url: =Suzhou Zhonghui Railway Parts Co.,Ltd., Bolt, Hardware & Tools Products Seller\nPhone: +86 - 512 - 52131172/+86 - 15050462428\nFax: +86 - 512 - 52131167\nRoom 1-1304,Qinhu City Square,NO. 10,Fuchun River Road\nWeb Page Link: http://www.toboc.com/suzhouzhonghuirailwaypartscoltd\n"Suzhou Zhonghui Railway Parts Co.,Ltd." is listed under following Categories:\nZhonghui Railway Parts Co., Ltd. is specialized in production, sale, development of railway fasteners, railway works equipment, nonstandard and stainless steel fastener. We has a team established by the knowledge, experience, service enthusiasm, The first-class technology research and development, quality management, production control talented person.The factory workshop is clean and orderly, has 100 sets of various types of production equipment and testing equipment, the produce capacity of railway fasteners and all kinds of fasteners of 10, 000 tons every month.\nBy third payty


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url: =Daytime Television | theGrio\nDaytime Television\tWhat is Steve Harvey's secret?\nDemetria Irwin\tOPINION - The thing that keeps Harvey winning more than anything though is his willingness to get out there and try different things with his career...\ttheGrio's 100: Wendy Williams, the new queen of daytime TV\ntheGrio\ttheGRIO'S 100 - Love her or hate her, talk show host Wendy Williams, 48, has been one of the most influential and infamous voices in media of the last decade...\ttheGrio's 100: Michael Strahan, sacking the talk show competition\ntheGrio\ttheGRIO's 100 - Since his retirement from football, Strahan has reinvented himself as a media personality, co-hosting Fox NFL Sunday and the even more high profile syndicated talk show 'Live! with Kelly and Michael'...\tRevealing paternity with Maury Povich and friends\ntheGrio\tSTAMFORD, Connecticut (AP) - Behind a backstage door, Maury Povich leafs through papers and listens to his producers brief him on that day's paternity mysteries...\tMore Video\tGet news in your inbox


url: =Author(s): Guojing Luo, Laboratory of Endocrinology and Metabolism, Department of Endocrinology, State Key Laboratory of Biotherapy, West China Hospital, Sichuan University, No. 37, Guoxue Xiang, Chengdu City, China\tYuedong He, Department of Gynecology, West China Second University Hospital, Sichuan University, No. 20 Renminnan Lu, Chengdu, China\tQian Zhao, Department of General Practice, West China Hospital, Sichuan University, No. 37, Guoxue Xiang, Chengdu, China\tXijie Yu*\tLaboratory of Endocrinology and Metabolism, West China Hospital, Sichuan University, No. 37, Guoxue Xiang, Chengdu, China\nGuojing Luo, Yuedong He, Qian Zhao and Xijie Yu*, “Immune Cells Act as Promising Targets for the Treatment of Bone Metastasis”, Recent Patents on Anti-Cancer Drug Discovery 2017; 12(3) . https://doi.org/10.2174/1574892812666170606123113\nPublished on: 06 June, 2017


url: =Sociedad, Cultura y Protocolo en China y Corea: ALFABETOS DE LA ANTIGUEDAD : MAPA\nALFABETOS DE LA ANTIGUEDAD : MAPA\nMapa de Alfabetos de la antiguedad\nEn Primer Plano : El ideograma de la "DOBLE FELICIDAD" shuang xi\n¿COMO SE CONSTRUYE EL IDIOMA CHINO ? Los Radicales base de esa construcción - Lista de radicales --- Nota: Los radicales entre paréntesis son versiones alternativas del radical anterior. Total: 214 radicales\n1 trazo (6 radicales): 一 丨 丶 丿 乙 亅\n2 trazos (23): 二 亠 人 儿 入 八 冂 冖 冫 几 凵 刀 力 勹 匕 匚 匸 十 卜 卩 厂 厶 又\n3 trazos (31): 口 囗 土 士 夂 夊 夕 大 女 子 宀 寸 小 尢 尸 屮 山 川 工 己 巾 干 幺 广 廴 廾 弋 弓 彐 彡 彳\n4 trazos (35): 心 戈 戶 手 支 攴 文 斗 斤 方 不 日 曰 月 木 无 止 歹 殳 毋 比 毛 氏 气 水 火 爪 父 爻 爿 片 牙 牛 犬\n5 trazos (23): 玄 玉 瓜 瓦 甘 生 用 田 疋 疒 癶 白 皮 皿 目 矛 矢 石 示 禸 禾 穴 立\n6 trazos (29): 竹 米 糸 缶 网 羊 羽 老 而 耒 耳 聿 肉 臣 自 至 臼 舌 舛 舟 艮 色 艸 虍 虫 血 行 衣 襾\n7 trazos (20): 見 角 信 谷 豆 豖 豸 貝 赤 走 足 身 車 辛 辰 辵 (辶) 邑 酉 釆 里\n8 trazos (9): 金 長 門 阜 隶 隹 雨 藍 非\n9 trazos (11): 面 革 韋 韭 音 頁 風 飛 食 首 香\n10 trazos (8): 馬 骨 高 髟 鬥 鬯 鬲 鬼\n11 trazos (6): 魚 鳥 鹵 鹿 麥 麻\n12 trazos (4): 黃 黍 黑 黹\n13 trazos (4): 黽 鼎 鼓 鼠\n14 trazos (2): 鼻 齊\n15 trazos (1): 齒\n16 trazos (2): 龍 龜\n17 trazos (1): 龠\nEl idioma chino escrito tiene más de 5000 años de antigüedad, y es el más antiguo del mundo, dentro de los que aún están actualmente en uso. Asimismo es también el idioma más hablado en el mundo, ya que China cuenta con más de 1.300 millones de habitantes, y a parte hay que considerar la numerosa colonia china en el extranjero. También se habla en Taiwan, Singapur, Malasia, Indonesia.\nEn el idioma chino no se precisa el sexo o el número, si no se requiere. No tiene una palabra específica para decir "si", aunque si hay una para decir no: bù. Es bastante lógico, preciso y escueto, aunque a la vez dispone de una gran variedad de vocablos para definir matices, numerosos sinónimos, y infinidad de dichos o refranes.\nLa escritura se empleó al principio para hacer inscripciones sobre conchas de tortuga que servían para la adivinación, y más tarde, en vasijas de bronce de uso ceremonial.\nLa primera sistematización de los carácteres se atribuye al mítico Emperador Amarillo, Huang Di (XXV a.C.) En el año 800 a.C. se confeccionó una segunda sistematización (Gran Sello), ya que el desarrollo de los caracteres se producía de forma bastante indiscriminada. Posteriormente hubo otra sistematización más, tras la unificación de China a manos de Qin Shi Huang, en el 221 a.C. (Pequeño sello). En aquel entonces habían unos 3.300 caracteres. Hoy en día se estima en 56.000 el número total de caracteres del idioma chino, si bien una persona culta domina entre 8 y 10.000, y una persona media, con unos 3.300 caracteres, que son los de uso corriente, puede, por ejemplo leer el periódico, etc. Los considerados elementales son 1.500 caracteres.\nDespués de eso, China se abrió al exterior durante la dinastía Han: ruta de la seda, comercio con paises vecinos, introducción del budismo, por lo que se necesitaron nuevos caracteres que definieran objetos y conceptos nuevos. Simultáneamente se pasó de escribir sobre tablillas de madera o bambú a hacerlo sobre seda, utilizando pinceles, y después, sobre papel.\nEn la dinastía Tang los caracteres chinos fueron exportados a Japón.\nLos caracteres han perdurado más o menos igual hasta la simplificaciónde 1964, que se produjo tras la constitución de la República Popular, en que cambiaron su forma unos 2.000 caracteres, para facilitar el aprendizaje de los mismos por parte del pueblo. Antiguamente los caracteres se escribían en vertical y de derecha a izquierda, actualmente se suelen escribir de ambas formas, predominando más quizás, la occidental, de izquierda a derecha y horizontal.\nAunque la lengua hablada es muy rica y variada y se da el caso de que habitantes de zonas distantes pueden llegar a no entenderse bien entre sí, debido a la pronunciación, lo que les da cohesión es el idioma escrito, ya que, sea cual sea la zona de que se provenga, el idioma escrito no sufre modificación alguna, y es entendido por todo aquel que haya sido alfabetizado. Incluso en otros paises del área de influencia, como Japón, también pueden comprender el significado de no pocos de los caracteres, si bien en cuanto a su pronunciación no haya similitud alguna. Por poner un simil, es como si le damos a leer el número 5 a un italiano, un frances, un ingles, un aleman... Todos comprenderan lo que es el 5, pero cada uno lo pronunciará según su idioma.\nPICTOGRAMAS: caracteres "dibujo", cuya imagen (en su origen) explicaba por sí sola su significado.\nIDEOGRAMAS: caracteres que expresan conceptos. Pueden ser sencillos o compuestos, dependiendo de si se ha empleado, o no, más de un caracter para su ejecución.\nCOMPUESTOS FONETICO-SEMANTICOS: Conservan una parte que indica un concepto, una idea, y tienen otra parte que les confiere su pronunciación.\nDERIVACIONES SUCESIVAS: Son caracteres formados por derivación, generalización, metáfora, analogía, apropiación, figuración etc.\nPRESTAMOS FONETICOS: Errores que se han ido tomando como norma, también sonidos que se incorporan de otras lenguas, etc.\nEl "radical" es la parte que confiere significado al caracter, es ru raíz. Existen actualmente 214 radicales. En ocasiones, un radical, es de por sí, un caracter, pero dado el número de caracteres que existen, el radical es sólo un componente de un caracter, si bien, el más importante quizá.\nLa importancia del radical, se pone de manifiesto, además, a la hora de buscar un determinado caracter en un diccionario, ya que muchos se hallan ordenados de esta forma.\nLos radicales suelen ocupar la mitad izquierda de un caracter, también la parte superior, la parte inferior o la mitad derecha.\nEl radical también nos puede dar una pista acerca de lo que trata el caracter. Así, por ejemplo el radical de madera en un caracter, nos puede hacer pensar que se trata de algo relacionado con la madera, como por ejemplo, un mueble; en efecto la palabra "silla", lo lleva: .\nel primer tono, que se pronuncia de forma sostenida, sin variación\nel segundo tono, que empieza bajo y acaba alto, tal como hacemos en castellano cuando formulamos una pregunta\nel tercer tono, que empieza medio, luego baja mucho y acaba alto, como en un tono un tanto "socarrón"\nel cuarto tono, o tono neutro, que se caracteriza por ser corto.\nhay que hacer notar, que el tercer tono, el más difícil de pronunciar tal vez, tiene la cualidad de convertirse en un segundo tono cuando va precedido de otro tercer tono, y también que generalmente, cuando se pronuncia acompañado de otras sílabas (en la mayoría de los casos) no se pronuncia el final elevado, sino que queda como en un tono bajo.\nLa importancia de la correcta pronunciación de los tonos es grande, ya que puede dar pie a malosentendidos y confusiones desagradables. Por ejemplo, la siguiente sílaba\nmä, en primer tono, significa madre, entre otras cosas,\nmá, en segundo tono, puede significar sésamo,\nmâ, en tercer tono, puede significar caballo y\nmà, en cuarto tono, insultar.\nAunque con las sílabas anteriores hay unos cuantos caracteres distintos con significados tambien distintos, que viéndolos escritos no dan lugar a dudas, y en el lenguaje hablado, aunque suenan igual entre sí, se pueden distinguir por contexto.\n?? Wang2 ? Chen2 ? Li3 ? Zhang1 ? Liu2 ? Yang2 ? Huang2 ? Wu2 ? Lin2 ? Zhou1 ? Ye4 ? Zhao4 ? Lu3 ? Xu2 ? Sun1 ? Zhu1 ? Gao1 ? Ma3 ? Liang2 ? Guo1 ? He2 ? Zheng4 ? Hu2 ? Cai4 ? Zeng1 ? She2 ? Deng4 ? Shen3 ? Xie4 ? Tang2 ? Xu3 ? Luo2 ? Yuan2 ? Feng2 ? Song4 ? Su1 ? Cao2 ? Lu4 ? Yao2 ? Dong3 ? Yu2 ? Han2 ? Ren2 ? Jiang3 ? Gu4 ? Zhong1 ? Fang1 ? Du4 ? Ding1 ? Yin4 ? Pan1 ? Jiang1 ? Tan2 ? Qiu1 ? Cong1 ? Jin1 ? Jia3 ? Tian2 ? Cui1 ? Cheng2 ? Yu2 ? Wei4 ? Xue1 ? Dai4 ? Fan4 ? Lu2 ? Hong2 ? Hou2 ? Xia4 ? Bai2 ? He4 ? Qian2 ? Zhuang ? Zou1 ? Wang1 ? Shi3 ? Lu4 ? Shi2 ? Peng2 ? Gong1 ? Qin2 ? Liao4 ? Li2 ? Shi1 ? Fu4 ? Lai4 ? Jiang1 ? Shao4 ? Mao2 ? Xing2 ? Ni2 ? Yan2 ? Yan2 ? Chang ? Kang1 ? Niu2 ? Wan4 ? Tao2 ? Meng4 ? Ge3 ? Yin3 ? Lei2 ? Sheng4 ? Fan2 ? Qi2 ? Chu3 ? Ke1 ? Long2 ? Qu1 ? Hao3 ? Guan1 ? Ji3 ? Wen1 ? Qiao2 ? Tang1 ? Yin1 ? Qi2 ? Duan4 ? Lan2 ? Wei2 ? Bi4 ? Pei2 ? Zhang1 ? Yan2 ? Ruan3 ? Yu2 ? Weng1 ? Kong3 ? Ling2 ? Wu3 ? Wen2 ? Ji4 ? Xiong2 ? An1 ? Lu3 ? Zhu4 ? Fang2 ? You2 ? Wu3 ? Jiao1 ? Jing3 ? Liu3 ? Mi3 ? Xiang4 ? Luo4 ? Mo4 ? Tong2 ? Tan2 ? Qu1 ? Miao2 ? Geng3 ? Gong1 ? Yu2 ? Chai2 ? Yi4 ? Xi1 ? Huo4 ? Shen1 ? Shang4 ? Tong2 ? Mao2 ? Pang2 ? Yue4 ? Xin1 ? Nie4 ? Zhai2 ? Zuo3 ? Shan4 ? Pu2 ? Bao1 ? Mou2 ? Xie4 ? Mu4 ? Teng2 ? Ou1 ? You2 ? Jing3 ? Min3 ? Gu3 ? Bian4 ? Dong1 ? Fei4 ? Tu2 ? Zhan1 ? Chu3 ? Dang3 ? Cong2 ? Bao4 ? Shou4 ? Ai4 ? Che1 ? Wei4 ? Xi2 ? Fu2 ? Hua4 ? Ning4 ? Ran3 ? Xiao1 ? Qi1 ? Xiang4 ? Mel2 ? Bu3 ? Chao2 ? Hang2 ? Le4 ? Leng3 ? Yong1 ? Yu2 ? Xing4 ? Xu4 ? Quan2 ? Cong4 ? Mel2 ? Mu2 ? Tu2 ? Zhong1 ? Shi2 ? Jian3 Xing4 Xu4 Quan2 Cong4 Mel2 Mu2 Le4 Leng3 Yong1 Yu2 Xing4 Xu4\nEL TÉRMINO CONTRADICCION\nEn chino la palabra para "contradicción" es mao dun. Zhang Xiu Mu me ha contado la historia de dónde proviene este término que, en realidad está compuesto de dos palabras: dùn, escudo y máo, lanza (aunque lanza también se dice qiang)\nErase una vez un vendedor de armas que siempre alardeaba de que sus escudos eran invencibles y no había lanza alguna que pudiera penetrarlos. Al mismo tiempo, cuando alguien quería comprar una lanza, el vendedor le convencía de que sus lanzas podían atravesar cualquier escudo que existiera. Así un día, alguien le preguntó "¿y si te compro una lanza y un escudo, cuál puede contra cuál?"\nwww.idiomachino.com La única escuela española que se dedica exclusivamente a la enseñanza del idioma chino, dirigida por Vidal Bou desde hace años. Su sede está en Barcelona.\nwww.zhongwen.com En inglés, amplia web también sobre el idioma chino, muy interesante.\nVer : http://www.taijiquandao.com/01paginasespanol/12china/06-idiomachino.htm\nPublicado por Mercedes S. Giuffre - Mar del Plata-Argentina en 11:25\nMUY pero MUY bueno el blog!\nYa haré uso de algunos vocablos, a ver si me doy a enteder... jeje\nTe felicito, y segui subiendo cosas interesantes!!


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url: =Visitors : 23558989 Online Users : 216\nItems for Author "鄭中平"\n[心智‧大腦與學習研究中心 ] 期刊論文 2010-01 Internalizing and externalizing problems in adolescent aggression perpetrators, victims, and perpetrator-victims Yen, C.-F.; Ko, C.-H.; Cheng, Chung-Ping; 鄭中平\n[心智‧大腦與學習研究中心 ] 期刊論文 2008-07 Relationship between insight and neurocognition in patients with bipolar I disorder in remission Yen, Cheng-Fang; Cheng, Chung-Ping; Ko, Chih-Hung; Yen, Ju-Yu; Huang, Chi-Fen; Chen, Cheng-Sheng\n[心理學系] 國科會研究計畫 2009 決策學習模型的通用架構---尺度不變性與參數估計 鄭中平\n[心理學系] 國科會研究計畫 2008 以期望理論分析愛荷華賭博作業之檢定力 鄭中平\n[心理學系] 國科會研究計畫 2007 模型設定與測量誤差對組合性潛在構念之效度的影響 (II) 鄭中平\n[心理學系] 國科會研究計畫 2006 模型設定與測量誤差對組合性潛在構念之效度的影響 (I) 鄭中平\n[心理學系] 國科會研究計畫 2005 非隨機遺漏下輔助變項對結構方程模型全訊息最大概似法之影響 鄭中平\n[心理學系] 會議論文 2006 組成性潛在構念為內生變項時之模型設定 鄭中平; 翁儷禎\n[心理學系] 期刊論文 2014-01 Model Specification for Latent Interactive and Quadratic Effects in Matrix Form 鄭中平; Cheng, Chung-Ping\n[心理學系] 期刊論文 2010-09 Terror management among Taiwanese: Worldview defence or resigning to fate? Yen, C.-L.; Cheng, Chung-Ping; 鄭中平\n[心理學系] 期刊論文 2009-09 Psychometric Testing of the Chinese Version of the Hooked on Nicotine Checklist in Adolescents Huang, Chih-Ling; Cheng, Chung-Ping; Lin, Hsi-Hui; Lu, Chia-Chen\n[心理學系] 期刊論文 2009-06 Multi-dimensional discriminative factors for Internet addiction among adolescents regarding gender and age Cheng, Chung-Ping; 鄭中平\n[心理學系] 期刊論文 2009-04 Multidimensional Discriminative Factors for Unprotected Sex Among Adolescents in Southern Taiwan Yen, Cheng-Fang; Cheng, Chung-Ping; Wang, Shing-Yaw; Ko, Nai-Ying; Hsu, Su-Ting\n[心理學系] 期刊論文 2009-04 Predictors of sexual abstinence behaviour in Taiwanese adolescents: a longitudinal application of the transtheoretical model Cheng, Chung-Ping; 鄭中平\n[心理學系] 期刊論文 2009-03 Development of a Chinese short form of the Prenatal Self-Evaluation Questionnaire Cheng, Chung-Ping; 鄭中平\n[心理學系] 期刊論文 2009-03 Relationship between psychosocial adjustment and executive function in patients with bipolar disorder and schizophrenia in remission: the mediating and moderating effects of insight Cheng, Chung-Ping; 鄭中平\n[心理學系] 期刊論文 2009 Relationship between psychosocial adjustment and executive function in patients with bipolar disorder and schizophrenia in remission: The mediating and moderating effects of insight Yen, C.-F.; Cheng, Chung Ping; 鄭中平\n[心理學系] 期刊論文 2009 Development of a Chinese short form of the prenatal self-evaluation questionnaire Cheng, Chung Ping; 鄭中平; Lin, C.-T.\n[心理學系] 期刊論文 2009 Multi-dimensional discriminative factors for internet addiction among adolescents regarding gender and age Yen, C.-F.; Ko, C.-H. Cheng, Chung Ping; 鄭中平\n[心理學系] 期刊論文 2008-12 Comparisons of insight in schizophrenia, bipolar I disorder, and depressive disorders with and without comorbid alcohol use disorder Cheng, Chung-Ping; 鄭中平\n[心理學系] 期刊論文 2008-08 Quality of life and its association with insight, adverse effects of medication and use of atypical antipsychotics in patients with bipolar disorder and schizophrenia in remission Cheng, Chung-Ping; 鄭中平\n[心理學系] 期刊論文 2008-04 A causal model of contraceptive intention and its gender comparison among Taiwanese sexually inexperienced adolescents Cheng, Chung-Ping; 鄭中平\n[心理學系] 期刊論文 2007 Polysubstance Use and Its Correlates in Adolescent Ecstasy Users in Taiwan 鄭中平; Yen, Cheng-Fang; Hsu, Sen-Yen; Cheng, Chung-Ping\n[心理學系] 期刊論文 2006-09 決策不確定之因應策略類型與選擇 劉世南; 鄭中平\n[心理學系] 期刊論文 2006 Relationships among mental health status\tsocial context\tand demographic characteristics in Taiwanese aboriginal adolescents: A structural equation model Yen C.-F.; Hsu C.-C.; Liou S.-C.; Huang C.-F.; Ko C.-H. Yen J.-Y.; 鄭中平


url: =当前位置： 首页 > 师资队伍 > 全院师资 > M-W > 正文\n发布日期：2018-06-25 作者： 来源： 点击：6637\n9.2008.01-2010.12，应用虚拟化若干关键问题研究，国家自然科学基金(60703027) ,第3位, 19万\n2.Xiutao Shi, Zhouchonghao Wu, Li Pan*, Lei Wu*, Shijun Liu and Yuliang Shi，Network-Constrained Tensor Factorization for Personal Recommendation in an Enterprise Network，CSCWD2018\n3.Shuo Zhang, Li Pan, Lei Wu*, Shijun Liu, Xiangxu Meng，Dynamic-Priority based Profit-Driven Scheduling in Mobile Cloud Computing，Computer Supported Cooperative Work in Design，2017, pp 293-298 Computer Supported Cooperative Work in Design，2017\n5.Shuo Zhang，Li Pan，Shijun Liu，Lei Wu，An Optimal and Iterative Pricing Model for Multiclass IaaS Cloud Services，International Conference on Service Oriented Computing，2016 pp 597-605\n6.Wulei ,heminggang , hanyanyan,HypergraphClustering-based Cloud Manufacturing Service Management Method, CSCWD2014,PP1-8；EI：20143117994198\n8.Wei Yi,Wu Lei*,Shijun Liu, Li Pan ,Data Organization Patterns for Cloud Enterprise Applications，8th Asia-Pacific Services Computing Conference, APSCC 2014，December 4- 6, 2014 ,PP1-7, EI: 20160401835386\n10.Yang Chengwei, Wu Lei,Liu Shijun,Meng Xiangxu, Applying service-oriented composition process in TPMS, Advanced Materials Research,volums 680,2013.4月，PP526-533, EI: 20131816290501\n11.Wu Lei, Liu Yulong，Liu Shijun, Multi-strategy QoS-aware service selection and ranking model, Journal on Communications, Vol.33 No. Z1, September 2012, PP141-147，Ei: 20125115819213\n13.武蕾 刘玉龙 刘士军，多策略QoS感知的服务选择与排序模型， 通信学报，第33卷第Z1期，2012年9月，141-147，Ei: 20125115819213\n14.Wu Lei, Liu Yulong，Liu Shijun, Multi-strategy QoS-aware service selection and ranking model, Journal on Communications, Vol.33 No. Z1, September 2012, PP141-147，Ei: 20125115819213\n16.Yulong Liu, Lei Wu*, Shijun Liu，A Novel QoS-aware Service Composition Approach based on Path Decomposition，APSCC2012:76-82,Guilin, 2012 EI: 20131616217517\n17.Lei Wu，Resource Virtualization Model in Cloud Manufacturing，Advanced Materials Research Vols. 143-144 (2011) pp 1250-1253 EI: 20110113546503\n18.Lei Wu，Chengwei Yang, A Solution of Manufacturing Resources Sharing in Cloud Computing Environment, CDVE2010, LNCS6240,P247-252 EI 20104513355216


url: =Find Zhangjiagang, China Hotels- Downtown Hotels in Zhangjiagang- Hotel Search by Hotel & Travel Index | Business Travel News\nHotel Nikko Suzhou368 Changjiang Rd South NEW Dist, Suzhou, China 215011\nHuafang Jinling International HotelNo 388, Changan Road(M), Zhangjiagang, China 215600\n28 story hotel at 2.2 kms from the pedestrian street, 4.5 kms from the coach station and 5.1 kms from Jiyang Lake Ecological Park....\nSheraton Jiangyin Hotel333 Binjiang Zhong Rd, Jiangyin, China 214400\nSurrounded by private gardens and nearby Yangtze River, the hotel is short distance from Huangshanhu Park and Mount Huangshan....\nWyndham Grand Plaza Royale Changsheng88 Tongdu North Road, Jiangyin, China 214400\nPositioned near four airports in the city centre - Jiangyin Museum, Junshan Temple and Huangshan Lake Park are easy accessible....\nPhoenix Hotspring ResortNo.1, Jingu Road, Fenghuang Town, Zhangjiagang, China 215614\nRamada Changzhou178 Luheng Rd, Changzhou, China 213119\nOverlooking the views of Hengshanqiao town - 15 mins from Changzhou Railway Station and 25 mins from Changzhou Benniu Airport....\nDays Hotel Jiangyin101 Chengjiang Middle Road, Jiangyin, China 214400\nHotel Changshu268 Chang Jiang Rd Jiangsu Province, Changshu, China 215500\nIbis Wuxi Xihui Park HotelNo 28 Huihe Road Wuxi Binhu District, Wuxi, China 214036\nHoliday Inn Express Zhangjiagang EastNo. 293 Beijing Road. Tangqiao County, Zhangjiagang, China 215611\nIbis Jiangyin Middle ChengjianNo 266 Chengjiang Middle Road, Jiangyin, China 214431\nJin Jiang Inn Middle Chengjiang Road38 Middle Chengjiang Road, Jiangyin, China 214431\nSuper 8 Hotel Jingjiang Long Dist Bus St8 Xingye Rd, Jiangsu Province, Jingjiang, China 214500\nSuper 8 Hotel Taizhou Jiangjiang Ping Lu568 Jiang Ping Rd, Jingjiang, China 214501


url: =A & V Gecontroleerd - Changzhou Dorlin Electric Vehicle Manufacturing Co., Ltd. - //dutch.alibaba.com\nChangzhou Dorlin Electric Vehicle Manufacturing Co., Ltd. [Geverifieerde]\nPatrol Auto 'S\nNo. 110, Hubin Road, Niutang Town, Wujin District, Changzhou, Jiangsu, China\nOperationeel Adres: No. 110, Hubin Road, Niutang Town, Wujin District, Changzhou, Jiangsu, China\nMr. Jack Ji


url: =طلبات الأوراق العلمية و الأبحاث ... Scientific papers Requests here - الصفحة 697\nصفحة 697 من 864 الأولى ... 197597647687693694695696697698699700701707747797 ... الأخيرة\nالنتائج 6,961 إلى 6,970 من 8639\n2011-06-02, 04:26 AM #6961\nانا بحاجة الى هذا البحث للضرورة\nS. S. Murthy and Bhim Singh "Capacitive Var Controllers For Induction Generators For Autonomus Power Generation" Department of Electrical Engineering, India Institute of technology, New Delhi, June 2004\n2011-06-02, 04:27 AM #6962\nالاخ العزيز هاني سليمان بارك الله لك وجعله في ميزان حسناتك\nدائما نجد منك الكرم والجود في العطاء بلا مقابل\nأرجو منك البحث الذي علي الرابط الاول وهو التالي\nللاسف اخي اشتراكي لا يغطي هاي الجرنال\n2011-06-02, 04:30 AM #6963\nارجو الابحاث التالية\nT. Ahmed, O. Noro, E. Hiraki, M. Nakaoka “Terminal Voltage Regulation Characteristics By Static Var Compensator For A Three-Phase Self-Excited Induction Generator " IEEE, Aug. 2004\nT. Ahmed, K. Soshin, E. Hiraki, M. Nakaoka "Variable Speed Prime Mover Driving Three Phase Self With Staticvar Compensator Voltage Regulation Simulation And Experimental Results" KIEE International Transaction EMECS Vol 3-B, pp. 10-14, February 2003.\nA. H. Tahandy "Modeling Of Self Excited Induction Generator And AC/DC/AC Converter For Energy Conversion Systems" Generation, Transmission and Distribution, IEE Proceedings, 2000\nالبحث الثاني و الثالث ابحاث محلية منشورة في مؤتمر محلي في مصر.. مثل هذه الابحاث غير متاح لي\n2011-06-02, 04:36 AM #6964\nشكرا على المجهود وجزاكم الله خيرا\n2011-06-02, 10:22 PM #6965\nجزاكم الله خيراً علي ما تبذلوه من جهد\nحاولت وضع الروابط لابحاث ولكنها يختفي منها بعض الكلمات ولذلك وضعتها بملف المرفق\nارجو ان تلبوا طلبي ولكم جزيل الشكر\nالابحاث الجديدة.doc (22.5 كيلوبايت, 5 مشاهدات)\n2011-06-03, 12:09 AM #6966\n1) The Improvement of Natural Ventilation in an Industrial Workshop by Solar Chimney\n2)\tA Method of Decreasing Power Output Fluctuation of Solar Chimney Power Generating Systems\nBy Pan Yuan,Meng Fanlong,Ming Tingzhen\n3)\tA Method of Decreasing Power Output Fluctuation of Solar Chimney Power Generating Systems\n4)Design and Modeling Control System for a Solar Power Plant\nBy Ali Mehraban Jahromi,S. Faride Zarei,M. Hosein Mehraban Jahromi,Bahram Dehghan\n2011-06-03, 12:36 AM #6967\nPlease help me to find these papers:\nInvestigation of buoyancy air flow inside solar chimney using CFD technique\nSomsila, P.; Teeboonma, U.; Seehanam, W\n.; Theoretical turbine power yield in solar chimney power plants\nKoonsrisuk, A.; Chitsomboon, T.;\nMeng Fanlong; Ming Tingzhen; Pan Yuan;\nExperimental study of the influence of seawater depth on solar chimney-sea desalination integrated system\nLu Zuo; Yuan Zheng; Yujun Sha; Bo Qu; Zhiquan Huang; Tingchun Wei; Xiaoyun Xu;\nA Technology Development Methodology Developed for Application on the Solar Chimney Structure\nVan Dyk, C.;\nA pilot model experimental set up and computational fluid dynamics analysis of buoyancy driven solar engine\nPremkumar, M.; Ramachandran, S.;\n2011-06-03, 12:40 AM #6968\nالتعديل الأخير تم بواسطة shosha_80 ; 2011-06-03 الساعة 12:53 AM\n2011-06-03, 05:47 AM #6969\n2) A Method of Decreasing Power Output Fluctuation of Solar Chimney Power Generating Systems\n3) A Method of Decreasing Power Output Fluctuation of Solar Chimney Power Generating Systems\n2011-06-03, 05:54 AM #6970


url: =A molecular engineering approach to pore-adjustable nanoporous carbons with narrow distribution for high-performance supercapacitors - Chemical Communications (RSC Publishing)\nA molecular engineering approach to pore-adjustable nanoporous carbons with narrow distribution for high-performance supercapacitors\nSheng Lei,a Yun Lu,b Xiaofang Zhang,a Pengyuan Gao,a Xun Cuia and Yingkui Yang*ab\na Key Laboratory of Resources Green Conversion and Utilization of State Ethnic Affairs Commission & Ministry of Education, School of Chemistry and Materials Science, South-Central University for Nationalities, Wuhan 430074, China\nb School of Materials Science and Engineering, Hubei University, Wuhan 430062, China\nThe space-confined twin-polymerization of molecule-engineered silane monomers was performed to induce narrow large-micropores and/or small-mesopores into the oxygen-doped nanoporous carbons, capable of simultaneously achieving large specific capacitance and high rate capability for supercapacitors.\nSupplementary information PDF (1303K)\nThe article was received on 24 Dec 2018, accepted on 26 Jan 2019 and first published on 28 Jan 2019\nCitation: Chem. Commun., 2019,55, 2305-2308\nS. Lei, Y. Lu, X. Zhang, P. Gao, X. Cui and Y. Yang, Chem. Commun., 2019, 55, 2305


url: =Lei Liu; Min Zhang; Mingtao Liu; Wei Yang; Xiaopin Zhang\nLei Liu, Lei Liu, Min Zhang, Min Zhang, Mingtao Liu, Mingtao Liu, Wei Yang, Wei Yang, Xiaopin Zhang, Xiaopin Zhang, } "Design and analysis of an orthogonal frequency division multiplexing millimeter wave signal generation and distribution with dual driver Mach-Zehnder modulator and semiconductor optical amplifier," Optical Engineering 51(3), 035001 (13 March 2012). https://doi.org/10.1117/1.OE.51.3.035001 . Submission:


url: =A Survey and Evaluation of Agent-Oriented Software Development Methodologies--《Computer Engineering & Science》2005年01期\n《Computer Engineering & Science》 2005-01\nA Survey and Evaluation of Agent-Oriented Software Development Methodologies\nYAN Qi,MAO Xin-jun,WANG Huai-min,ZHU Hong,QI Zhi-chang(School of Computer Science, National University of Defense Technology, Changsha 410073,China)\nAgent-oriented software development methodology is a new research field in recent years and many researchers attach much importance to it and its application. This paper discusses some main Agent-oriented methodologies and development environments/tools, gives a way to evaluate these methods, and gets some conclusions; figures out their shortcomings and recommends some possible research directions in the future.\n【Fund】： 国家自然科学基金资助项目 (6 0 0 0 30 0 2 ) ;; 国家 86 3计划资助项目 (2 0 0 2AA1 1 6 0 70 ) ;; 国家重点基础研究发展规划 973资助项目 (G1 9990 32 70 0 )\n1 XIAO ZHeng-hong, MEI Xiao-Yong, ZHOU Xue-qing (Department of Computer Sciences and Technology, Hunan University of Arts and Science, Changde, Hunan 41500);An Organization Study of Agent-oriented Software Methodologies[J];;2005-02\n2 GAO Yu,FENG Xiang-zhong(Department of computer,Zhejiang Ocean University,Zhoushan 316000,China);Research on the innovative evolution process of the software development method[J];Studies in Science of Science;2009-02\n3 ZHOU Wen-jun1,LIU Bin2(1.Department of Information Technology,Jiangsu Institute of Education,Nanjing 210013,China;2.College of Information Science and Engineering,Nanjing University of Technology,Nanjing 210009,China);Technology of Agent-Oriented[J];Microprocessors;2009-01\n4 GAO Yu,FENG Xiang-zhong;Several Main Factors of Evolution of Software Development Methods[J];Journal of Dialectics of Nature;2007-05\n1 MAO Xin\_|Jun, WANG Huai\_|Min, CHEN Huo\_|Wang, and LIU Feng\_|Qi (Department of Computer Science, National University of Defense Technology, Changsha 410073);A THEORETICAL FRAMEWORK OF AGENT COMPUTING[J];JOURNAL OF COMPUTER RESEARCH AND DEVELOPMENT;1999-11\n1 HUO Liang;Research on Integration Strategies of GIS Techniques[J];Bulletin of Surveying and Mapping;2006-09\n2 MAO Xin\_|Jun, WANG Huai\_|Min, CHEN Huo\_|Wang, and LIU Feng\_|Qi (Department of Computer Science, National University of Defense Technology, Changsha 410073);A THEORETICAL FRAMEWORK OF AGENT COMPUTING[J];JOURNAL OF COMPUTER RESEARCH AND DEVELOPMENT;1999-11\n3 CHENG Xian-Yi ① and SHI Chun-Yi ② ①(Institute Computer Science and Communication Engineering, Jiangsu University, Zhenjiang 212013) ②(Department of Computer Science and Technology, Tsinghua University, Beijing 100084);THE FORMAL NORM OF COLLECTIVE GOALS[J];Journal of Computer Research and Development;2001-11\n4 MAO Xin Jun 1, ZHAO Jian Min 2, and WANG Huai Min 1 1 (School of Computer Science, National University of Defence Technology, Changsha 410073) 2 (School of Computer Science, Zhejiang Normal University, Jinhua, 321004);Abstract Cooperation Models of Multi-Agent System[J];Journal of Computer Research and Development;2004-05\n5 LIU Yue CHEN Huo Wang WANG Huai Min (School of Computer, National University of Defense Technology, Changsha 410073);A Theory of Reactive Multi-Agent Cooperation[J];Chinese Journal of Computers;2003-04\n6 Su Zhongbin 1 Dong Hongbin 2 1(Department of Computer Science,Northeastern Agriculture University,Harbin 150030) 2(Department of Computer Science,Harbin Normal University,Harbin 150080);A MODEL OF MULTIAGENT SYSTEM LEARNING[J];Computer Applications and Software;2004-04\n7 ZHANG bo-yun CHEN Xu-ri OU Yang-liubo (Office of Computer Securtiy.Hunan Public Security College, ChangSha 410138China; Department of Computer.Linling College,Yongzhou 425000 China; Software College of Hunan University.ChangSha 410082 China);Study and Implementation a Adaptive Customized E-commerce System Based on Mobile Agent[J];Journal of Lingling University;2004-05\n8 Ju Chunhua (Department of Computer and Information Engineering, Hangzhou University of Commerce , Hangzhou, 310035) Timothy J Norman (Department of Computing Science, Aberdeen University, Aberdeen UK) Ling Yun (Department of Computer and Information Engineering, Hangzhou University oj Commerce, Hangzhou, 310035);THE RESEARCH OF AN EXTENDED BDI MODEL[J];Pattern Recognition and Artificial Intelligence;2002-02\n9 MAO Xin jun, CHEN Huo wang, LIU Feng qi(Department of Computer Science, National University of Defence Technology, Changsha 410073, China);The Cooperation Models for Acquiring Knowledge in Multi-Agent Systems[J];Journal of Software;2001-02\n10 MENG Yan-honga,NI Tian-yub (a.School of Information Science and Engineering,b.School of Architectural Engineering,Shenyang University of Technology,Shenyang 110023,China);Design of student model in MAS-based distance tutoring system[J];Journal of Shenyang University of Technology;2008-01\n1 Jiang Fan;The application and counterwork methods of the network surveillance[J];Journal of Anhui Vocational College of Electrontcs & Information Technology;2004-Z1\n4 ZENG Bo YANG Jian-jun (Beijing University of Aeronautics and Astronautics, School of Mechanical Engineering and Automation);Agent Coordination Mechanisms for Scheduling System Based MAS[J];Journal of Beijing University of Aeronautics and Astronautics;2002-04\n5 ZHU Ye-ping~(1,2);FENG Zhong-ke~1.1 Institute of GIS,RS & GPS,Beijing Forestry University,100083,P.R.China;2 Institute of Agricultural Information,Chinese Academy of Agricultural Sciences,Beijing,100081,P.R.China.;Application of agent in agricultural & forestry economy decision support system.[J];Journal of Beijing Forestry University;2005-S2\n6 LIU Juan,JIANG Tong-qiang(College of Computer Science and Technology,Beijing Technology and Business University,Beijing 100037,China);SURVEY OF AGENT-ORIENTED SOFTWARE METHODOLOGY[J];Journal of Beijing Technology and Business University(Natural Science Edition);2006-01\n7 DU Jiang, WAEG Tain-ping,LUO Wen-long (College of Communications and Information Engineering,CUPT,Chongqing 400065,China);A Discussion of Hosted Network Firewall Technologies[J];Journal of Chongqing University of Posts and Telecommunications;2002-03\n8 YU Yin-hui(1,2),YANG Chang-bao(3),LIU Zhi-hui(4) (1.Institute of Mineral Resources Prediction of Synthetic Information,Jilin University,Changchun 130026, China;2. College of Communication Engineering, JilinUniversity, Changchun 130012,China; 3. College of GeoExploration Science and Technology, Jilin University, Changchun 130026,China; 4. College of Business Administration of Shandong, Yantai 264000,China);Multi-Agent Based Distributed Expert System and Its Application[J];Journal of Jiling University (Earth Science Edition);2005-02\n9 ZHANG Li-cui~(a,b), WANG Lin-zhu~a, JIN Cheng-zhi~b(a.College of Communication Engineering, Jilin University, Changchun 130012, China;b.Colledge of Computer Science and Technology,Jilin University,Chuangchun 130012,China);Logical Virtual Active Network Based on Mobile Agent Technique[J];Journal of Changchun Post and Telecommunication Institute;2005-01\n10 Xu Jiali,Wu Yue (School of Computer Science and Engineering, UEST of China ,Chengdu 610054 China);The Design and Implementation Issues of A Electronic Commerce System Based MAS[J];Journal of Chengdu University (Natural Science);2004-01\n1 GAO Yu,FENG Xiang-zhong(Department of computer,Zhejiang Ocean University,Zhoushan 316000,China);Research on the innovative evolution process of the software development method[J];Studies in Science of Science;2009-02


url: =Joshua Project - Tibeto-Burman, other People Cluster Great Commission Status\nDiscover > All Affinity Blocs / People Clusters > Affinity Bloc: Tibetan-Himalayan Peoples > People Cluster: Tibeto-Burman, other\nTibeto-Burman, other Cluster – People Groups\nA Che40,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PA CheAchang68,000200.0 % 3.2 Ethnic ReligionsMSY50f0PAchangAchang, Husa7,100Y11100.0 % 1.2 Ethnic ReligionsMSY50f0PAchang, HusaAdu7,800Y11100.0 % 1.1 Non-ReligiousMSY50z0PAduAke15,000Y44100.0 % 1.1 Ethnic ReligionsMSY50z0PAkeAling6,900Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PAlingAlu14,000Y33100.0 % 1.1 Ethnic ReligionsMSY50i0PAluAluo27,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PAluoAni104,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PAniApu3,100Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PApuArghun2,500Y22100.0 % 1.1 IslamMSY50r0PArghunAsahei11,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PAsaheiAwu, Northern4,400Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PAwu, NorthernAwu, Southeastern31,000100.0 % 3.1 Ethnic ReligionsMSY50i0PAwu, SoutheasternAxi97,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PAxiAyi, Ah-yee2,700100.0 % 3.2 ChristianityMSY50z0PAyi, Ah-yeeAyizi50Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PAyiziAzha55,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Azhe56,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PAzheAzong1,300Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PAzongBai2,403,000100.0 % 3.1 BuddhismMSY50z0PBaiBai Yi26,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PBai YiBai, Northern43,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Baima17,000Y11100.0 % 1.2 Ethnic ReligionsMSY50r0PBaimaBalti42,000Y22100.0 % 1.1 IslamMSY50r0PBaltiBedar, Muslim500Y22100.0 % 1.1 IslamMSY501 Bei44,000Y11100.0 % 1.2 Ethnic ReligionsMSY50z0PBeiBela4,600100.0 % 3.2 Ethnic ReligionsMSY501 Bhotia, Sikkim116,000Y22100.0 % 1.1 HinduismMSY50r0PBhotia, SikkimBoka10,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PBokaChepya2,200Y11100.0 % 1.1 BuddhismMSY501 Chesu3,500Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PChesuChuanlan376,000100.0 % 3.2 BuddhismMSY50i0PChuanlanCoong2,200Y11100.0 % 1.1 Ethnic ReligionsMSY501 Daizhan13,000Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PDaizhanDanu104,000Y11100.0 % 1.2 BuddhismMSY500PDanuDeng, Darang11,000Y11100.0 % 1.2 Ethnic ReligionsMSY50f0PDeng, DarangDeng, Geman14,000Y11100.0 % 1.1 Ethnic ReligionsMSY50f0PDeng, GemanDepo7,700100.0 % 3.2 Ethnic ReligionsMSY50i0PDepoDigao28,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PDigaoDoupo800Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PDoupoEka3,200Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PEkaEnipu20,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PEnipuErsu42,000Y11100.0 % 1.1 BuddhismMSY50l0PErsuGaiji38,000Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PGaijiGaisu, Southern46,000Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PGaisu, SouthernGaisu, Western1,200Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PGaisu, WesternGepo, Eastern79,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PGepo, EasternGepo, Western8,100Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PGepo, WesternGese15,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PGeseGesu15,000Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PGesuGouzou5,100100.0 % 3.1 Ethnic ReligionsMSY50i0PGouzouGuaigun500Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PGuaigunGuopu107,000100.0 % 3.2 Ethnic ReligionsMSY50i0PGuopuHkauri40100.0 % 3.2 ChristianityMSY50f0PHkauriHmu, Southern808,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PHmu, SouthernJiasou38,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PJiasouJingpo33,000100.0 % 3.2 ChristianityMSY50f0PJingpoJino10,000Y11100.0 % 1.2 Ethnic ReligionsMSY50z0PJinoJino, Buyuan1,600Y11100.0 % 1.2 Ethnic ReligionsMSY50z0PJino, BuyuanKathu5,200Y11100.0 % 1.1 Ethnic ReligionsMSY501 Khlula22,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Kua-nsi5,200Y11100.0 % 1.2 Ethnic ReligionsMSY501 Kuamasi1,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Kucong49,000Y22100.0 % 1.2 BuddhismMSY50i0PKucongLabapo8,000Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PLabapoLadakhi, Christian3,6002150.0 % 2.1 BuddhismMSY50r0PLadakhi, ChristianLaghuu300Y11100.0 % 1.2 Ethnic ReligionsMSY50i1 Lagou7,500100.0 % 3.2 Ethnic ReligionsMSY50i0PLagouLahu549,0005120.0 % 3.2 ChristianityMSY50i0PLahuLahu Aga8,300100.0 % 3.2 Ethnic ReligionsMSY50i0PLahu AgaLahu Shi, Yellow Lahu162,0006116.7 % 3.1 BuddhismMSY50i0PLahu Shi, Yellow LahuLaka7,500100.0 % 3.2 ChristianityMSY50i0PLakaLalu, Xinping49,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PLalu, XinpingLalu, Xuzhang5,100Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PLalu, XuzhangLalu, Yangliu46,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PLalu, YangliuLaluo, Jiantou38,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PLaluo, JiantouLaluo, Mishaba653,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PLaluo, MishabaLama7,1004250.0 % 3.2 Ethnic ReligionsMSY50r0PLamaLang'e2,100Y11100.0 % 1.1 Ethnic ReligionsMSY501 Laopang21,000200.0 % 3.2 Ethnic ReligionsMSY50i0PLaopangLaowu22,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PLaowuLashi33,000200.0 % 3.2 ChristianityMSY50i0PLashiLawu25,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PLawuLesu18,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PLesuLhoba, Bogar4,100Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PLhoba, BogarLhoba, Yidu9,800Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PLhoba, YiduLimi36,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PLimiLimin96,000Y11100.0 % 1.2 Ethnic ReligionsMSY50#0PLiminLipo, Eastern111,000100.0 % 3.2 ChristianityMSY50l0PLipo, EasternLipo, Western176,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PLipo, WesternLiude1,800Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PLiudeLiwu5,300Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PLiwuLong1,700Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PLongLopi, Shuitian19,000Y11100.0 % 1.2 Non-ReligiousMSY50z0PLopi, ShuitianLuoluopo, Central436,000Y11100.0 % 1.2 Ethnic ReligionsMSY50z0PLuoluopo, CentralLuoluopo, Southeastern45,000Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PLuoluopo, SoutheasternLuoluopo, Western239,000Y11100.0 % 1.2 Ethnic ReligionsMSY50z0PLuoluopo, WesternLuowu28,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PLuowuMahei14,000100.0 % 3.1 Ethnic ReligionsMSY50z0PMaheiMakhmi159,000Y22100.0 % 1.1 IslamMSY50r0PMakhmiMalimasa600Y11100.0 % 1.1 BuddhismMSY50i0PMalimasaMantsi1,200Y11100.0 % 1.2 Ethnic ReligionsMSY501 Maru138,000200.0 % 3.2 Ethnic ReligionsMSY50i0PMaruMengwu23,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PMengwuMicha31,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PMichaMichi37,000100.0 % 3.1 Ethnic ReligionsMSY50i0PMichiMili30,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PMiliMing15,000Y11100.0 % 1.1 Non-ReligiousMSY50r0PMingMinglang1,900100.0 % 3.2 ChristianityMSY50i0PMinglangMixisu6,400Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PMixisuMoji2,100Y11100.0 % 1.1 Ethnic ReligionsMSY501 Mosuo54,000100.0 % 3.1 BuddhismMSY50i0PMosuoMozhihei6,400Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PMozhiheiMpi1,000Y11100.0 % 1.2 BuddhismMSY50z0PMpiMuji67,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PMujiMuji, Northern9,400Y11100.0 % 1.1 Ethnic ReligionsMSY501 Muji, Qila1,600Y11100.0 % 1.2 Ethnic ReligionsMSY501 Muzi10,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PMuziNa70Y11100.0 % 1.1 UnknownMSY50i0PNaNaheng1,500Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PNahengNaisu61,000100.0 % 3.1 Ethnic ReligionsMSY50i0PNaisuNaju1,800Y11100.0 % 1.1 BuddhismMSY50i0PNajuNaluo47,000100.0 % 3.2 Ethnic ReligionsMSY50i0PNaluoNanjingren155,000100.0 % 3.1 Ethnic ReligionsMSY50#0PNanjingrenNaru15,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PNaruNarua48,000100.0 % 3.1 BuddhismMSY501 Naruo15,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PNaruoNasu, Eastern261,000100.0 % 3.2 Ethnic ReligionsMSY50i0PNasu, EasternNasu, Jinghong23,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PNasu, JinghongNasu, Panxian358,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PNasu, PanxianNasu, Southern130,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PNasu, SouthernNasu, Wusa307,000100.0 % 3.2 Ethnic ReligionsMSY50i0PNasu, WusaNaxi321,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PNaxiNaxi, Northern3,200Y11100.0 % 1.2 BuddhismMSY50i0PNaxi, NorthernNaza1,700Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PNazaNeisu, Da Hei8,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PNeisu, Da HeiNeisu, Xiao Hei9,400Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PNeisu, Xiao HeiNiesu, Central16,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PNiesu, CentralNisu, Jianshui219,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PNisu, JianshuiNisu, Northwestern26,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Nisu, Xinping244,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PNisu, XinpingNisu, Yuanyang253,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PNisu, YuanyangNubra700Y11100.0 % 1.1 IslamMSY50r0PNubraPala5,200Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PPalaPengzi300Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PPengziPhala13,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Phola, Alo500Y11100.0 % 1.1 Ethnic ReligionsMSY501 Phowa, Ani10,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Phowa, Labo18,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Phuma8,400Y11100.0 % 1.1 Ethnic ReligionsMSY501 Phun400Y11100.0 % 1.2 Ethnic ReligionsMSY50f1 Phunoi, Cong64,000Y22100.0 % 1.2 Ethnic ReligionsMSY50z0PPhunoi, CongPhupa3,100Y11100.0 % 1.1 Ethnic ReligionsMSY501 Phupha1,500Y11100.0 % 1.2 Ethnic ReligionsMSY501 Phuza6,300Y11100.0 % 1.2 Ethnic ReligionsMSY501 Poluo31,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PPoluoPopei6,300Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PPopeiPula, Phola14,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PPula, PholaPumi47,000Y11100.0 % 1.2 Ethnic ReligionsMSY50z0PPumiPuroik6,8002150.0 % 2.1 UnknownMSY50r0PPuroikPuwa36,000Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PPuwaQiang, Cimulin16,000Y11100.0 % 1.1 BuddhismMSY50r0PQiang, CimulinQiang, Dajishan12,000Y11100.0 % 1.1 Ethnic ReligionsMSY50r0PQiang, DajishanQiang, Heihu26,000Y11100.0 % 1.2 Ethnic ReligionsMSY50r0PQiang, HeihuQiang, Jiaochang31,000Y11100.0 % 1.2 Ethnic ReligionsMSY50r0PQiang, JiaochangQiang, Longxi5,400Y11100.0 % 1.1 Ethnic ReligionsMSY50r0PQiang, LongxiQiang, Luhua23,000Y11100.0 % 1.1 BuddhismMSY50r0PQiang, LuhuaQiang, Mawo19,000Y11100.0 % 1.1 BuddhismMSY50r0PQiang, MawoQiang, Mianchi25,000Y11100.0 % 1.2 Ethnic ReligionsMSY50r0PQiang, MianchiQiang, Sanlong24,000Y11100.0 % 1.1 Ethnic ReligionsMSY50r0PQiang, SanlongQiang, Taoping8,000Y11100.0 % 1.1 Ethnic ReligionsMSY50r0PQiang, TaopingQiang, Yadu37,000Y11100.0 % 1.1 BuddhismMSY50r0PQiang, YaduQiangyi13,000Y11100.0 % 1.1 Ethnic ReligionsMSY50r0PQiangyiQixingmin5,700Y11100.0 % 1.1 BuddhismMSY50#0PQixingminRabha369,0002150.0 % 2.1 HinduismMSY50r0PRabhaSamadu, Eastern800Y11100.0 % 1.2 Ethnic ReligionsMSY50z0PSamadu, EasternSamadu, Western9,500Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PSamadu, WesternSamatao2,800Y11100.0 % 1.1 Ethnic ReligionsMSY501 Samei21,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PSameiSanda1,400Y11100.0 % 1.2 Ethnic ReligionsMSY50#0PSandaSangkong2,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Sani131,000Y11100.0 % 1.2 Ethnic ReligionsMSY50z0PSaniSanie8,400Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PSanieSila3,200Y22100.0 % 1.1 Ethnic ReligionsMSY50i0PSilaSonaga2,100Y11100.0 % 1.2 Ethnic ReligionsMSY501 Suan300Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PSuanSuodi234,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PSuodiTa'er1,300Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PTa'erTagu4,400Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PTaguTanglang1,300Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PTanglangThopho500Y11100.0 % 1.1 Ethnic ReligionsMSY501 Tseku14,000Y11100.0 % 1.2 Ethnic ReligionsMSY50r1 Tujia9,226,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PTujiaTulung, Drung14,000200.0 % 3.2 Ethnic ReligionsMSY50z0PTulung, DrungTushu6,400100.0 % 3.2 Ethnic ReligionsMSY50i0PTushuTuwo1,300100.0 % 3.2 Ethnic ReligionsMSY50i0PTuwoUgong90Y11100.0 % 1.1 BuddhismMSY50z0PUgongWopu3,800Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PWopuWumeng49,000100.0 % 3.2 Ethnic ReligionsMSY50i0PWumengXiandao200100.0 % 3.2 ChristianityMSY50i0PXiandaoXiangtang102,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PXiangtangXijima38,000Y11100.0 % 1.1 Ethnic ReligionsMSY50z0PXijimaXiqi17,000Y11100.0 % 1.2 Ethnic ReligionsMSY50i0PXiqiXiuba1,200Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PXiubaZakhring700Y11100.0 % 1.1 Ethnic ReligionsMSY501 Zauzou3,600100.0 % 3.1 Ethnic ReligionsMSY50i0PZauzouZokhuo14,000Y11100.0 % 1.2 Ethnic ReligionsMSY501 Zuoke7,100Y11100.0 % 1.1 Ethnic ReligionsMSY50i0PZuoke\tTotals: 209 Peoples\n78.1 % 3.1 Ethnic Religions\n177 Data Notes: Data Sources: Progress Scale: People Selector: Data Download: Tibeto-Burman, other Cluster – People Progress\nTibeto-Burman, other Cluster – People Photos *** Note: Only people groups with photos available are displayed here.*** A Che40,000 in 1 CountryAchang68,000 in 2 CountriesAchang, Husa7,100 in 1 CountryAdu7,800 in 1 CountryAke15,000 in 4 CountriesAling6,900 in 1 CountryAlu14,000 in 3 CountriesAluo27,000 in 1 CountryAni104,000 in 1 CountryApu3,100 in 1 CountryArghun2,500 in 2 CountriesAsahei11,000 in 1 CountryAwu, Northern4,400 in 1 CountryAwu, Southeastern31,000 in 1 CountryAxi97,000 in 1 CountryAyi, Ah-yee2,700 in 1 CountryAyizi50 in 1 CountryAzhe56,000 in 1 CountryAzong1,300 in 1 CountryBai2,403,000 in 1 CountryBai Yi26,000 in 1 CountryBaima17,000 in 1 CountryBalti42,000 in 2 CountriesBei44,000 in 1 CountryBhotia, Sikkim116,000 in 2 CountriesBoka10,000 in 1 CountryChesu3,500 in 1 CountryChuanlan376,000 in 1 CountryDaizhan13,000 in 1 CountryDanu104,000 in 1 CountryDeng, Darang11,000 in 1 CountryDeng, Geman14,000 in 1 CountryDepo7,700 in 1 CountryDigao28,000 in 1 CountryDoupo800 in 1 CountryEka3,200 in 1 CountryEnipu20,000 in 1 CountryErsu42,000 in 1 CountryGaiji38,000 in 1 CountryGaisu, Southern46,000 in 1 CountryGaisu, Western1,200 in 1 CountryGepo, Eastern79,000 in 1 CountryGepo, Western8,100 in 1 CountryGese15,000 in 1 CountryGesu15,000 in 1 CountryGouzou5,100 in 1 CountryGuaigun500 in 1 CountryGuopu107,000 in 1 CountryHkauri40 in 1 CountryHmu, Southern808,000 in 1 CountryJiasou38,000 in 1 CountryJingpo33,000 in 1 CountryJino10,000 in 1 CountryJino, Buyuan1,600 in 1 CountryKucong49,000 in 2 CountriesLabapo8,000 in 1 CountryLadakhi, Christian3,600 in 2 CountriesLagou7,500 in 1 CountryLahu549,000 in 5 CountriesLahu Aga8,300 in 1 CountryLahu Shi, Yellow Lahu162,000 in 6 CountriesLaka7,500 in 1 CountryLalu, Xinping49,000 in 1 CountryLalu, Xuzhang5,100 in 1 CountryLalu, Yangliu46,000 in 1 CountryLaluo, Jiantou38,000 in 1 CountryLaluo, Mishaba653,000 in 1 CountryLama7,100 in 4 CountriesLaopang21,000 in 2 CountriesLaowu22,000 in 1 CountryLashi33,000 in 2 CountriesLawu25,000 in 1 CountryLesu18,000 in 1 CountryLhoba, Bogar4,100 in 1 CountryLhoba, Yidu9,800 in 1 CountryLimi36,000 in 1 CountryLimin96,000 in 1 CountryLipo, Eastern111,000 in 1 CountryLipo, Western176,000 in 1 CountryLiude1,800 in 1 CountryLiwu5,300 in 1 CountryLong1,700 in 1 CountryLopi, Shuitian19,000 in 1 CountryLuoluopo, Central436,000 in 1 CountryLuoluopo, Southeastern45,000 in 1 CountryLuoluopo, Western239,000 in 1 CountryLuowu28,000 in 1 CountryMahei14,000 in 1 CountryMakhmi159,000 in 2 CountriesMalimasa600 in 1 CountryMaru138,000 in 2 CountriesMengwu23,000 in 1 CountryMicha31,000 in 1 CountryMichi37,000 in 1 CountryMili30,000 in 1 CountryMing15,000 in 1 CountryMinglang1,900 in 1 CountryMixisu6,400 in 1 CountryMosuo54,000 in 1 CountryMozhihei6,400 in 1 CountryMpi1,000 in 1 CountryMuji67,000 in 1 CountryMuzi10,000 in 1 CountryNa70 in 1 CountryNaheng1,500 in 1 CountryNaisu61,000 in 1 CountryNaju1,800 in 1 CountryNaluo47,000 in 1 CountryNanjingren155,000 in 1 CountryNaru15,000 in 1 CountryNaruo15,000 in 1 CountryNasu, Eastern261,000 in 1 CountryNasu, Jinghong23,000 in 1 CountryNasu, Panxian358,000 in 1 CountryNasu, Southern130,000 in 1 CountryNasu, Wusa307,000 in 1 CountryNaxi321,000 in 1 CountryNaxi, Northern3,200 in 1 CountryNaza1,700 in 1 CountryNeisu, Da Hei8,000 in 1 CountryNeisu, Xiao Hei9,400 in 1 CountryNiesu, Central16,000 in 1 CountryNisu, Jianshui219,000 in 1 CountryNisu, Xinping244,000 in 1 CountryNisu, Yuanyang253,000 in 1 CountryNubra700 in 1 CountryPala5,200 in 1 CountryPengzi300 in 1 CountryPhunoi, Cong64,000 in 2 CountriesPoluo31,000 in 1 CountryPopei6,300 in 1 CountryPula, Phola14,000 in 1 CountryPumi47,000 in 1 CountryPuroik6,800 in 2 CountriesPuwa36,000 in 1 CountryQiang, Cimulin16,000 in 1 CountryQiang, Dajishan12,000 in 1 CountryQiang, Heihu26,000 in 1 CountryQiang, Jiaochang31,000 in 1 CountryQiang, Longxi5,400 in 1 CountryQiang, Luhua23,000 in 1 CountryQiang, Mawo19,000 in 1 CountryQiang, Mianchi25,000 in 1 CountryQiang, Sanlong24,000 in 1 CountryQiang, Taoping8,000 in 1 CountryQiang, Yadu37,000 in 1 CountryQiangyi13,000 in 1 CountryQixingmin5,700 in 1 CountryRabha369,000 in 2 CountriesSamadu, Eastern800 in 1 CountrySamadu, Western9,500 in 1 CountrySamei21,000 in 1 CountrySanda1,400 in 1 CountrySani131,000 in 1 CountrySanie8,400 in 1 CountrySila3,200 in 2 CountriesSuan300 in 1 CountrySuodi234,000 in 1 CountryTa'er1,300 in 1 CountryTagu4,400 in 1 CountryTanglang1,300 in 1 CountryTujia9,226,000 in 1 CountryTulung, Drung14,000 in 2 CountriesTushu6,400 in 1 CountryTuwo1,300 in 1 CountryUgong90 in 1 CountryWopu3,800 in 1 CountryWumeng49,000 in 1 CountryXiandao200 in 1 CountryXiangtang102,000 in 1 CountryXijima38,000 in 1 CountryXiqi17,000 in 1 CountryXiuba1,200 in 1 CountryZauzou3,600 in 1 CountryZuoke7,100 in 1 CountryTibeto-Burman, other People Photos *** Note: Only people groups with photos available are displayed here.*** Tibeto-Burman, other Cluster – Languages\nAchangacn31Complete01101Acheyif11None11111Adiadi11Complete01001Akeuaeu33None11101Akhaahk11Complete00001Aluguaub11None11111Aluoyna11None11111Anongnun10NT01101Assameseasm10Complete01000Awuyiu10Need?11101Axiyix11None11101Ayiziyyz11Need?11111Azhaaza11None11111Azheyiz11None11101Bai, Centralbca11None11101Bai, Northernbfc11None11111Bai, Southernbfs10None11101Baimabqh11Need?11111Baltibft55Portions01001Biyobyo11None11101Bokhaybk11None11111Chepyaycp11None11111Chesuych11Need?11111Chinese, Mandarincmn1513Complete00000Coongcnc11None11111Danudnv11None11111Digaro-Mishmimhu11None11101Drungduu20None11101Englisheng10Complete00000Ersuers11Need?11111Gepoygp22None11111Hponhpo11Need?11111Idu-Mishmiclk11None11101Jingphokac20Complete00001Jinuo, Buyuanjiy11None11101Jinuo, Youlejiu11None11111Kathuykt11Need?11111Khlulaykl11Need?11111Kua-nsiykn11None11111Kuamasiyku11None11111Kuconglkc22None11111Ladakhilbj55Complete01001Laghuulgh11None11111Lahulhu72Complete00001Lahu Shilhi61Portions01101Lalo, Centralywt11None11111Lalo, Dongshanbayik66None11111Lalu, Easternyit11Need?11111Lalu, Westernywl11None11111Lamalay20Need?11111Lang'eyne11Need?11111Language Unknownxxx53None11111Laopanglbg20Need?11111Lashilsi20Complete01001Lhao Vomhx20Complete01001Limiylm11None11111Lipolpo21NT01101Lisulis10Complete00001Lolopoycl33None11111Lolopo, Southernysp11None11111Mantsinty11None11111Miao, Southern Qiandonghms11None11101Miju-Mishmimxj11None11101Miliymh11None11111Miqieyiq11None11111Mojiymi11Need?11111Mpimpz11Need?11111Muji, Northernymx11None11111Muji, Qilaymq11Need?11111Muji, Southernymc11None11111Muziymz11None11111Nanbt11Need?11111Naluoylo10None11111Naruanru10None11111Nasu, Wumengywu20None11111Nasu, Wusayig117None11101Naxinxq65Portions01101Nepalinpi11Complete00001Nisiyso11Need?11111Nisu, Easternnos109None11101Nisu, Northernyiv11None11111Nisu, Northwesternnsf11None11111Nisu, Southernnsd11None11011Nisu, Southwesternnsv11None11111Nuosuiii1613NT01101Nyishinjz10NT01001Pelabxd10Need?11111Phalaypa11None11111Pholaypg11None11111Phola, Aloypo11Need?11111Pholoyip11None11111Phowa, Aniypn11None11111Phowa, Hlephoyhl11None11111Phowa, Laboypb11None11111Phumaypm11None11111Phunoipho22None11111Phupaypp11Need?11111Phuphayph11None11111Phuzaypz11Need?11111Pumi, Southernpmj11None11101Puroiksuv11None11101Qiang, Northerncng44Need?11111Qiang, Southernqxs88Need?11101Rabharah11NT01101Samataoysd11Need?11111Sameismh11Need?11101Sangkongsgk11Need?11111Saniysn1110None11101Sanieysy11Need?11111Sherpaxsr11Portions01001Silaslt22Need?11111Sonagaysg11Need?11111Tanglangytl11Need?11111Thophoytp11Need?11111Tibetan, Centralbod11Complete01000Tsekutsk11Need?11111Tujia, Northerntji11Need?11101Tujia, Southerntjs11Need?11111Ugongugo11Need?11111Yi, Wuding-Luquanywq10NT01011Zakhringzkr11Need?11111Zauzouzal10Need?11111Zokhuoyzk11None11111\tTotals:\nData Notes: Data Sources: Progress Scale: People Selector: Data Download: Tibeto-Burman, other Cluster – Religions\nTibeto-Burman, other Cluster – Details\nCentral Asia5(2.1%)133,000(0.6%)North America and Caribbean1(0.4%)2,200(0.0%)Northeast Asia189(78.1%)20,588,000(93.6%)South Asia12(5.0%)564,000(2.6%)Southeast Asia35(14.5%)702,000(3.2%) Resources\nTujia of ChinaPhoto source: Filipe Fortes. Some rights reserved. Video\nDirect link: http://www.joshuaproject.net/people-clusters.php?peo2=317&tab=3


url: =个人简介： 华东师范大学 环境科学系 副教授（1998.9~2003.8）； 华东师范大学 环境科学系 助工/工程师/讲师（1987.8~1998.8）。\nNATURAL-WATER SA... (2)\nSequential extra... (2)\nYangtze River in... (1)\nCr Sulfate-Reduc... (1)\nIntertidal zone ... (1)\nELEMENT CHEMISTR... (1)\nSediment quality... (1)\nChangjiang and H... (1)\nSeperation and E... (1)\ndissolved uraniu... (1)\nsulfate reducing... (1)\n1. 沉积物中硫的形态分析及应用 代表性成果\n2. Influence of mariculture on the distribution of dissolved inorganic selenium in Sanggou Bay, northern China 代表性成果 SCIE\n3. 微波消解-双聚焦电感耦合等离子体质谱法准确测定沉积物中硫含量及其基体效应的研究 代表性成果 SCIE SCOPUS EI 知网 CSCD 维普\n5. Characterization of Geological Certified Reference Materials by Inductively Coupled Plasma-Mass Spectrometry 代表性成果 SCOPUS SCIE\n6. Concentrations and fluxes of uranium in two major Chinese rivers: The Changjiang River and the Huanghe River 代表性成果 SCIE SCOPUS\n7. 氢化物发生与扇形磁场电感耦合等离子体质谱联用测定天然水中无机硒的价态 代表性成果 知网 万方 维普 SCIE CSCD\n8. 生物碳酸盐中硫同位素组成分析及其应用 代表性成果\n9. 扇形磁场电感耦合等离子体质谱法测定硫同位素组成 代表性成果 知网 CSCD 维普 SCIE\n10. 高分辨电感耦合等离子体质谱法测定珊瑚中铅的同位素组成研究 代表性成果\n11. Heavy metal contamination in surface sediments of Yangtze River intertidal zone: An assessment from different indexes 代表性成果 SCIE PubMed EI SCOPUS\n12. Lead (Pb) isotopes as a tracer of Pb origin in Yangtze River intertidal zone 代表性成果 SCIE SCOPUS\n作者：Zhang, WG;Feng, H;Chang, JN;Qu, JG;Yu, LZ\n作者机构：[Feng, Huan] Montclair State Univ, Dept Earth & Environm Studies, Montclair, NJ 07043 USA.; [Zhang, Weiguo; Chang, Jinna; Qu, Jianguo; Yu, Lizhong] 更多[Feng, Huan] Montclair State Univ, Dept Earth & Environm Studies, Montclair, NJ 07043 USA.; [Zhang, Weiguo; Chang, Jinna; Qu, Jianguo; Yu, Lizhong] E China Normal Univ, State Key Lab Estuarine & Coastal Res, Shanghai 200062, Peoples R China. 收起\n13. 离线预富集电感耦合等离子体质谱法测定天然水体中溶解态硅 代表性成果 知网 万方 SCIE CSCD\n14. 长江口潮滩重金属污染现状研究及其污染源的识别 代表性成果\n15. 微生物法处理含锌废水的应用基础研究 代表性成果\n16. 硫酸盐还原菌处理含铬(Ⅵ)废水的基础研究 代表性成果\n17. 铬(VI)还原菌的分离筛选及应用基础研究 代表性成果


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url: =2019-2021 可见光响应多级孔硼碳氮磷复合纳米材料的结构调控及其催化氧化5-羟甲基呋喃甲醛的研究, 河北省自然科学基金面上项目：B2019204023，主持。（河北省科技厅）\n1.Shutao Gao, Miao Fan, Zhenhua Li, Kun Ge, Xing-Jie Liang & Jinchao Zhang*, Smart calcium peroxide with self-sufficience for biomedicine, Sci China Life Sci, 2020, 63(1), 152-156.（中科院1区，IF = 3.58）\n2.Shutao Gao, Yan Jin, Kun Ge, Zhenhua Li,* Huifang Liu, Xinyue Dai, Yinghua Zhang, Shizhu Chen, Xingjie Liang,* and Jinchao Zhang*, Self-supply of O2 and H2O2 by a Nanocatalytic Medicine to Enhance Combined Chemo/Chemodynamic Therapy, Advanced Science, 2019, 1902137. （中科院1区，IF = 15.8）\n3.Tao Feng, Jun-Min Wang, Shu-Tao Gao*, Cheng Feng, Ning-Zhao Shang, Chun Wang*, Xue-Li Li, Covalent triazine frameworks supported CoPd nanoparticles for boosting hydrogen generation from formic acid, Applied Surface Science, 2019, 469, 431-436.（中科院2区，IF = 5.15）\n4.Xin Zhou, Xu-Feng Meng, Jun-Min Wang, Ning-Zhao Shang, Tao Feng, Zheng-Yang Gao, Hao-Xu Zhang, Xun-Lei Ding, Shu-Tao Gao*, Cheng Feng, Chun Wang*, Boron nitride supported NiCoP nanoparticles as noble metal-free catalyst for highly efficient hydrogen generation from ammonia borane, International Journal of Hydrogen Energy, 2019, 10(22), 4764-4770.（中科院2区，IF = 4.23）\n5. Shutao Gao, Pengli Zheng, Zhenhua Li*, Xiaochen Feng, Weixiao Yan, Shizhu Chen, Weisheng Guo, Dandan Liu, Xinjian Yang, Shuxiang Wang, Xing-Jie Liang*, Jinchao Zhang*, Biomimetic O2-Evolving metal-organic framework nanoplatform for highly efficient photodynamic therapy against hypoxic tumor, Biomaterials, 2018, 178, 83-94. （中科院1区，IF = 10.2）\n6. Shu-Tao Gao, Weihua Liu, Cheng Feng*, Ning-Zhao Shang, Chun Wang*, Ag-Pd alloy supported on amine-functionalized UiO-66 as an efficient synergetic catalyst for dehydrogenation of formic acid at room temperature, Catalysis Science & Technology, 2016, 6, 869–874. （中科院2区，IF = 5.72）\n7. Shutao Gao, Tao Feng, Cheng Feng, Ningzhao Shang, Chun Wang*, Novel visible-light-responsive Ag/AgCl@MIL-101 hybrid materials with synergistic photocatalytic activity, Journal of Colloid and Interface Science, 2016, 466, 284–290.（中科院2区，IF = 6.36）\n8. Shutao Gao, Tao Feng, Qiuhua Wu, Cheng Feng*, Ningzhao Shang, Chun Wang*, Immobilizing AgPd Nanoparticles on Vulcan XC-72 carbon: a novel catalyst for highly efficient hydrogen generation from formaldehyde aqueous solution, RSC Advance, 2016, 6, 105638–105643.（中科院3区，IF = 3.48）\n9.Shutao Gao, Ningzhao Shang, Cheng Feng, Chun Wang*, and Zhi Wang, Graphene Oxide-Palladium Modified Ag-AgBr: A Novel Visible-Light-Responsive Photocatalyst for the Suzuki Coupling Reaction, RSC Advance, 2014, 4 (74), 39242 – 39247.（中科院3区，IF = 3.48）\n10. Shutao Gao, Weihua Liu, Ningzhao Shang, Cheng Feng, Chun Wang*, Qiuhua Wu, Zhi Wang, Integration of Plasmonic Semiconductor with Metal–Organic Framework: A Case of Ag/AgCl@ZIF-8 with Enhanced Visible Light Photocatalytic Activity, RSC Advance, 2014, 4, 61736–61742.（中科院3区，IF = 3.48）


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