaole yi bi 21,519.55 Meiyuán de shouqu zhè bi zhàiwù de gongzuò. Faguan jiang ci jian wèi $ 14,726, yinwèi gai yínháng de dì èr xiàng yì'àn shì bù bìyào de. Míngnísudá zhou shàngsù fayuàn bóhuíle jìnyibù jianshao fal? fèiyòng de dòngyì.\nZhège ànlì shuomíngliao guanyú míngnísudá zhou fayuàn zhèngcè hé chéngxù de keyí xìngzhì: Bèigào shuo: Wo zài chuli líhun xiangguan yìwù shí nányi zhifù wo de shenghuó fèiyòng. Zài 2014 nián de xiàtian, wo bùnéng zài zài 1715 nián gé lún wudé dàdào de fángwu diya dàikuan mei yuè dìngqí zhifù yue 1,500.00 Meiyuán. Yínháng bù jieshòu bùfèn fùkuan.\nTíchu bìng tíchu, rúguo wo jiang cáichan jiao gei yínháng “dàitì zhi shú”, tíchu bìng chèhuíle yi xiàng tí'àn lái shèmian zhàiwù, bianjiè shuiyù yínháng pìnqing yijia gaojià l?shi shìwù suo lìjí shouqu zhàiwù, jinguan yùjì jiang juxíng shenpàn yi nián hòu. Ta zài fatíng shàng tíjiaole yi fèn jianyào de pànjué, qiángzhì chushòu cáichan, yibiàn keyi huòdé tuoqiàn kuanxiàng. Yóuyú yixie quexiàn, zhège dòngyì shibàile. Ránhòu, yínháng tíchule dì èr xiàng jianyào pànjué.\nJiéguo shì yínháng shìtú zhui huí chaoguò 21,000 meiyuán de fal? fèiyòng, jù cheng gai yínháng shengcheng bìxu shouqu di yú 2 wàn meiyuán de zhàiwù. Chú ci zhi wài, gai yínháng mei xiaoshí shouqu 295 meiyuán, yòng yú Christian Brandt de fúwù, gai fa'àn zài zuòwéi dà bùfèn gongzuò de “chují l?shi” de fatíng shàng du you miáoshù. Shenpàn faguan jiang l?shi fèiyòng cáidìng wèi 14,726 meiyuán, shàngsù fayuàn huòdé cáijué. Zhège ànlì shuomíngliao jianyì pànjué rúhé cháonòng dang shì shuangfang zài shenpàn zhong jiejué zhengduan dì quánlì, yijí rúhé zài jingjì shàng you qinlüè xìng de l?shi shìwù suo wúfa héli de yiguò gao de lìl? jìsuàn chu ke zhuisù de shíjian lái zhuijiù zhè zhong pànduàn. Ta hái shuomíngliao fatíng rúhé hulüè zhurú míngnísudá fadian dì 580.30 Tiáo zhi lèi de bùfa zhi chù. 1, Jiang shòuquán l?shi fèiyòng xiànzhì wèi “dì 582.01 Tiáo shòuquán de l?shi fèiyòng de yibàn”. Zài zhè zhong qíngkuàng xià, faguan ye rènwéi, lìfa jiguan shèlì fadìng de l?shi fèiyòng xiàn'é shì wéifa de, yinwèi zhè shì fayuàn de yèwù.\nZhiyou zhèyàng de xiangfa cáinéng chuan bùguò qì lái. Nánguài zhège fatíng de cáijué shì wèi gongbù de, bù yunxu zhèngshì yinyòng. Dàn shuangfang hézuò jiejuéle zhè yi qíngkuàng.\n4. Jermaine Stansberry bèi pàn fàn you 2002 nián 8 yuè fasheng de móusha zuì, jíshi shìshí míngquè zhichu lìng yigèrén. Zài lìng yi míng nánzi zuò de yi liàng tíngfàng de huòche pángbian de lùmiàn shàng faxiànle móusha de wuqì. Stansberry zài jie shàng zhìshao wushí yingchi chù bèi zhìfú. Ta bèi dìngzuì zài yi míng n?zi de zhèngcí zhong, ta shuo zài yèjian zhàomíng zhong, ta kàn dào sitan si bó li (Stansberry) canjiale yi xiàng “tóuzhí dòngyì”, dàgài jiang qiang yùn dào hùnníngtu qiáng miàn, ér xiang shì che pángbian nàgè nánrén. (Shenxùn hòu, ta chóngxin tíqile zhège jiànzhèng). Sitan si bi de gonggòng biànhù l?shi bèi hushì cheng wéi zhuyào zhèngrén.\nZhège ànlì shuomíngliao guanyú míngnísudá zhou fayuàn zhèngcè hé chéngxù de keyí xìngzhì: Míng ní abo lì si jingfang xiang yào zhizé sitan si bèi'er, yinwèi ta céngjing xiàng yi míng junguan tíchu tóusù. Méiyou zhèngjù biaomíng ta you jihuì huòdé qiangzhi, dàn zhèngjù xianshì lìngwài yigè rén léi méng dé·ha dé méng (Raymond Hardimon) yeshì zhèyàng zuò de. Jianchá jiguan shiyòng fatíng de shouduàn - fanfù tí dào “tóuzhí dòngyì” - quànshuo péishen tuán shuo, Hardimon pángbian faxiàn de móusha wuqì bèi Stansberry reng zài nàli, dàgài yòng lái sha si yi míng nánzi.\n5. Jù cheng céngjing wéi móusha ér fúxíng de andongní senlín jia pi zhikòng péitóng qiangshou dào míng ní abo lì si nánbù de lìng yiqi móusha àn. Chúle qiangshou de zhèngcí hé anquán shèxiàngji de móhú diànying xíngxiàng yiwài, méiyou ta canyù de zhèngjù. Qiangsha yìyuán, qiangshou hé ta de péngyou yijing 8 nián jianjìnle, ér Foresta, shuí jieshòu shenpàn, yijing 18 niánle.\nZhège ànlì shuomíngliao guanyú míngnísudá zhou fayuàn zhèngcè hé chéngxù de keyí xìngzhì: Jian fang duì zìwo chéngrèn de xiongshou tíchule biànsu, jiang ta pànchu ba nián túxíng, rúguo ta duì Foresta zuòzhèng, rènwéi ta yijing chuxí móusha. Senlín fourènle zhè yidian. Chúle zìwo gan xìngqù de zhèngrén de zhèngcí wài, móhú de anquán shèxiàngji jìngtóu hé yiban de wàiguan jiákè shì yòng yú dìngzuì Foresta de wéiyi zhèngjù. Yóuyú mou zhong yuányin, keyi mianchú ta de ji míng yan jiànzhèng zhe bù bèi huyù. Xianrán zhidào wo shì shuí, jian fang sancì shìtú cóng shenpàn zhong jìng jìng de zuò zài shufáng shàng de fatíng Bill McGaughey.\nSuoyi wo yijing ba ta zìji jiangshùle wo gè rén mùdu de you zhengyì de fatíng zuòfa de gùshì. Míngnísudá zhou bi zhè gèng hao. Women dou xiwàng ta gèng hao. Benzhe zhè zhong jingshén, wo qing nimen kàn kàn wu gè fatíng jingyàn de xiángxì jìlù, kàn kàn néng fou zuò xie shìqíng.\nDuìyú wo zìji, jingguò wu nián chuli sifa fèihuà de jingyàn, wo yànjuànle fayuàn zài míngnísudá zhou de yùnzuò fangshì. Wo xiànzài yijing 75 suìle, jingguò 50 duonián de shenghuó zài míngnísudá zhou, wo zhèngzài rènzhen kaol? zouchu guómén.


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url: =Wuhan Zhongyuan Huadian Science & Technology Co Ltd (300018.SZ) Key Developments | Reuters.com\nWuhan Zhongyuan Huadian Science & Technology Co Ltd (300018.SZ)\n300018.SZ on Shenzhen Stock Exchange\nChange\t(% chg)\t¥0.14\t(+1.65%)\nWuhan Zhongyuan Huadian Science & Technology to pay FY 2016 annual div on May 16\nWednesday, 10 May 2017 05:40am EDT May 10(Reuters) - Wuhan Zhongyuan Huadian Science & Technology Co Ltd <300018.SZ> ::* Says it will pay cash dividend of 0.49 yuan per 10 shares (before tax) to shareholders of record on May 15, for FY 2016.* The company's shares will be traded ex-right and ex-dividend on May 16 and the dividend will be paid on May 16. Full Article\nWuhan Zhongyuan Huadian Science & Technology sees FY 2017 Q1 net profit to increase by 0 pct to 30 pct\nFriday, 17 Mar 2017 02:12am EDT Wuhan Zhongyuan Huadian Science & Technology Co Ltd <300018.SZ> : Says net profit for FY 2017 Q1 to increase by 0 percent to 30 percent, or to be 10.1 million yuan to 13.1 million yuan, compared to net profit of FY 2016 Q1 (10.1 million yuan) .Says increased performance as main reason for the forecast. Full Article\nWuhan Zhongyuan Huadian Science & Technology says 2016 9-mth net profit up 75 pct to 95 pct\nFriday, 14 Oct 2016 02:58am EDT Wuhan Zhongyuan Huadian Science & Technology Co Ltd <300018.SZ> :Says it sees 9-month net profit up 75 percent to 95 percent y/y from 31.5 million yuan a year ago. Full Article\nWuhan Zhongyuan Huadian Science & Technology expects H1 2016 net profit to increase by 160~190 pct\nSaturday, 16 Jul 2016 06:47am EDT Wuhan Zhongyuan Huadian Science & Technology Co Ltd <300018.SZ>: Says net profit for H1 of 2016 to increase by 160 percent~190 percent, or to be 30.1 million~33.6 million yuan .Says the net profit of H1 of 2015 was 11.6 million yuan. Full Article\nWuhan Zhongyuan Huadian Science & Technology receives patent\nTuesday, 12 Jul 2016 09:59pm EDT Wuhan Zhongyuan Huadian Science & Technology <300018.SZ> Co., Ltd.: Says it receives patent (Patent No. ZL 2014 1 0229764.8), for grading method and system for fault diagnosis .Says valid term of the patent is 20 years. Full Article\nWuhan Zhongyuan Huadian Science and Technology to pay 2015 dividend on May 13\nMonday, 9 May 2016 02:34am EDT Wuhan Zhongyuan Huadian Science and Technology <300018.SZ>: Says it to pay a cash dividend of 1 yuan (before tax) per 10 shares and use additional paid-in capital to distribute 10 new shares for every 10 shares, to shareholders of record on May 12 for 2015 .Says the company's shares will be traded ex-right and ex-dividend on May 13 and the dividend will be paid on May 13. Full Article\nWuhan Zhongyuan Huadian Science & Technology to set up joint fund and JV\nTuesday, 5 Apr 2016 11:38pm EDT Wuhan Zhongyuan Huadian Science & Technology Co Ltd:Enters an agreement to set up a technology industry investment fund and a technology industry investment management JV in Wuhan, with a Hubei high-tech industry investment firm and a Shenzhen capital management limited partnership.Says the joint fund with a term of five years and a size (for the first phase) of 250 million yuan.JV with registered capital of 5 million yuan and the company to hold a 30 pct stake in it. Full Article\nWuhan Zhongyuan Huadian Science & Technology announces 2015 dividend payment\nWednesday, 30 Mar 2016 08:00pm EDT Wuhan Zhongyuan Huadian Science & Technology Co Ltd:Says it will pay a cash dividend of 1.00 yuan (pre-tax) for every 10 shares, and use additional paid-in capital to distribute 10 new shares for every 10 shares, to shareholders for 2015. Full Article\nWuhan Zhongyuan Huadian Science & Technology issues Q1 2016 net profit outlook\nWednesday, 30 Mar 2016 08:00pm EDT Wuhan Zhongyuan Huadian Science & Technology Co Ltd:Sees net profit outlook for Q1 of 2016 to increase by 160 pct ~ 190 pct, or to be 9.8683 mln yuan to 11.0070 mln yuan.Says the net profit of Q1 of 2015 was 3.7955 mln yuan.Comments that market development, improvement of structure of revenue, cost control and involved performance of Jiangsu-based company are the main reasons for the forecast. Full Article\nWuhan Zhongyuan Huadian Science & Technology sets up subsidiary\nWednesday, 24 Feb 2016 04:08am EST Wuhan Zhongyuan Huadian Science & Technology Co Ltd:Set up an investment wholly owned subsidiary in Wuhan on Feb. 22. Full Article\nWuhan Zhongyuan Huadian Science & Technology Co Ltd News\n» More 300018.SZ News


url: =Browsing by Author Xiao Wei\n2015 Bio-inspired adhesion: Fabrication of molecularly imprinted nanocomposite membranes by developing a hybrid organic–inorganic nanoparticles composite structure Yilin Wu; Xinlin Liu; Minjia Meng; Peng Lv; Ming Yan; Xiao Wei; Hongji Li; Yongsheng Yan; chun xiang li\n2011 Brain-derived neurotrophic factor contributes to spinal long-term potentiation and mechanical hypersensitivity by activation of spinal microglia in rat Li-Jun Zhou; Tao Yang; Xiao Wei; Yong Liu; Wen-Jun Xin; Yuan Chen; Rui-Ping Pang; Ying Zang; Yong-Yong Li; Xian-Guo Liu\n2015 Cobalt-Doped MnO2 Hierarchical Yolk−Shell Spheres with Improved Supercapacitive Performance Chuan-Lin Tang; Xiao Wei; Yan-Mei Jiang; Xue-Yan Wu; Li−Na\n2013 Comparative molecular analysis of the prokaryotic diversity of two salt mine soils in southwest China. Xiao Wei; Wang Zhigang; Wang yongxia; Schneegurt Mark A.; Li Zhiying; Lai Yonghong; Zhang Shiying; Wen Mengliang; Cui Xiaolong\n2015 Correlation Based Direction of Arrival Estimation for the Large Scale Multi-user MIMO System Xiao Wei; <b>Wei Peng</b>(); Tao Jiang\n2014 Halomonas qiaohouensis sp. nov., isolated from salt mine soil in southwest China Wang Yong-Xia; Xiao Wei; Dong Ming-Hua; Zhao Qin; Li Zhi-Ying; Lai Yong-Hong; Cui Xiao-Long\n2014 Hybrid bulk heterojunction solar cells based on poly (3-hexylthiophene) and Z907-modified ZnO nanorods Min Zhong; Dan Sheng; Chanlun Li; Shiqing Xu; Xiao Wei\n2015 Improved dissolution of cellulose in quaternary ammonium hydroxide by adjusting temperature Wei Wei; Xiao Wei; Guangjun Gou; Man Jiang; Xiaoling Xu; Yong Wang; David Hui; Zuowan Zhou\n2015 Improved dissolution of cellulose in quaternary ammonium hydroxide by adjusting temperature Wei Wei; Xiao Wei; Guangjun Gou; Man Jiang; Xiaoling Xu; Yong Wang; David Hui; Zuowan Zhou()\n2013 Material source analysis and element geochemical research about two types of representative bauxite deposits and terra rossa in western Guangxi, southern China Xiao Wei; Hongbing Ji; Daojing Li; Fenglei Zhang; Shijie Wang\n2014 Molecularly imprinted polymer microspheres for optical measurement of ultra trace nonfluorescent cyhalothrin in honey Lin Gao; Xiuying Li; Qi Zhang; Jiangdong Dai; Xiao Wei; Zhilong Song; Yongsheng Yan; Chunxiang Li


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url: =Determination of Nutrient Elements and Amino Acids in Gallus gallus domesticus--《Amino Acids & Biotic Resources》2002年04期\n《Amino Acids & Biotic Resources》 2002-04\nDetermination of Nutrient Elements and Amino Acids in Gallus gallus domesticus\nLI Ze-hong 1,CHEN Dan 1,LI Zhen-hua 2 (1.Jilin agriculture university, Changchun 130118;2.People hospitalin Dongliao County, Dongliao 136200)\nContents of nutrient elements and amino acids in Gallus gallus domesticus were determined. The results showed that the contents of K, Mg, Ca, Cu, Zn, Fe and Mn were 369.50mg/kg,120.56mg/kg,470.77mg/kg,31.89mg/kg, 32.42mg/kg,559.64mg/kg and 8.11mg/kg respectively; The content of amino acids was 86.924%, of which essential amino acids were 30.264%.\n1 ZHANG Xiu-qiao1,ZHAO Gang1,CHEN Jia-chun1,2(1.Hubei College of Traditional Chinese Medicine,Hubei Wuhan 430061,China;2.Tongji Medical college of Huazhong University of Sceince and Technology,Hubei Wuhan 430030,China);Study on amino acids analysis of Jineijin enzyme hydrolyzation substances[J];Chinese Journal of Hospital Pharmacy;2007-07\n2 QU Meng*,CUI Jichun,DONG Zhiheng,ZHANG Lihua,WANG Bingmei,ZHANG Jilin,LI Cai (Medical Department of Beihua University,Jilin 132013,China);Identification of corium stomachium galli by molecular taxonomy[J];China Journal of Chinese Materia Medica;2009-24\n1 Wang Shufang 1 Lai Jianhui 2 Xiao Xihui 3 Wang Yinhua 3 (1.Anhui Sanitation and Anti-epidemic Station 230061 2.Anhui Agriculture University) (3.Factory of Nature Food additives in Jieshou City of Anhui);Analysis and assessment of minerals in cattle's bone powder[J];Anhui Journal of Preventive Medicine;2000-06\n2 Xu Yanping et al(Anhui Epidemic Prvention Station 230061);STAUY ON IRON STATUS OF RURAL AREAS OF ANHUI IN PRESCHOOL CHILDREN[J];ANHUI JOURNAL OF PREVENTIVE MEDICINE;1996-03\n3 LI Ze-hong1, YAO Yu-xia1, WANG Quan-kai1, WANG Shu-zhi1, LI Zhen-hua2 (1.Jilin Agricultural University, Changchun 130118; 2.People's Hospital of Dongliao County, Dongyuan 136200);Amino Acid Content Comparison betreen Two-branch and Three-branch Pilose Antlers[J];Amino Acids & Biotic Resources;2003-01\n4 LI Ze-hong~(\_),WANG De-zhao~(\_)(1.College of Biological Technology,Jilin Agriculture University,Changchun 130118;2.Institute of Military Veterinary,Academy of Military Medical Sciences,Changchun 130062,China);Comparison of Amino Acid Content in Three Antler Patches[J];Amino Acids & Biotic Resources;2006-02\n5 LI Ze-hong,WU Li-min,YAO Yu-xia,WANG Quan-kai*(JiLin Agriculture University,Changchun 130118,China);Comparison of Amino Acid Contents in Different Products of Cervus nippon temminck Velvet Antler[J];Amino Acids & Biotic Resources;2007-03\n10 Wang Danrui Xu Jia Shi Jieping (Department of Food science, China Agriculture University,Beijing 100094);Kinetics of Immobilized Lipase-Catalyzed Hydrolysis in Supercritical Carbon Dioxide[J];Journal of Beijing Institufe of Petrochemical Technology;2003-01\n1 Liu huaiyu, Xu huihua, Wu jianhua, Sheng daying, Liu hong, Yu bing, Yao zongbei, Lu huimin;Problems and Analysis of Food Composition and Nutrition in Senior Citizen Apartments[A];[C];2003\n2 Qian Jinfu et al (Pharmaceutical Department of Dali Medical College,Dali 671000);Isolation and Identification of Xanthones from Swertia punicea hemsl[J];JOURNAL OF DALI MEDICAL COLLEGE;1998-04\n3 JI Lan-ju~1,BAO Yi~1,CHEN Gui-chen~1,ZHAO Ming-chun~2,SUN Hong-fa~2 (1 Northwest Plateau Institute of Biology,Chinese Academy of Sciences,Xi'ning 810001,China;2 Qinghai Plateau Institute of Tibet Herbs,Xi'ning 810007,China);Determination of active constituents in fifteen species Swertia of genus by high performance liquid chromatography[J];Acta Botanica Boreali-occidentalia Sinica;2004-07\n4 JI Lan-ju,BAO Yi,MA Yu-hua,CHEN Gui-chen (Northwest Plateau Institute of Biology,Chinese Academy of Sciences,Xining 810001,China);Study on the chromatographic fingerprint of Tibet herb Swertia franchetiana by HPLC[J];Acta Botanica Boreali-occidentalia Sinica;2004-11\n5 JI Lan-ju (Northwest Plateau Institute of Biology,Chinese Academy of Sciences,Xining 810001,China);Study on Chemical Constituents of Swertia bifolia[J];Acta Botanica Boreali-occidentalia Sinica;2005-01\n6 LI Yan-Qiu1, ZHAO De-Hua2, PAN Bo-Rong3, LI Bao-Guo1, SUN Wen-Ji1, TIAN Qiong2, JIA Min2 1College of Life Science, Northwest University, Xi'an 710069, Chin a; 2Department of Pharmacology, Faculty of Preclinical Medicine, 3D epartment of Oncolog;Effect of gentiopicroside on liver injury of rats[J];Journal of The Fourth Military Medical University;2001-18\n7 WANG Hong- lun1,SUO You- rui1,2( 1. Northwest Plateau Institute of Biology, the Chinese Academy of Science, Xining810001, China;2. Lanzhou Institute of Chemical Physics, the Chinese Academy of Science, Lanzhou730000);Analysis and Evaluation of the Nutrient Components of the Hongzhenzhu Xuezhikang Capsule[J];Analysis and Testing Technology and Instruments;2003-03\n8 Wang Tianyong;Yang Wenyuan(The Centre of Analyais and Testing,Ningxia University,Yinchuan 750021);Determination of Oleanolic Acid in Swertia Mussotii Franch and Its Preparation by HPLC[J];ANALYSIS AND TESTING TECHNOLOGY AND INSTRUMENTS;1995-03\n10 Li Zuoping; Wei Hengqiao; Liu Yumin; Hao Cunshu; Fan Guimin (Department of Medicinal Chemistry of Natural Products);QUANTITATIVE DETERMINATION OF OLEANOLIC ACID IN SWERTIA PSEUDOCHINENSIS HARA BY TLC-DENSITOMETRY METHOD[J];;1994-02


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url: =Timelapse Nanjing Confucius Temple (Fuzimiao) and Old Town,China ~ Clip #12406652\nTimelapse Nanjing Confucius Temple (Fuzimiao) And Old Town,china\nHD $69 1920 x 1080 @23.98fps / mov / 207.1MB / PHOTOJPEG Editorial ?\nDownload Add to Cart $69 Description Nanjing Confucius Temple (Fuzimiao) and Old Town,China by HDStockVideoo Additional Information Clip Duration:\nKeywords Confucius, Confucius Temple, Dynasty, Fuzimiao, ancient, architecture, asia, attraction, building, china, chinese, colorful, culture, decoration, development, dragon, entertainment, famous, golden, hdstockvideoo, heritage, historic, holiday, icon, landmark, lantern, location, ming, modern, nanjing, old town, people, qinhuai, religion, republic, site, song, spirituality, symbol, temple, time lapse, time-lapse, timelapse, tourism, tourist, tradition, traditional, visit, yellow Confucius, Confucius Temple, Dynasty, Fuzimiao, ancient, architecture, asia, attraction, building, china, chinese, colorful, culture, decoration, development, dragon, entertainment, famous, golden, hdstockvideoo, heritage, historic, holiday, icon, landmark, lantern, location, ming, modern, nanjing, old town, people, qinhuai, religion, republic, site, song, spirituality, symbol, temple, time lapse, time-lapse, timelapse, tourism, tourist, tradition, traditional, visit, yellow Get more for your money with a credit pack! See All Packages


url: =Synthesis of a novel cationic carbon dot and application to quantitative detection of K+ in human serum samples - New Journal of Chemistry (RSC Publishing)\nSynthesis of a novel cationic carbon dot and application to quantitative detection of K+ in human serum samples\nZideng Gao, Shunyi Wang, Zijun Xu, Jin Liu, Yuanfang Huang, Shuwen Hu and Xueqin Ren\nNovel cationic carbon dots were synthesized by sonication of quinaldine red in an alkaline aqueous solution at ambient temperature and pressure. The cationic carbon dots were further combined with sodium tetraphenylborate via electrostatic interaction, and the resulting composite was applied to detect K+ in human serum samples with ultra-high sensitivity.ct K+ in human serum samples with ultra-high sensitivity.\nThe article was received on 01 Aug 2019, accepted on 20 Sep 2019 and first published on 11 Oct 2019\nZ. Gao, S. Wang, Z. Xu, J. Liu, Y. Huang, S. Hu and X. Ren, New J. Chem., 2019, Accepted Manuscript , DOI: 10.1039/C9NJ03990B


url: =Jiangsu Jurong Chemical Company Limited company contact information - SG.GlobalDatabase.com\nJiangsu Jurong Chemical Company Limited\nJiangsu Jurong Chemical Company Limited is a entity based in, Singapore, which employs 2 executives.\nJiangsu Jurong Chemical Company Limited currently employees 2 people. The management level consists of 100.00% of manager level. Direct emails and phone numbers are available for 2 executives and the entire list can be exported to Excel.\nGet direct emails & phone numbers for senior executives working at «Jiangsu Jurong Chemical Company Limited»\nChen Jiayu Sales and Business Development, Manager Manager chen*****@jurongchem.com -\nLiu Qi Sales and Business Development, Manager Manager *****@jurongchem.com -


url: =Study on Gas Drainage Technology of Throughput Fracturing Permeability Improvement by Borehole in Underground Mine--《Coal Science and Technology》2014年07期\nStudy on Gas Drainage Technology of Throughput Fracturing Permeability Improvement by Borehole in Underground Mine\nTAO Yun-qi;LIU Xiao;LIN Hai-xiao;School of Energy Science and Engineering,Henan Polytechnic University;Yongcheng Coal and Electric Power Holding Group Corporation Limited;State Key Laboratory Cultivation Base for Gas Geology and Gas Control;\nIn order to obviously enlarge the coefficient of the seam permeability and reach a target of the high efficient gas drainage,a gas drainage technology of throughput fracturing permeability improvement by borehole in underground mine was provided. It was found that during the operation of the throughput fracturing,radial guided fracturing,peripheral guided fracturing,shearing fracturing,turning fracturing and others occurred on the max and min horizontal main stress directions. The gas migration channel with a high speed was formed under the displacement support compatibilization of the borehole surface wall. The site experiments showed that after the throughput fracturing conducted,in comparison with no measure conducted,the pure quantity of gas drainaged from a single borehole increased by 7 ~ 12 times,the volume fraction of gas drainaged increased by 4 ~ 5 times,and the attenuation coefficient of the borehole gas flow reduced by 1 /4 ~ 1 /3. In comparison with the conventional hydraulic fracturing,the pure quantity of gas drainaged increased by 1. 6 ~ 3. 0 times,the volume fraction of gas drainaged increased by 1. 2 ~ 2. 0 times,and the attenuation coefficient of the borehole gas flow reduced by 1 /5 ~ 1 /3.\n【Fund】： “十二五”国家科技支撑计划资助项目(2012BAK04B01);; 河南省教育厅科学技术研究重点资助项目(13A440320);; 煤层气资源与成藏过程教育部重点实验室(中国矿业大学)开放基金资助项目(2013-003)\n1 YU Tao~1, LU Ping~1, ZHU Gui-wang~2, XIAO Jun-feng~1, LI Jun-jian~2 (1 Department of Civil Engineering, Anhui Institute of Architecture and Industry, Hefei 230022, China; 2 Pansan Coal Mine of Huainan Mining Industry, Huainan 232096, Anhui, China);Study on enhanced gas drainage by hydraulic fracture in cross-measure boreholes[J];Journal of Safety and Environment;2010-06\n2 MENG Zhao-Ping1,2,HOU Quan-Lin3 1 College of Geosciences and Surveying Engineering,China University of Mining and Technology,Beijing 100083,China 2 Key Laboratory of Geological Hazards on Three Gorges Reservoir Area,Ministry of Education,China Three Gorges University, Yichang 443002,China 3 Key Lab of Computational Geodynamics,CAS,College of Earth Science,University of Chinese Academy of Sciences, Beijing 100049,China;Coupling model of stress-dependent permeability in high-rank coal reservoir and its control mechanism[J];Chinese Journal of Geophysics;2013-02\n3 LIN Bai-quan,MENG Jie,NING Jun,ZHANG Meng-bo,LI Quan-gui,LIU Yang (State Key Laboratory of Coal Resources and Mine Safety,School of Safety Engineering,China University of Mining & Technology,Xuzhou,Jiangsu 221116,China);Research on Dynamic Characteristics of Hydraulic Fracturing in Coal Body Containing Gas[J];Journal of Mining & Safety Engineering;2012-01\n4 YI Li-jun1,YU Qi-xiang2(1.College of Resource and Metallurgy,Guangxi University,Nanning 530004,China;2.School of Safety Engineering,China University of Mining and Technology,Xuzhou 221008,China);Numerical Test of Gas Pre-drainage with Dense Boreholes in Outburst Coal Seam[J];Safety in Coal Mines;2010-02\n5 WANG Zhao-feng1,FAN Ying-chun1,LI Shi-sheng2(1.School of Safety Science and Engineering,Henan Polytechnic University,Jiaozuo 454000,China;2.Jiahe Luobo'an Mine,Chenzhou 4245000,China);Application of Borehole Hydraulic Flushing Technology to Soft and Outburst Seam with Low Permeability[J];Coal Science and Technology;2012-02\n6 CHEN Xiang-jun1,2,3,WANG ZHAO-feng3,CHENG Yuan-ping1,2,WU Gui-ping3(1.MOE Key Lab of Mine Gas and Fire Disaster Prevention and Control,Xuzhou 221116,China;2.School of Safety Engineering,China University of Mining and Technology,Xuzhou 221116,China;3.School of Safety Science and Engineering,Henan Polytechnic University,Jiaozuo 454003,China);Application of Outburst Elimination Technology with Hydraulic Pressing to Seam Gateway Driving in Shuijingtou Mine[J];Coal Science and Technology;2012-03\n7 ZHAO Yang sheng 1,YANG Dong 2, HU Yao qing 2, DUAN Kang lian 2,FENG Zeng chao 2, ZHAO Lan 2(1 China University of Mining and Technology, Xuzhou 221008,China; 2 Taiyuan University of Technology, Taiyuan 030024,China);Study on the effective technology way for mining methane in low permeability coal seam[J];Journal of China Coal Society;2001-05\n8 LIU Ming-ju~1,PAN Hui~1,LI Yong-jun~2,HU Bao-jun~2,CHEN Wei-dong~2(1.School of Safety Science and Engineering,Henan Polytechnic University,Jiaozuo 454003,China;2.Liyi Coal Mine,Huainan Mining Industrial(Group) Co.Ltd.,Huainan 232001,China);Research and application of coal and gas outburst control measure based on hydraulic extrusion in roadway[J];Journal of China Coal Society;2007-02\n9 LIN Bai-quan,MENG Fan-wei,ZHANG Hai-bin(School of Safety Engineering,China University of Mining & Technology,Xuzhou 221008,China);Regional gas control based on drilling-slotting-extracting integration technology[J];Journal of China Coal Society;2011-01\n10 WANG Xin-xin,SHI Bi-ming,MU Chao-min(College of Energy and Safety,Anhui University of Science & Technology,Huainan 232001,China);Study on formation mechanism of gas emission partition in hydraulic flushing coal seam[J];Journal of China Coal Society;2012-03\n1 TAO Tao1 LIN Xin2 FANG Xu-xiang3 CAO Cheng1 ZHANG Tian-lin4(1.Xi'an Shiyou University,Xi'an 710065;2.China University of Petroleum,Beijing 102249; 3.Chuandong Drilling Company of Chuanqing Drilling Engineering Company,Chongqing 400021; 4.Petroleum Engineering Institute of Dagang Oilfield Company,Tianjin 300280);Fracturing Damage Mechanism and Fracturing Fluid with Low Damage of Coalbed Methane Well[J];Journal of Chongqing University of Science and Technology(Natural Sciences Edition);2011-02\n2 YANG Xin-le~1,ZHANG Yong-li~2,LI Wei-kang~1 (1.School of Mechanical Engineering,Liaoning Technical University,Fuxin 123000,China; 2.School of Mechanics and Engineering,Liaoning Technical University,Fuxin 123000,China);Numerical Simulation of CBM Seepage Rule for Ultra-short Radius Radial Horizontal Wells[J];Journal of Disaster Prevention and Mitigation Engineering;2011-01\n3 YU Yongjiang ZHANG Chunhui WANG Laigui(1.College of Mechanics and Engineering,Liaoning Technical University,Fuxin 123000,China;2.School of Civil Engineering,Hebei University of Science and Technology,Shijiazhuang 050018,China);Mechanism of ultrasonic interference to increase the rate of CBM[J];Journal of Liaoning Technical University(Natural Science);2008-06\n4 ZHANG Chunhui1,LI Qilian1,YU Yongjiang2,ZHAO Quansheng (1. School of Civil Engineering,Hebei University of Science and Technology,Shijiazhuang 050018,China;2. Department of Mechanics and Engineering,Liaoning Technical University,Fuxin 123000,China);Power ultrasound-induced heating mechanism of gas in coal seam[J];Journal of Liaoning Technical University(Natural Science);2009-04\n5 ZHAO Jitao1,LIANG Bing2(1.College of Mechanics and Engineering,Heilongjiang Technical College,Haerbin150027,China; 2.Department of Mechanics and Engineering Sciences,Liaoning Technical University,Fuxin 123000,China);Analysis of gas non-linear characteristics on low-permeability gas reservoirs[J];Journal of Liaoning Technical University(Natural Science);2010-06\n6 MENG Zhao-Ping1,2,HOU Quan-Lin3 1 College of Geosciences and Surveying Engineering,China University of Mining and Technology,Beijing 100083,China 2 Key Laboratory of Geological Hazards on Three Gorges Reservoir Area,Ministry of Education,China Three Gorges University, Yichang 443002,China 3 Key Lab of Computational Geodynamics,CAS,College of Earth Science,University of Chinese Academy of Sciences, Beijing 100049,China;Coupling model of stress-dependent permeability in high-rank coal reservoir and its control mechanism[J];Chinese Journal of Geophysics;2013-02\n7 ZHANG Guohua1,2,LIANG Bing2,HOU Fengcai1,PU Wenlong1(1.Safety Engineering College,Heilongjiang Science and Technology Institute,Harbin 150027,China; 2.College of Mining Engineering,Liaoning Technical University,Fuxin,Liaoning 123000,China);Experiments on the invasion impact of penetrant solution with different concentrations on gas desorption[J];Journal of Chongqing University;2013-05\n8 LIU Jian, LIU Ze-gong, GAO Kui (College of Energy and Safety, Key Laboratory of Mine Safety and High Efficient Mining Jointly Built by Province and Education Ministry, Anhui University of Science andTechnology, Huainan 232001, Anhui, China);Experimental study on the approach to extracting high-level borehole draining gas in the fully mechanized extro-thick coal seam[J];Journal of Safety and Environment;2013-03\n9 LI Gu(Department of Civil Engneering,Anhui University of Architeetare,Anhui Hefei,230601);Research on stress-relief and coal-seam permeability increase technology of the upward cross-coal seam hole by hydraulic jetting[J];Journal of Anhui Institute of Architecture & Industry(Natural Science);2013-03\n10 XIA Binwei;HU Ke;LU Yiyu;LIU Yong;SONG Chenpeng;State Key Laboratory of Coal Mine Disaster Dynamics and Control,Chongqing University;National & Local Joint Engineering Laboratory of Gas Drainage in Complex Coal Seam,Chongqing University;;Mechanism of crack-oriented of hydraulic fracture and its technique in mine[J];Journal of Chongqing University;2013-09\n1 WANG Qing-song~1, JIN Long-zhe~2, SUN Jin-hua~1 (1 State Key Laboratory of Fire Science, University of Science and Technology of China, Hefei 230026, China; 2 School of Civil & Environmental Engineering, University of Science and Technology of Beijing, Beijing 100083, China);A RESEARCH ON COAL SEAM WATER INFUSION COURSE AND COAL BODY WETNESS MECHANISM[J];Journal of Safety and Environment;2004-01\n2 LENG Xuefeng, TANG Chunan, YANG Tianhong, LI Lianchong(Center for Rock Instability & Seismicity Research, Northeastern University, Shenyang 110004, China.;Numerical Simulation and Analysis on Heterogeneous and Permeable Rocks Under Hydraulic Fracturing[J];JOURNAL OF NORTHEASTERN UNIVERSITY;2002-11\n3 Qin Yong(College of Mineral Resources and Environment Science, CUMT, Xuzhou, Jiangsu, 221008)Zhang Demin(China National Administration Bureau of Coal Geology, Zuozhou, Hebei .072700)Fu Xuehai(College of Mineral Resources and Environment Science, CUMT, Xuzhou, Jiangsu, 221008)Lin Dayang,Ye Jianping(China National Administration Bureau of Coal Geology, Zuozhou, Hebei,072700)Xu Zhibin(College of Mineral Resources and Environment Science, CUMT, Xuzhou, Jiangsu,221008);A Discussion on Correlation of Modern Tectonic Stress Field to Physical Properties of Coal Reservoirs in Central and Southern Qinshui Basin[J];Geological Review;1999-06\n4 CHEN Zhenhong1),WANG Yibing1),GUO Kai2),SUN Qinping1),ZHANG Yapu1)1) Langfang Branch,Research Institute of Petroleum Exploration and Development,CNPC,Langfang,Hebei,065007;2) Research Institute of Petroleum Exploration and Development,CNPC,Beijing,100083;Stress Sensitivity of High-rank Coalbed Methane Reservoir[J];Acta Geologica Sinica;2008-10\n5 ;On Countermeasures for Prevention Gas Accidents in China's Coal Mines[J];Mining Safety & Environmental Protection;2005-03\n6 SUN Pei-de, LING Zhi-yi (Dept. of Environmental Engineering, Hangzhou University of Commerce, Hangzhou 310035,China);Experimental Study of the Law for Permeability of Coal under Action of 3-Triaxial Compression[J];Journal of Chongqing University(Natural Science Edition);2000-S1\n7 Zhang Guangyang; Hu Yaohua; Jiang Deyi; Xian Xuefu; Liu Xinrong(Chongqing University);A TEST STUDY CONCERNING COAL PERMEABILITY[J];;1995-04\n8 LI Zhi-qiang,WANG Zhao-feng (Dept.of Resources & Materials Eng.of JIT, Jiaozuo 454000,China);Study of elimination outburst mechanism of middle-high pressure injecting water measure in coal mine drilling working face[J];Journal of Jiaozuo Institute of Technology;2004-03\n9 LIU Ming-ju1,REN Pei-liang1,2,LIU Yan-wei1,MENG Lei1,2(1.Key Laboratory of Gas Geology and Gas Control,Henan Polytechnic University,Jiaozuo 454003,China;2.School of Civil Engineering,Henan Polytechnic University,Jiaozuo 454003,China);Breaking coal theoretical analysis of outburst prevention by hydraulic flushing[J];Journal of Henan Polytechnic University(Natural Science);2009-02\n10 LIU Yan-wei1,REN Pei-liang2,XIA Shi-bo3,SUN Yue-geng3(1.School of Safety Science and Engineering,Henan Polytechnic University,Jiaozuo 454003,Henan,China;2.Yima Mining Group Co.,Ltd.,Yima 472300,Henan,China;3.Huainan Mining Group Co.,Ltd.,Huainan 232001,Auhui,China);Analysis of pressure-relief and permeability improvement effect of hydraulic flushing[J];Journal of Henan Polytechnic University(Natural Science);2009-06\n1 Li Kewen,Zhou Minghui (College of Engineering,Peking University,Beijing 100871,P.R.China);Molecular Modeling and Synthesis of New Wettability Alteration Chemical[A];[C];2011


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url: =白小姐资料大全枓大全 2· GANGSHICHANPINSHIHEYONGRENZAOSHIZHUANYONGJIAOZHANJI（SHUANGZUFEN）PUTIE\n2.1.2 JIMIANYAOQIU XINJIAOHUNNINGTUBIAOZHUNYANGHU28TIANHOU，MOSHUINISHAJIANGSHIGONGZHISHAOYANGHU7TIANHOU，KEJINXINGSHICAIZHANTIE DANGHOUDU≤30mmYICAIYONGSHUINISHAJIANGZUOZHAOPINGCENG，DANGHOUDU＞30mmSHI，YIYONGXISHIHUNNINGTUZUOZHAOPINGCENG SHUINISHAJIANGTIJIBIBUYINGXIAOYU1:3，XISHIHUNNINGTUQIANGDUBUYINGXIAOYUC15 JICENGSHAJIANGZHAOPINGCENGYINGZUOLAMAOCHULI JIMIANZHAOPINGCENGYINGANZHAO6m*6mSHEZHIFENGEFENG，YIBIMIANNINGGUSHICHANSHENGLIEFENG JIMIANZHAOPINGCENGBIXULINSHUIYANGHUZHISHAO7TIAN JIMIANBIXUGANJING，MEIYOUHUICHEN、WUGOU、YOUWU、YOUZHI、LAZHUANGWU、YOUQI、CANLIUSHUI、YANGHUJI、MIFENGJIDENG JIMIANZHAOPINGCENGYINGYANSHOUHEGEWUKONGGUHOUFANGKESHIGONG GUANYUJIMIANZHAOPINGCENGYANSHOUCANKAOGB 50209-2010 JIMIANLASHENZHANJIEQIANGDU≥1MPa JIMIANPINGZHENGDUYUNXUPIANCHAWEI4mm (2MIKAOCHI，XIEXINGSAICHIJIANCHA) LIMIANCHUIZHIDUYUNXUPIANCHAWEI5mm (2MITUOXIANBANJIANCHA)\n白小姐资料大全枓大全 2.1.3. ZHUYAOJIJUSHEBEI DIANYUAN、DISUDIANDONGJIAOBANQI、JIAOBANTONG、SHUIPINGCHI、GUAGANG、SHUINIMODAO、SAOZHOU、MOHUIDAO、XIANGPICHUI、ZHUANYONGSHUAZI、HAIMIAN、MAOJIN、MOBUDENG。\n白小姐资料大全枓大全 2.1.4. ZUOYETIAOJIAN （1）YINGDUISUOFUGAIDEYINBIGONGCHENGJINXINGYANSHOUQIEHEGE，BINGJINXINGYINJIANHUIQIAN。 （2）SHIGONGQIAN，YINGZUOHAOSHUIPINGBIAOZHI，YIKONGZHIPUSHEDEGAODUHEHOUDU，KECAIYONGSHUCHI、LAXIAN、DANXIANDENGFANGFA。 （3）DUISUOYOUZUOYERENYUANYIJINXINGLEJISHUJIAODI。 （4）ZUOYESHIDEHUANJINGRUTIANQI、WENDU、SHIDUDENGZHUANGKUANGYINGMANZUSHIGONGZHILIANGKEDADAOBIAOZHUNDEYAOQIU。\n白小姐资料大全枓大全 2.1.5 SHIGONGLIUCHENG JICENGCHULI → DANXIAN → SHIPIN → SHIPAI → JIAOZHANJIZHIBEI→ SHICAIBEIMIANQINGLI → SHICAIBEITU、DIMIANBULIAO→ DIAOZHENG→ QINGXI → CHENGPINBAOHU 2.1.6SHIGONGBUZHOU\n3.1RENZAOSHIPUSHEANZHUANGHOU，ZAISHUINISHAJIANGYINGHUA（ZHISHAO48XIAOSHI）HUOJIAOZHANJIYINGDUDADAOGUIDINGYAOQIU ( YIBANSANTIANHOU，KEGENJUZHUANYONGRENZAOSHIJIAOZHANJIJUTIYAOQIULAIZUO ) FANGKEZAISHANGMIANXINGZOU，YIMIANZAOCHENGPUZHUANGBUPINGHUOSUNSHANG。\n白小姐资料大全枓大全 4.2CUMO：SHIYONG 50# 、 150# JINGANGSHISHUZHIYINGMOLIAOHUOLINGKUTU 60# 、 120# 、220# MOKUAI，CUMOBUYAOSHIYONGYINSHUIMOPIANJINXINGYANMO，YICHUXIANAOTUBUPING（YECHENGBOLANG）， YINGXIANGRENZAOSHIBIAOMIANPINGZHENGDU，JINGMOSHIJISHUILIANGYAODA，MEIDAOMOLIAOMOWANYAOCHEDIXISHUI，JIANCHAJIANKOUMOLIAOLIUXIADESHENHUADAOSHIFOUYONG 50# MOLIAOGAIDIAO，YICILEITUI，JIQIZOUJINGZIYANMO，CUMOZHANZHENGTIYANMO 40% SHIJIAN，ZHEISHIQUEBAOGONGCHENGJUNGONGZHILIANGYANSHOUDEGUANJIANHUANJIE。\n4.3XIMO：SHIYONG 300# 、 500# 、 1000# JINGANGSHISHUZHIYINGMOLIAO，XIMOLIAOZHANZHENGTIYAN 35% SHIJIAN，XIMODAO 500# HOUYOUCHUGUANGCHUXIAN、XIMODAO 1000# HOUGUANGZEDUKEDA 50 DU。\n4.4JINGMO：SHIYONG 2000# 、 3000# JINGANGSHISHUZHIYINGMOLIAOHUOJINGANGSHISHUZHIRUANSHUIMOPIANJINXINGYANMO、JINGMOZHANZHENGTIYANMO 20% SHIJIAN，JINGMOHOUGUANGZEDUTISHENGBUGAO，DANRENZAOSHIDEBIAOMIANMIDUTIGAOLE，WEICAOSUANKUAIHEPAOGUANGFEN、JIANGPAOGUANGDAXIAJIANSHIDEJICHU。\n4.5PAOGUANG：SHIYONGGONGLV 2HP YISHANG，ZHUANSU 175-210 ZHUAN / FENZHONG，ZHONGLIANG 70 GONGJINJINGMIANJI、SHOUMAOHANGEN 70% DESHOUMAODIANPEIHEPAOGUANGFENHUOPAOGUANGJIANGJIASHAOLIANGSHUIJINXINGPAOGUANGYANMO，PAOGUANGHOURENZAOGANGSHIBIAOMIANGUANGZEDUKEDA 80 DUYISHANG。\n白小姐资料大全枓大全 4.6JIEJINGYINGHUACHULI：SHIYONGJINGMIANJIGONGLV 2HP YISHANG，ZHUANSU 175-210 ZHUAN / FENZHONG，ZHONGLIANG 70 GONGJINPEIHEQINGJIEDIAN（BAISEHUOHONGSE）、GANGSIMIANXUANYONG（ 1# ）JIANGGANGMIANJUNYUNPANJUANZHUANGPINGPUZAIBAISEHUOHONGSEDEQINGJIEDIANSHANG，JIANGJINGMIANJIAYINGZHUANGPENHUJUNYUNPENSAZAIRENZAOSHIBIAOMIANSHANG、QIDONGJINGMIANJIXINGZOU 1.5 MIZHANG、 1.5 MIKUAN，WANGFAN 6 JIAO，TONGGUOGANGSIMIANYURENZAOGANGSHIBIAOMIANMOCACHANSHENGRELIANGYUJINGYINGJIZHONGDEFULIZI、SHAOLIANGSHUZHIFANYINGCHANSHENGXIFUHUAWUJIEJINGCENG，JIEJINGCENGCHENGLIULIZHIZHUANG，JUYOUJIAOGAODEYINGDU、NAIMODU、TOUMINGDU，KEFANGSHUI、FANGWU、FANGHUADENGZUOYONG。\n白小姐资料大全枓大全 5· RENZAOSHIYANGHU\n5.1、RENZAOSHIRICHANGQINGJIEFANGFA 1）、MEITIANYONGCHENTUIPEIHEJINGDIANXICHENJI（CHENTUIYOU）ZAIRENZAOSHIBIAOMIANLAIHUITUICHEN，GENJURENLIULIANGMIDUQUEDINGLAIHUITUICHENCISHU。 2）、RUYOUYOUZI，JIAOZI：RUZHIFANGYOULEI、KUANGWUYOULEI，SHUZHIJIAOLEIZEFENBIECAIYONGMAOJINPEIHEZHONGXINGQINGJIEJIHECHENTUIYOUCASHI，RANHOUYONGGANJINGMAOJINJINGSHUIGUOJING，ZUIHOUYONGGANJINGMAOJINXISHUIZHIJIEJING。 3）、RUBUSHENDIYOUGUOZI，ZEXULIJIYONGMAOJINPEIHEZHONGXINGQINGJIEJICASHI，RANHOUYONGGANJINGMAOJINJINGSHUIGUOJING，ZUIHOUMAOJINXISHUIZHIJIEJING。 4）、RUYOUHUANGSEXIUBAN、HUANGBANZECAIYONGZHUANYESHICAICHUXIUJIFUGAI、JINRUN。\n白小姐资料大全枓大全 5.2、RENZAOSHIHULIBAOYANGFANGFA 1）、JINGYINGCHULI，JIJINGMIANCHULI。JIUSHICAIYONGSHICAIJINGMIANHULIJIPEIHERENZAOSHIJINGMIANJIZUODINGQIDEJINGMIANHULI。 2）、FANGSHUIFANGYOUCHULI。JICAIYONGYOUXING（YOUXINGZUIHAO）SHENTOUXINGHUOSHUIXINGSHENTOUXINGFANGSHUIFANGYOUJITUBUYUSHICAIBIAOMIAN。\n白小姐资料大全枓大全 7· HUANJINGBAOHUCUOSHI\n白小姐资料大全枓大全 > 施工工艺


url: =Surface Acidity and the Catalytic Activity of ZSM-5 Zeolite--《Journal of Molecular Catalysis (China)》2002年04期\n《Journal of Molecular Catalysis (China)》 2002-04\nSurface Acidity and the Catalytic Activity of ZSM-5 Zeolite\nZHANG Jin, XIAO Guo\_|min (Department of Chemistry and Chemical Engineering, Southeast University, Nanjing 210096, China)\nThe surface acidity of various modified ZSM\_|5 zeolites with different SiO\_-2/Al\_-2O\_-3 ratios has been determined quantitatively by TPD and IR technique. The catalytic activity in condensation reaction of aldehydes and ammonia has been correlated with the acidity of the zeolite catalysts. It is found that excessive acid sites can lead to by\_|reactions and reduce the activity and selectivity of the catalyst when the ratios of SiO\_-2/Al\_-2O\_-3 is low. The catalytic activity achieves the top and the yield of pyridine base is 60% when the ratio is about 120. CoZSM\_|5 and FeZSM\_|5 have less Lewis acid sites than HZSM\_|5. The reducing of Lewis acid sites will decrease the ability of NH\_-3 adsorption. This phenomenon insure that the exploring of adequate acid sites is favorable to reacting with aldehydes. Using CoZSM\_|5 catalyst, the yields of pyridine base can come up to 78%.\n【CateGory Index】： O643.32\n1 WEN Yanlong,ZHANG Yuecheng,FENG Cheng,ZHANG Di,XU Weihua,ZHAO Jiquan School of Chemical Engineering and Technology,Hebei University of Technology,Tianjin 300130,China;Preparation of Polymetallic ZSM-5 Catalysts and Their Catalytic Performance for 2,6-Lutidine Synthesis[J];Chinese Journal of Catalysis;2011-01\n2 HUANG Qi-wei, ZHANG Shi-ying(Department of Applied Chemistry and Environmental Science, Changsha University, Changsha 410003, China);Studies on Esterification Reactions of Carboxylic Acids over Silicoaluminophosphate Molecular Sieve Catalysts[J];Journal of Molecular Catalysis;2003-06\n3 JIA Tai-xuan1,2,LIU Zi-li1,2,CHEN Sheng-zhou2,KE Gang2,LIANG Hong2(1.College of Chemistry & Chemical Engineering,Guangxi University,Nanning 530004,China;2.College of Chemistry & Chemical Engineering,Guangzhou University,Guangzhou 510006,China);Preparation of MoFe/HZSM-5 catalysts and study on its performance[J];Journal of Functional Materials;2009-04\n4 HUANG Ke-lin1,3,WANG Ze-fen2,SUN Guo-song1,ZHANG Xue-wang1,MO Bin-hui1,WEI Yi1,2,WANG Gui-ying1,2,LIU Yu-hong1,NING Hong1(1.Guangxi Research Institute of Chemical Industry,Nanning 530001,China;2.School of Chemistry and Chemical Engineering,Guangxi University,Nanning 530004,China;3.Guangxi Xinjing Science & Technology Co.,Ltd.,Nanning 530001,China);Synthesis Progress of Ethylenediamine[J];Technology & Development of Chemical Industry;2010-08\n5 JIANG Jie, MAO Dong-sen, YANG Wei-min, LU Guan-zhong (1. School of Chemistry and Pharmacy , East China University of Science & Technology, Shanghai 200237, China; 2. Shanghai Research Institute of Petrochemical Technology, Shanghai 201028, China);Catalytic synthesis of alkylpyridine over Co-ZSM-5 zeolite[J];Industrial Catalysis;2003-08\n6 SUN Shuhong1,WANG Ningsheng2,YAN Weijian3(1.Petrochemical Research Institute of PetroChina Lanzhou Petrochemical Company,Lanzhou 730060,Gansu,China;2.Catalyst Works of PetroChina Lanzhou Petrochemical Company,Lanzhou 730060,Gansu,China;3.Sinopec Ningbo Engineering Co.Ltd.,Ningbo 315103,Zhejiang,China);Advances in synthesis and modification of ZSM-5 zeolite[J];Industrial Catalysis;2007-06\n7 LI Wensong~(1,2) ,LU Jun~(2*) , WU Legang~2(1. Kunming Institute of Precious Metals, Kunming 650106, Yunnan, China;2. Kunming Guiyan Catalysts Co. , Ltd. , Kunming 650101, Yunnan, China);Preparation of modified HZSM-5 catalytic material for purification of exhaust gases from natural gas fueled vehicles[J];Industrial Catalysis;2009-08\n8 LI Xu~(1*), LIU Yan~1, CHEN Yongsheng~2, ZHANG Yi~1 (1. School of Chemical Engineering, Hebei University of Technology, Tianjin 300130, China; 2. CNOOC Tianjin Research & Design Institute of Chemical Industry, Tianjin 300131, China);Study on reaction condition of aldehyde-ammonia condensation catalyzed by Zn-ZSM-5 zeolite[J];Industrial Catalysis;2010-07\n9 ZHANG Wei,REN Li-jun,GUAN Chong,QI Jing(Coal Chemical Company Research and Development Center,Shenhua Ningxia Coal Group, Ningxia Yinchuan 750411,China);The Overview on Synthesis,Modification and Application of Small Crystal ZSM-5 Molecular Sieve[J];Guangzhou Chemical Industry;2012-02\n10 YANG Chao-qin1,WANG Ya-ming1,WU Le-gang2,LI Wen-song2(1.Faculty of Chemical Engineering,Kunming University of Science and Technology,Kunming 650500,China; 2.Kunming Sino-paltinum Metals Catalyst Co.Ltd,Kunming 650221,China);The Option of Molecular Sieve Material of the Exhaust Purifying Catalyst on CNG Vehicle[J];Bulletin of the Chinese Ceramic Society;2012-04\n1 QIAO dan,SUN xiaoyan,XIANG shuguang (Hi-Tech Institute for Petroleum Refining and Chemical Industry,Qingdao University of Science and Technology, Qingdao 2660421);Quantum Chemistry Study on the Br nsted acidity of Ga modified ZSM-5 zeolite[A];[C];2013\n2 QIAO dan;SUN xiaoyan;XIANG shuguang;Hi-Tech Institute for Petroleum Refining and Chemical Industry,Qingdao University of Science and Technology;;Quantum Chemistry Study on the Br?nsted acidity of Ga modified ZSM-5 zeolite[A];[C];2013\n1 Xiao Guomin Zhang Jin (Department of Chemistry and Chemical Engineering, Southeast University, Nanjing 210096, China);Study on the Reaction Mechanistic of Vapor Phase[J];Journal of Southeast Univwrsity(Natural Science Edition);2001-05\n2 ZHOU Huan wen 1,YU Shi jun 1,XU Jie 1,ZHU Dan 2 (1.Dalian Research Institute of Chemical Physics,Chinese Academy of Sciences, Liaoning Dalian 116012,China;2.Chemistry Department,Liaoning Normal University, Liaoning Dalian 11602;Development of and application prospect for the methods for catalytic synthesis of pyridine and its derivatives[J];Gongye Cuihua (Industrial Catalysis);2001-03\n2 ZHOU Dan, FENG Ya-qing, MENG Shu-xian, FU Xue-jing (School of Chemical Engineering, Tianjin University, Tianjin 300072, China);Study on Preparation of Pyridine from Tetrahydrofurfuryl Alcohol Catalyzed by Pd/Al_2O_3[J];Journal of Chemical Engineering of Chinese Universities;2006-02\n3 LI Xu~(1*), LIU Yan~1, CHEN Yongsheng~2, ZHANG Yi~1 (1. School of Chemical Engineering, Hebei University of Technology, Tianjin 300130, China; 2. CNOOC Tianjin Research & Design Institute of Chemical Industry, Tianjin 300131, China);Study on reaction condition of aldehyde-ammonia condensation catalyzed by Zn-ZSM-5 zeolite[J];Industrial Catalysis;2010-07\n4 WANG Jia-ming(Sichuan Chemical Works Group Ltd.,Sichuan Chengdu 61030,China);Production Status and Market Prospect of Pyridine Alkali[J];Guangzhou Chemical Industry;2009-01\n5 Geng Qingbao;Xue Lianhai;;Study on Synthesizing 2-Picoline[J];Journal of Chuzhou University;2014-02\n6 Yang Fengfu Shi Yulong Ding Chunnian Sun Qiming(Red Sun Group Nanjing No.1 Pesticide Factory,Jiangsu Nanjing,211300);Study on Synthetic Technology of 2-methylpyridine and 4-methyipyridine[J];Chemical Industry Times;2004-11\n7 Wang Jiaming(Sichuan Chemical Works Group Ltd.,Chengdu 610301,China);Production status and market prospect of polyphenylene sulfide fiber[J];Chemical Technology Market;2009-05\n8 Zou Hua-sheng Pan Xue-min Lin Gang(School of Chemistry and Chemical Engineering,South China University of Technology,Guangzhou 510640,Guangdong,China);Synthesis Technology of 2-Methylpyridine[J];Journal of South China University of Technology(Natural Science Edition);2008-11\n9 XU Zhe,ZHANG Wei-hong,FENG Ya-qing,MENG Shu-xian(School of Chemical Engineering and Technology,Tianjin University,Tianjin 300072,China);Preparation of Catalyst for Synthesizing Pyridine Using THFA as the Starting Material[J];Chemical Industry and Engineering;2011-06\n10 ZHOU Dan~1,FENG Ya-qing~(1*),FU Xue-jing~1,ZHANG Jia-xin~2(1.School of Chemical Engineering and Technology,Tianjin University,Tianjin 300072,China;2.Huai′an College of Information Technology,Huai′an 223001,Jiangsu,China);Preparation of Pyridine from Tetrahydrofurfuryl Alcohol with MoO_3/γ-Al_2O_3 Catalyst[J];Fine Chemicals;2005-10\n1 ZHOU Dan FENG Ya-qing, MENG Shu-xian FU Xue-jing (School of Chemical Engineering, Tianjin University, Tianjin 300072, China)$$$$;Study on Preparation of Pyridine from Tetrahydrofurfuryl Alcohol with Pa/Al_2O_3[A];[C];2005\n1 Liu Li Chen fei(TheInspectionandExaminationInstituteoftheEnvironmentofHefei,230031);The Analysis and the Research of Control Countermeasure about Acid Rain Pollution of Hefei[J];Anhui Chemical Industry;2002-04\n2 ZHANG Li-li(Anhui Medical & Pharmaceutical Design Institute,Hefei 230022,China);Characteristics,Upgrading and Application of Bio-oil[J];Anhui Chemical Industry;2011-02\n3 ZHANG Yue et al (Institute of Fine Chemical Engineering,Jiangsu Polytechnic University,Changzhou,Jiangsu 213164);Study on the Modified Zeolites Catalytic to Prepare Pesticide Intermediate Acrylate with Butyl Lactate[J];Journal of Anhui Agricultural Sciences;2010-08\n4 Cao Zhiqing Luo Mingrun (Dept.of Chem.);NON—MERCURIC COMPLEX CATALYST FOR THE SYNTHESIS OF VINYL CHLORIDE[J];Journal of Anhui Normal University(Natural Science);1986-04\n5 SHAO Kang-qun ZHI Pei-hong SHEN Xia SONG Mei-na Pan Qiu-yue(Applied Engineering,Zhejiang Economic & Trade Polytechnic,Hangzhou Zhejiang 310018);Research Progress on Synthesis of Medium-chain Triglyceride[J];Modern Agricultural Sciences and Technology;2011-04\n6 SHAO Kang-qun ZHI Pei-hong SHEN Xia SONG Mei-na PAN Qiu-yue (Department of Applied Engineering,Zhejiang Economic and Trade Polytechnic,Hangzhou Zhejiang 310018);Research on Catalytic Synthesis of Middle Chain Friglyceride with Solid Super Acid[J];Modern Agricultural Sciences and Technology;2011-07\n7 XIE Youchang\_ TANG Youqi (College of Chemistry and Molecular Engineering,Peking University,Beijing,100871);Spontaneous Dispersion of Oxides and Salts to Zeolites and Its Applications[J];ACTA SCICENTIARUM NATURALUM UNIVERSITIS PEKINESIS;1998-Z1\n8 ZHANG Yuanhang\_ SHAO Kesheng\_ TANG Xiaoyan (Center of Environmental Sciences,Peking University, State Key Laboratory of Atmospheric Environmental Simulation,Beijing,100871) LI\_ Jinlong (Department of Technical Physics,Peking University,Beijing,100871);The Study of Urban Photochemical Smog Pollution in China[J];ACTA SCICENTIARUM NATURALUM UNIVERSITIS PEKINESIS;1998-Z1\n9 XING Jun ZHU JiQin LI JianWei LIU Hui LI ChengYue(State Key Laboratory of Chemical Resource Engineering,Beijing University of Chemical Technology,Beijing 100029,China);Preparation of monolithic catalysts and their performance in the hydrodesulfurization of thiophene[J];Journal of Beijing University of Chemical Technology(Natural Science Edition);2009-06\n10 BAI BingYang JIA ZhiGang JI ShengFu TIAN ShuXun LV DanDan(State Key Laboratory of Chemical Resource Engineering,Beijing University of Chemical Technology,Beijing 100029,China);Preparation of HZSM-5/cordierite monolithic catalysts and their catalytic performance in methanol to olefin conversion[J];Journal of Beijing University of Chemical Technology(Natural Science Edition);2011-05\n2 TANG Jianjun~(1,2),XU Yunshu~1 (1 Institute of Nuclear Physics and Chemistry,China Academy of Engineering Physics,Mianyang 621900; 2 School of Materials Science and Engineering,Southwest University of Science and Technology,Mianyang 621010);Research Progress of Microporous Material[J];Materials Review;2010-S2\n3 ZHAO Xiu-tai,BAI Ying-rui,WANG Zeng-bao,SHANG Xiao-sen(School of Petroleum Engineering,China University of Petroleum(East China),Qingdao,Shandong 266555,China);Effect of sodium dodecyl benzene sulfonate-ethylenediamine on the crude oil emulsification[J];Journal of Daqing Petroleum Institute;2012-02\n4 Ma Zhijun Zhang Kuan(College of Mining,Liaoning Technical University,Fuxin,Liaoning 123000);Preparation of Molecular Sieve with Natural Zeolite from Fuxin[J];Non-Metallic Mines;2011-06\n5 GU Shan-shan,LIU Hong-run,LI Yan-xin,KONG Biao,KONG Xiang-guo,GAO Gen-zhi(Institution of Chemistry,Qufu Normal University,Qufu Shandong 273165,P.R.China);Synthesis of Alkylpyridine Compounds Catalyzed by Solid Super Acid[J];Journal of Liaoning University of Petroleum & Chemical Technology;2008-03\n6 XU Hui-qing,LIU Quan-jie,JIA Li-ming(Fushun Research Institute of Petroleum and Petrochemicals SINOPEC,Fushun 113001,China);Effect of Pore Structure and Acidity of Molecular Sieves on C_8 Aromatic Performance[J];Journal of Molecular Catalysis;2012-03\n7 Wang Yanfei,Huang Baohua,Fang Yanxiong,Zhang Kun(Faculty of Chemical Engineering and Light Industry,Guangdong University of Technology,Guangzhou 510006,China);Research Progress of Catalysts System for Esterification[J];Guangdong Chemical Industry;2007-07\n8 Li Xiaobao,Yan Yuhong,Ye Judi,Ma Yuejin(College of Chemical Engineering,Nanjing Forestry University,Nanjing 210037,China);Hydrolysis of Glucose to Levulinic Acid over SO_4~(2-)/ZrO_2 Catalyst[J];Guangdong Chemical Industry;2009-11\n9 Li Xiaobao,Huang Qiuping,Luo Gongping,Ye Judi,Ma Yuejin (College of Chemical Engineering,Nanjing Forestry University,Nanjing,210037,China);Study on SO_4~(2-)/ZrO_2 Superacids Modified by Complex or Doping Metal ions for Preparation of Levulinic Acid[J];Guangdong Chemical Industry;2010-10\n10 JIANG Jie MAO Dong-Sen * YANG Wei-Min * LU Guan-Zhong (College of Chemistry and Pharmaceuty, East China University of Science and Technology,Shanghai 200237,P.R.China) *(Shanghai Research Institute of Petro Chemical Technology,Shanghai 201208,P.R. China);Effects of Calcination on the NMR Spectra of Co-ZSM-5 Zeolite Catalyst Under Aldehyde-Ammonia Condensation[J];Chinese Journal of Spectroscopy Laboratory;2003-05\n1 Kai Wang;Lin Yang;Qingjie Guo;College of Chemical Engineering,Qingdao University of Science and Technology;;Effect of modified CaO on bio-oil produced by catalytic pyrolysis of Nannochloropsis sp.[A];[C];2015\n1 Chen Qian-jun, Wang Chang-chun, Zhou Shu-Ian, Zhang Boand Zheng Sheng-an (Department of Chemistry, Fudan University, Shanghai);THE ACID-BASE PROPERTIES AND CATALYTIC ACTIVITY OF MODIFIED ZSM-5 ZEOLITES[J];Chinese Journal of Catalysis;1990-02\n2 Xiao Guomin Kong Xiangxiang (Department of Chemistry and Chemical Engineering, Southeast University, Nanjing, Postcode 210096);Study on Synthesis of 2 - ethyl -3,5- dimethylpyridine by Vapor - phase Method[J];Chemical Industry Times;1999-10\n3 Xiao Guomin Wu Pingdong (National Laboratory of Secondary Resources, Chemical Engineering Department Zhejiang University, Hangzhou 310027);REACTION KINETICS OF VAPOR PHASE CYCLOCONDENSATION OF PROPIONALDEHYDE[J];CHEMICAL REACTION ENGINEERING AND TECHNOLOGY;1997-02\n> Journal of Sichuan Vocational and Technical College\n> Ion Exchange and Adsorption


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url: =1. Qualitatively and quantitatively assessing the aggregation ability of sludge during aerobic granulation process combined XDLVO theory with physicochemical properties EI CSCD SCOPUS SCIE\n2. Orthogonalized lattice enumeration for solving SVP CSCD SCOPUS SCIE\n作者：Zheng Zhongxiang;Wang Xiaoyun;Xu Guangwu;Yu Yang\n作者机构：[Zheng Zhongxiang] Department of Computer Science and Technology, Tsinghua University, Beijing 100084, China.;[Yu Yang] Department of Computer Science and Technology, Tsinghua University, Beijing 100084, China.;[Wang Xiaoyun] Institute for Advanced Study, Tsinghua University;;Shandong Universtiy, ;;Key Laboratory of Cryptologic Technology and Information Security, Ministry of Education, ;;Jinan, Beijing;; 100084;;250100.;[Xu Guangwu] Department of Electrical Engineering and Computer Sciences, University of Wisconsin, Milwaukee, 53201, USA.;100084.;100084.;[;;] ;;, ;;, ;; 100084;;250100.;53201.\n3. Intensive photocatalytic activity enhancement of Bi5O7I via coupling with band structure and content adjustable BiOBrxI1-x EI CSCD SCOPUS SCIE\n4. Observations of the step-like accelerating processes of cold ions in the reconnection layer at the dayside magnetopause EI CSCD SCIE\n作者：Zhang Qinghe;Lockwood Michael;Foster John C;Zong Qiugang;Dunlop Malcolm W;Zhang Shunrong;Moen Joran;Zhang Beichen\n作者机构：[Zhang Qinghe] Institute of Space Sciences, Shandong University, Shandong Provincial Key Laboratory of Optical Astronomy and Solar-Terrestrial Environment, Weihai, Shandong 264209, China.;[Lockwood Michael] Department of Meteorology, University of Reading, Reading, RG6 6BB, England.;[Foster John C] MIT Haystack Observatory, Westford, 01886, USA.;[Zhang Shunrong] MIT Haystack Observatory, Westford, 01886, USA.;[Zong Qiugang] School of Earth and Space Sciences, Peking University, Beijing 100087, China.;[Dunlop Malcolm W] Space Sciences Division, SSTD, Rutherford Appleton Laboratory, Didcot, OX11 0QX, England.;[Moen Joran] Department of Physics, University of Oslo, Oslo 0316, Norway.;[Zhang Beichen] Polar Research Institute of China, SOA Key Laboratory for Polar Science, Shanghai 200136, China.;264209.;RG6 6BB.;01886.;01886.;100087.;OX11 0QX.;0316.;200136.\n5. Indefinite stochastic linear-quadratic optimal control problems with random jumps and related stochastic Riccati equations CSCD SCOPUS SCIE\n6. GMP-quadruplex-based hydrogels stabilized by lanthanide ions EI CSCD SCOPUS SCIE\n作者：Zhang Jin;Li Xiaoyang;Sun Xiuping;Song Aixin;Tan Yebang;Hao Jingcheng\n作者机构：[Zhang Jin] Shandong University, Key Laboratory of Colloid and Interface Chemistry, Ministry of Education, Ji'nan, Shandong 250100, China.;[Li Xiaoyang] Shandong University, Key Laboratory of Colloid and Interface Chemistry, Ministry of Education, Ji'nan, Shandong 250100, China.;[Sun Xiuping] Shandong University, Key Laboratory of Colloid and Interface Chemistry, Ministry of Education, Ji'nan, Shandong 250100, China.;[Song Aixin] Shandong University, Key Laboratory of Colloid and Interface Chemistry, Ministry of Education, Ji'nan, Shandong 250100, China.;[Tan Yebang] Shandong University, Key Laboratory of Colloid and Interface Chemistry, Ministry of Education, Ji'nan, Shandong 250100, China.;[Hao Jingcheng] Shandong University, Key Laboratory of Colloid and Interface Chemistry, Ministry of Education, Ji'nan, Shandong 250100, China.;250100.;250100.;250100.;250100.;250100.;250100.\n来源：中国科学. 化学,SCIENCE CHINA-CHEMISTRY,2018,Vol.61,Issue.5,604-612\n7. Wireless Channel Parameter Estimation Algorithms: Recent Advances and Future Challenges CSCD SCOPUS SCIE\n作者：Feng Rui;Liu Yu;Huang Jie;Sun Jian;Wang Cheng-Xiang;Goussetis George\n作者机构：[Feng Rui] Shandong University, Shandong Provincial Key Lab of Wireless Communication Technologies, Jinan, Shandong 250100, China.;[Liu Yu] Shandong University, Shandong Provincial Key Lab of Wireless Communication Technologies, Jinan, Shandong 250100, China.;[Huang Jie] Shandong University, Shandong Provincial Key Lab of Wireless Communication Technologies, Jinan, Shandong 250100, China.;[Sun Jian] Shandong University, Shandong Provincial Key Lab of Wireless Communication Technologies, Jinan, Shandong 250100, China.;[Wang Cheng-Xiang] Shandong University;;Institute of Sensors,Signals and Systems, School of Engineering & Physical Sciences, Heriot-Watt University, Shandong Provincial Key Lab of Wireless Communication Technologies;;, Jinan;;Edinburgh, Shandong;;U.K 250100;;EH14 4AS.;[Goussetis George] Institute of Sensors,Signals and Systems, School of Engineering & Physical Sciences, Heriot-Watt University, Edinburgh, U.K EH14 4AS.;250100.;250100.;250100.;250100.;[;;] ;;, ;;, ;; 250100;;EH14 4AS.;EH14 4AS.\n8. Reflected solutions of backward stochastic differential equations driven by G-Brownian motion CSCD SCOPUS SCIE\n9. Equivalent Conditions of Complete Convergence and Complete Moment Convergence for END Random Variables CSCD SCIE\n10. Pollution characteristics of particulate matters emitted from outdoor barbecue cooking in urban Jinan in eastern China EI CSCD SCOPUS SCIE\n作者：Song Yifei;Sun Lei;Wang Xinfeng;Zhang Yating;Wang Hui;Li Rui;Xue Likun;Chen Jianmin;Wang Wenxing\n作者机构：[Song Yifei] Environment Research Institute, School of Environmental Science and Engineering, Shandong University, Ji'nan, Shandong 250100, China.;[Sun Lei] Environment Research Institute, School of Environmental Science and Engineering, Shandong University, Ji'nan, Shandong 250100, China.;[Wang Xinfeng] Environment Research Institute, School of Environmental Science and Engineering, Shandong University, Ji'nan, Shandong 250100, China.;[Zhang Yating] Environment Research Institute, School of Environmental Science and Engineering, Shandong University, Ji'nan, Shandong 250100, China.;[Wang Hui] Environment Research Institute, School of Environmental Science and Engineering, Shandong University, Ji'nan, Shandong 250100, China.;[Li Rui] Environment Research Institute, School of Environmental Science and Engineering, Shandong University, Ji'nan, Shandong 250100, China.;[Xue Likun] Environment Research Institute, School of Environmental Science and Engineering, Shandong University, Ji'nan, Shandong 250100, China.;[Chen Jianmin] Environment Research Institute, School of Environmental Science and Engineering, Shandong University, Ji'nan, Shandong 250100, China.;[Wang Wenxing] Environment Research Institute, School of Environmental Science and Engineering, Shandong University, Ji'nan, Shandong 250100, China.;250100.;250100.;250100.;250100.;250100.;250100.;250100.;250100.;250100.\n来源：环境科学与工程前沿,FRONTIERS OF ENVIRONMENTAL SCIENCE & ENGINEERING,2018,Vol.12,Issue.2\n11. 有机硅自修复材料 CSCD SCIE\n12. Three-dimensional nitrogen and phosphorous Co-doped graphene aerogel electrocatalysts for efficient oxygen reduction reaction EI CSCD SCOPUS SCIE\n作者：Ma Jizhen;Xiang Zhonghua;Zhang Jintao\n作者机构：[Ma Jizhen] School of Chemistry and Chemical Engineering, Shandong University, Key Laboratory for Colloid and Interface Chemistry, Ministry of Education, Ji'nan, Shandong 250100, China.;[Zhang Jintao] School of Chemistry and Chemical Engineering, Shandong University, Key Laboratory for Colloid and Interface Chemistry, Ministry of Education, Ji'nan, Shandong 250100, China.;[Xiang Zhonghua] Beijing University of Chemical Technology, State Key Laboratory of Organic-Inorganic Composites, Beijing 100029, China.;250100.;250100.;100029.\n来源：中国科学. 化学,SCIENCE CHINA-CHEMISTRY,2018,Vol.61,Issue.5,592-597\n13. Backward stochastic differential equations with rank-based data CSCD SCOPUS SCIE\n14. 高温压电材料、器件与应用 EI CSCD SCIE\n15. Pressure-sensitive Transistor Fabricated from an Organic Semiconductor 1,1 \_'-Dibutyl-4,4 \_'-bipyridinium Diiodide CSCD SCOPUS SCIE\n16. Ti-5Al-5Mo-5V-1Cr-1Fe等温热压缩行为及本构方程的建立 EI CSCD SCOPUS SCIE\n来源：中国有色金属学报：英文版,TRANSACTIONS OF NONFERROUS METALS SOCIETY OF CHINA,2018,Vol.28,Issue.6,1114-1122\n17. RNAi技术靶向HBV相关宿主因子治疗慢性乙肝的研究进展 CSCD SCIE\n18. 快速展示糖苷水解酶活性架构单点突变导致结合力变化的电泳技术 CSCD SCOPUS SCIE\n来源：生物化学与生物物理进展,PROGRESS IN BIOCHEMISTRY AND BIOPHYSICS,2018,Vol.45,Issue.5,560-570\n19. 弱聚电解质水凝胶溶胀释药的数值模拟 EI CSCD SCOPUS SCIE\n作者机构：[叶慧] 山东大学, 材料液固结构演变与加工教育部重点实验室, 济南, 山东 250061, 中国.;[刘亚博] 山东大学, 材料液固结构演变与加工教育部重点实验室, 济南, 山东 250061, 中国.;[贾玉玺] 山东大学, 材料液固结构演变与加工教育部重点实验室, 济南, 山东 250061, 中国\n来源：高等学校化学学报,CHEMICAL JOURNAL OF CHINESE UNIVERSITIES-CHINESE,2018,Vol.39,Issue.4,817-824\n20. 离子型共价有机框架材料的合成及其催化性能 EI CSCD SCOPUS SCIE\n来源：催化学报,CHINESE JOURNAL OF CATALYSIS,2018,Vol.39,Issue.9,1437-1444


url: =Historic Map : Shaanxi Sheng (China), 5. Shensi. , Vintage Wall Art - Historic Pictoric\n/ Historic Map : Shaanxi Sheng (China), 5. Shensi. , Vintage Wall Art\nHistoric Map : Shaanxi Sheng (China), 5. Shensi. , Vintage Wall Art\nShaanxi Sheng (China), 5. Shensi. , Vintage Wall Art


url: =Room 304, Organic building\nTel/ Fax: +86-10-64433718\nEnvironmental Behaviors of Materials and Surface Protection Laboratory\nVice-Dean of College of Materials Science and Engineering\nSecretary General, Professions Council of New materials, Chemical Industry and Engineering Society of China\nNo.15 Beisanhuandonglu, Beijing 100029, P.R. China\nVisiting Scholar, Florida Atlantic University, 2003\nP.h.D. Beijing University of Chemical Technology (BUCT), 2008\nMaster Beijing University of Chemical Technology (BUCT), 2003\nBachelor Beijing University of Chemical Technology (BUCT), 1986\nScience and technology Policy & Management\nSurface treatment of light metal materials, Industrial water treatment, Localized corrosion, Cathodic protection\nScience and Technology Progress Award, China petroleum and chemical industry federation, 2011\nAdvanced Individual, Science and Technology Management of National Colleges and Universities, Ministry of Education, 2001\n Xiaofeng Zhang, Feng Zhao, Methodology and correlation studies on science and technology policy evaluation, Journal of Beijing University of Chemical Technology (Social Science Edition), (2)(2012): 1-6(in Chinese)\n Feng Zhao, Xiaofeng Zhang* On connotation and assessment framework of science and technology policy evaluation, Journal of Beijing University of Chemical Technology (Social Science Edition), (1)(2011): 25-31 Chinese)\n Xiao-feng Zhang, Li Fan, Xu-hui Zhao, Li Liu, Li-qun Zhang, Yu Zuo, Study on the bonding properties between NBR and aluminum alloy treated by anodizing methods, Journal of Applied Polymer Science, 2009, 112(1): 283-289\n ZHAO Xuhui, ZHANG Xiaofeng, TANG Yuming, ZUO Yu, The Improvement of Bonding Strength of AZ31B Magnesium Alloy by Anodizing and Chromium-free Conversion Treatments, Journal of Wuhan University of Technology-material science edition, 28(4)(2013):808-812\n Zhao Xuhui, Ye Hao, Zhang Xiaofeng，Zuo Yu, Preparation of Al -Ni composite anodic films on Aluminum and Its Properties, Journal of Wuhan University of Technology-materials science, 27(2)(2012):.242-246\n Xuhui Zhao, Xiaofeng Zhang, Yuming Tang, Jun Chen, Yu Zuo, Microarc oxidation treatment and its influence on adhesive properties of AZ31 magnesium alloy, Materials Review, 26(1)(2012):76-79(in Chinese)\n Zhan Zhang, Gang Wei, Ning Qiao, JIaxing Cai, Xiaofeng Zhang, Removal of poly (phenol) formed on the anode during treatment of phenol wastewater by electrochemical methods, Journal of Beijing University of Chemical Technology (Natural science), 40(1)(2013):57-62(in Chinese)\n Shanshan Xu, Gang Wei, Xiaofeng Zhang, Yunpeng Wei, Xiaodong Zhang, Preparation and adsorption property of an adsorption clay-fly ash ceramic support, Journal of Beijing University of Chemical Technology (Natural science), 39(4)(2012): 42-46 (in Chinese)\n Xiaofeng Zhang, Rui Zhao, Jinsheng Zhang, Xuhui Zhao, Yu Zuo, Effects of drying methods of anodic f ilms on adhesion properties of aluminum alloy, New Chemical Materials, 36(1)(2008): 42-44(in Chinese)\n Yu Zuo, Liang Zhang, Xuhui Zhao, Yuming Tang, Xiaofeng Zhang, Failure Process of Acrylic Polyurethane Coating under Alternate Wetting and Drying Condition, Journal of applied polymer science, accepted(2015).


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url: =Bibliografie von Yongsheng Han | Structurae\nZhao, Lei / Xu, Bin / Han, Yongsheng / Rong, Jianhua (2021): Concurrent design of composite macrostructure and cellular microstructure with respect to dynamic stress response under random excitations. In: Composite Structures, v. 257 (Februar 2021).\nZhao, Lei / Xu, Bin / Han, Yongsheng / Xue, Jingdan / Rong, Jianhua (2020): Structural topological optimization with dynamic fatigue constraints subject to dynamic random loads. In: Engineering Structures, v. 205 (Februar 2020).


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url: =深厚的文化底蕴 - Review of Ancient Buildings of Chengkan Village, Huangshan, China - TripAdvisor\nAll Huangshan Restaurants Restaurants near Ancient Buildings of Chengkan Village\nAll things to do in Huangshan Things to do near Ancient Buildings of Chengkan Village\n深厚的文化底蕴 - Ancient Buildings of Chengkan Village\nAsia China Anhui Huangshan Huangshan - Things to Do Ancient Buildings of Chengkan Village\nReview of Ancient Buildings of Chengkan Village\nAncient Buildings of Chengkan Village Chengkan Village, Huizhou District, Huangshan 245900, China Name/address in local language “深厚的文化底蕴”\nChengkan Village, Huizhou District, Huangshan 245900, China 54 Reviews | Ranked #12 of 82 To help you get around Huangshan, here's the name and address of this business in the local language\nLocal name 呈坎村古建筑群\nLocal address 245900徽州区呈坎村\nDirections Print Improve this listing Ranked #12 of 82 things to do in Huangshan 54 Reviews\nChinese (Simplified) first Dutch first English first French first German first Japanese first Korean first Russian first Any Previous\nTravelers who viewed Ancient Buildings of Chengkan Village also viewed\nBeen to Ancient Buildings of Chengkan Village? Share your experiences! Write a Review\nTianwang Hongxin HotelHuangshan, Anhui3.4 miles from Ancient Buildings of Chengkan VillageShow Prices Shoushan Guandi Hotelby 1 travelerHuangshan, Anhui4.0 miles from Ancient Buildings of Chengkan VillageShow Prices Huangshan Demaotang Hotel4 Reviews Huangshan, Anhui4.0 miles from Ancient Buildings of Chengkan VillageShow Prices Yunhai Hotel8 Reviews Huangshan, Anhui4.1 miles from Ancient Buildings of Chengkan VillageShow Prices Tangkou Gusu Renjia HotelHuangshan, Anhui4.5 miles from Ancient Buildings of Chengkan VillageShow Prices Jiuzhou Hotel7 Reviews Huangshan, Anhui4.6 miles from Ancient Buildings of Chengkan VillageShow Prices More Yongle Holiday Hotelby 1 travelerHuangshan, Anhui4.7 miles from Ancient Buildings of Chengkan VillageShow Prices Huang Fa HotelHuangshan, Anhui4.8 miles from Ancient Buildings of Chengkan VillageShow Prices Bosi Zhijia HotelHuangshan, Anhui4.9 miles from Ancient Buildings of Chengkan VillageShow Prices Less Hotels near Ancient Buildings of Chengkan Village Browse nearby


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url: =dblp: Shiwei Ren\nJiatong Wang , Yingtao Ding, Shiwei Ren, Weijiang Wang:\nSampling and Reconstruction of Multiband Signals in Multiresolution Subspaces Associated With the Fractional Wavelet Transform. IEEE Signal Process. Lett. 26(1): 174-178 (2019)\nJiatong Wang, Yue Wang, Shiwei Ren , Weijiang Wang:\nPeriodically nonuniform sampling and averaging of signals in multiresolution subspaces associated with the fractional wavelet transform. Digital Signal Processing 80: 1-11 (2018)\nJiatong Wang, Yue Wang, Weijiang Wang, Shiwei Ren:\nDiscrete linear canonical wavelet transform and its applications. EURASIP J. Adv. Sig. Proc. 2018: 29 (2018)\nLei Zhang, Shiwei Ren , Xiangnan Li, Guishan Ren, Xiaohua Wang:\nGeneralized L-Shaped Nested Array Concept Based on the Fourth-Order Difference Co-Array. Sensors 18(8): 2482 (2018)\nJinnan Guo, Shiwei Ren, Yueting Shi, Haoyu Wang:\nAutomatic Retinal Blood Vessel Segmentation Based on Multi-Level Convolutional Neural Network. CISP-BMEI 2018: 1-5\nXiangnan Li, Shiwei Ren, Jianyan Liu, Weijiang Wang:\nAugmented L-Shaped Nested Array Based on the Fourth-Order Difference Co-Array Concept. SAM 2018: 31-35\nXinghua Wang, Zhenhong Chen, Shiwei Ren , Shan Cao:\nDOA estimation based on the difference and sum coarray for coprime arrays. Digital Signal Processing 69: 22-31 (2017)\nJianyan Liu, Yanmei Zhang, Yilong Lu, Shiwei Ren, Shan Cao:\nAugmented Nested Arrays With Enhanced DOF and Reduced Mutual Coupling. IEEE Trans. Signal Processing 65(21): 5549-5563 (2017)\nDongpeng Song, Shiwei Ren, Jin Zhuo, Hao Yang:\nFPGA implementation of covariance lattice LPC method using burg algorithm. ICAIT 2017: 308-312\nWeijiang Wang, Shiwei Ren, Yingtao Ding, Haoyu Wang:\nAn Efficient Algorithm for Direction Finding against Unknown Mutual Coupling. Sensors 14(11): 20064-20077 (2014)\nShiwei Ren, Xiaochuan Ma, Shefeng Yan, Chengpeng Hao:\n2-D Unitary ESPRIT-Like Direction-of-Arrival (DOA) Estimation for Coherent Signals with a Uniform Rectangular Array. Sensors 13(4): 4272-4288 (2013)\nQuan Zhou, Ji Chen, Shiwei Ren, Yu Zhou, Jun Chen, Wenyu Liu:\nOn contrast combinations for visual saliency detection. ICIP 2013: 2665-2669\nLong Cai, Xiaochuan Ma, Qi Xu, Bin Li, Shiwei Ren:\nPerformance Analysis of Some New CFAR Detectors under Clutter. JCP 6(6): 1278-1285 (2011)\n[j13] [j8] [j6] [j3]\n[j13] [j12] [j11] [j10] [j9] [c3] [j3]\nQuan Zhou 0004


url: =1855 xviii Chinese Provinces : Ch'ing Dynasty XX Administrative Units in Asiatic Russia : Romanov Dynasty xxi The Russo - Chinese Frontier in 1864 26 Russian and Chinese Central Asia in 1884 108 Manchuria before 1917 176 Outer Mongolia ...\n... Japan Yellow Chia - yu - kuan Yellow Tsushima Strait Sea Heian Nanking Pescadore niton Islands Hong Kong Burma 0 600 km Kuang - chou Bay South China Sea Chinese Provinces Ch'ing Dynasty Inner Mongolia Sea Sinkiang Fengtien Chihli.\nChinese Provinces Ch'ing Dynasty Inner Mongolia Sea Sinkiang Fengtien Chihli of Japan Peking r Tokyo „ Korea Shansi ) Tibet Kansu Shensi Honan Kiangsu Hupeh Anhwei Szechwan Chekiang / Shanghai Pacific Kiangsi Ocean Hunan Fukien Kweichow ...\nAdministrative Units in Asiatic Russia Romanov Dynasty 14 Kara Sea Barents Sea Governor - Generalship of the Amur Generalship Sea Governor of Okhorsk Moscow of Irkutsk 10 15 Tobolsk Province Yeniseisk Province Irkutsk Province 11 13 ...\n... this stability : Russia took the Maritime Province , the northern bank of the Amur ( Hei - lung - chiang ) , parts of the Pamirs and Sinkiang , and ultimately helped to detach Outer Mongolia from the Chinese sphere of influence .


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