url: =第24卷/第4期/2017年4月 - 中南大�W�W�螅ㄗ匀豢�W版、英文版）\nVol. 24 No. 4 April 2017\nRemoval of astrazon golden yellow 7GL from colored wastewater using chemically modified clay Meltem ？AKMAK, ？eyda TA？AR, Veyis SELEN, Dursun ？ZER, Ahmet ？ZER 743\nPreparation and characterization of highly photocatalytic active hierarchical BiOX (X=Cl, Br, I) microflowers for rhodamine B degradation with kinetic modelling studies GU Ying-ying(古映��), ZHAO Li(�w莉), YANG Ming-yang(�蠲麝�), XIONG Yi-qiu(熊意求), WU Zhe(���), ZHOU Min-jia(周敏嘉), YAN Jun(��) 754\nDeep drawing of cup shell by powder cavity flexible forming technology XUE Ya-hong(薛���t), CHEN Ke(�科), FAN Cun-jie(范存杰), LUO Jun-ting(�俊廷) 766\nGaseous hydrogen storage thermodynamics and kinetics of RE�CMg�CNi-based alloys prepared by mechanical milling ZHANG Yang-huan(��羊�Q), YUAN Ze-ming(袁�擅�), YANG Tai(�钐�), BU Wen-gang(卜文��),HOU Zhong-hui(侯忠�x), ZHAO Dong-liang(�w��梁) 773\nPrecipitation and decomposition behaviors of carbides in AISI M2 high-speed steel with nitrogen and mischmetal LIU Bao-long(�����), Lü Zhi-qing(�沃�清), FENG Wei-wei(�T唯��), REN Ting-zhi(任廷志), FU Wan-tang(傅�f堂) 782\nSelective separation of gallium from aluminum in SDS�CGa�CAl and SDS�CGa�CAl�Cfluoride systems by ion flotation Bahri Zahra, Rezai Bahram, Kowsari Elaheh 789\nEffect of salts on earthen materials deterioration after humidity cycling SHEN Yun-xia(沈云霞), CHEN Wen-wu(�R文武), KUANG Jing(匡�o), DU Wei-fei(杜�ワw) 796\nNC-MACPABE: Non-centered multi-authority proxy re-encryption based on CP-ABE for cloud storage systems XU Xiao-long(徐小��), ZHANG Qi-tong(����桐), ZHOU Jing-lan(周�o��) 807\nAn adaptive stable observer for on board auxiliary inverters with online current identification strategy LI Wei(李蔚), LIU You-mei(�⒂衙�), CHEN Te-fang(�特放), DENG Jiang-ming(�江明) 819\nOptimal setting and placement of FACTS devices using strength Pareto multi-objective evolutionary algorithm Amin Safari, Mojtaba Bagheri, Hossein Shayeghi 829\nDynamic analysis of spatial parallel manipulator with rigid and flexible couplings LIU Shan-zeng(�⑸圃�), DAI Jian-sheng(戴建生), SHEN Gang(沈��), LI Ai-min(李艾民), CAO Guo-hua(曹���A), FENG Shi-zhe(�T世哲), MENG De-yuan(孟德�h) 840\nFinite element analysis and experiment on multi-wedge cross wedge rolling for asymmetric stepped shaft of C45 JI Hong-chao(�o宏超), LIU Jin-ping(��x平), FU Xiao-bin(付�员�), TANG Xue-feng(唐�W峰), WANG Bao-yu(王��雨), HUANG Xu(�S旭) 854\nBreakdown characteristics of CF4 and CF4/N2 hybrid gas in refrigeration temperature range HOU Meng-xi(侯孟希), LI Wei-guo(李�l��), YUAN Chuang-ye(袁���I), YANG Yi-xin(�以歆), OUYANG Jie(�W���) 861\nCrack growth analysis for rock-like materials with ordered multiple pre-cracks under biaxial compression WANG Min(王敏), CAO Ping(曹平), WAN Wen(�f文), ZHAO Yan-lin(�w延林), LIU Jie(�⒔�), LIU Jing-shuo(�⒕╄p) 866\nDynamic behavior of new cutting subgrade structure of expensive soil under train loads coupling with service environment QIU Ming-ming(邱明明), YANG Guo-lin(�罟�林), SHEN Quan(申��), YANG Xiao(��[), WANG Gang(王��), LIN Yu-liang(林宇亮) 875\nOptimization of passive control performance for different hard disk drives subjected to shock excitation Seyed Rashid Alavi, Mehdi Rahmati, Saeed Ziaei-Rad 891\nNoise cancellation of a multi-reference full-wave magnetic resonance sounding signal based on a modified sigmoid variable step size least mean square algorithm TIAN Bao-feng(田���P), ZHOU Yuan-yuan(周媛媛), ZHU Hui(朱慧), JIANG Chuan-dong(�Y川�|), YI Xiao-feng(易�苑�) 900\nA new multilevel voltage source inverter configuration with minimum number of circuit elements Mohammad Reza Jannati Oskuee, Masoumeh Karimi, Yahya Naderi, Sajad Najafi Ravadanegh, Seyyed Hossein Hosseini 912\nThermal analysis of an LED module with a novelly assembled heat pipe heat sink TANG Yong(��勇), CHEN Qiu(�丘), GUAN Wo-huan(�P沃�g), LI Zong-tao(李宗��), YU Bin-hai(余彬海), YUAN Wei(袁��) 921\nFire resistance performance of glulam beam CHEN Chang-kun(��L坤), YANG Jian(�罱�), CHEN Jie(�杰), ZENG Jia-wei(曾嘉��), WANG Wei-yu(王�|玉), ZHAO Xiao-long(�w小��) 929\nEffect of Friedel’s salt on strength enhancement of stabilized chloride saline soil CHENG Yin(程寅), LI Zhan-guo(李���), HUANG Xin(�S新), BAI Xiao-hong(白�约t) 937\nDynamic responses of K-type and inverted-K-type jacket support structures for offshore wind-turbines LIAO Ying-di(廖迎娣), GUO Meng-yuan(郭��A), WANG Na(王娜), HOU Li-jun(侯利�), CHEN Da(��_) 947\nCollapse analysis of tunnel floor in karst area based on Hoek-Brown rock media YANG Xiao-li(�钚《Y), LI Zheng-wei(李正��), LIU Zheng-an(�⒄�安), XIAO Hai-bo(肖海波) 957\nOne-dimensional large-strain consolidation of soft clay with non-Darcian flow and nonlinear compression and permeability of soil LI Chuan-xun(李���), WANG Chang-jian(王昌建), LU Meng-meng(�R萌盟), LU Jian-fei(�建�w), XIE Kang-he(�x康和) 967\nPorosity of crushed rock layer and its impact on thermal regime of Qinghai-Tibet Railway embankment LIU Ming-hao(�⒚骱�), LI Guo-yu(李��玉), NIU Fu-jun(牛富俊), LIN Zhan-ju(林�鹋e), SHANG Yun-hu(商允虎) 977\nParameters studies for rail wear in high-speed railway turnouts by unreplicated saturated factorial design XU Jing-mang(徐井芒), WANG Ping(王平), MA Xiao-chuan(�R�源�), QIAN Yao(�X��), CHEN Rong(��V) 988\nUnivector field method-based multi-agent navigation for pursuit problem in obstacle environments Le Pham Tuyen, Hoang Huu Viet, Sang Hyeok An, Seung Gwan Lee, Dong-Han Kim, Tae Choong Chung 1002


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url: =K957 Train Timetable | Qingdao North to Baicheng | China-Travel-Guide.net\nQingdao North to Baicheng\nTrain Number: K957 Start Station: Qingdao North End Station: Baicheng\nTrain Type K Start Time: 18:09 End Time: 21:20\nIntermediate Stations: Qingdao North, Weifang, Zibo, Daminghu, Dezhou, Botou, Cangzhou, Tianjin, Tangshan, Changli, Beidaihe, Qinhuangdao, Shanhaiguan, Suizhong, Huludao, Jinzhou, Goubangzi, Dahushan, Shenyang, Zhangwu, Ganqika, Tongliao, Baolongshan, Taipingchuan, Tongyu, Taonan, Baicheng\n1 Qingdao North ---- 18:09 0 mins\n2 Weifang 19:55 20:02 7 mins\n3 Zibo 21:06 21:09 3 mins\n4 Daminghu 22:19 22:40 21 mins\n5 Dezhou 00:11 00:13 2 mins\n6 Botou 00:56 00:58 2 mins\n7 Cangzhou 01:22 01:25 3 mins\n8 Tianjin 03:19 03:26 7 mins\n9 Tangshan 05:04 05:19 17 mins\n10 Changli 06:34 06:51 16 mins\n11 Beidaihe 07:11 07:21 10 mins\n12 Qinhuangdao 07:39 07:42 3 mins\n13 Shanhaiguan 08:07 08:13 6 mins\n14 Suizhong 08:55 08:57 2 mins\n15 Huludao 09:40 09:50 10 mins\n16 Jinzhou 10:28 10:32 4 mins\n17 Goubangzi 11:11 11:13 2 mins\n18 Dahushan 11:40 11:42 2 mins\n19 Shenyang 13:13 13:33 20 mins\n20 Zhangwu 15:34 15:38 3 mins\n21 Ganqika 16:29 16:31 3 mins\n22 Tongliao 17:35 18:00 23 mins\n23 Baolongshan 18:43 18:45 2 mins\n24 Taipingchuan 19:29 19:32 3 mins\n25 Tongyu 20:06 20:08 2 mins\n26 Taonan 20:49 20:52 2 mins\n27 Baicheng 21:20 21:20 0 mins\nK957 is a K train route originating from Qingdao North at 18:09, and arriving at the final destination of Baicheng at 21:20. The duration of the total journey is 3 hours 11 minutes. There are 27 stops in total: Qingdao North, Weifang, Zibo, Daminghu, Dezhou, Botou, Cangzhou, Tianjin, Tangshan, Changli, Beidaihe, Qinhuangdao, Shanhaiguan, Suizhong, Huludao, Jinzhou, Goubangzi, Dahushan, Shenyang, Zhangwu, Ganqika, Tongliao, Baolongshan, Taipingchuan, Tongyu, Taonan, Baicheng. You can purchase tickets starting at, and ending at any station. Ticket prices are set on a per kilometer basis.


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url: =Creation Date: 雍正元年 i.e. 1723] / Place Of Origin: [China and China / Publisher: Jing shen tang and 敬愼堂, / Repository: Harvard-Yenching Library, Harvard University / Subjects: China--History--Ming dynasty, 1368-1644 - Chinese Rare Books - CURIOSity Digital Collections Search Results\nYou searched for: Creation Date 雍正元年 i.e. 1723] Remove constraint Creation Date: 雍正元年 i.e. 1723] Place Of Origin [China Remove constraint Place Of Origin: [China Place Of Origin China Remove constraint Place Of Origin: China Publisher Jing shen tang Remove constraint Publisher: Jing shen tang Publisher 敬愼堂, Remove constraint Publisher: 敬愼堂, Repository Harvard-Yenching Library, Harvard University Remove constraint Repository: Harvard-Yenching Library, Harvard University Subjects China--History--Ming dynasty, 1368-1644 Remove constraint Subjects: China--History--Ming dynasty, 1368-1644


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url: =2013, (03) 181-185\nEffects of Transcutaneous Electrical Acupoint Stimulation of "Zusanli"(ST 36) on Gastric Mucosal Injury in Exercise Stress-induced Gastric Ulcer Rats\n常波.中医药消除运动疲劳方法、手段、机理研究[M].北京:北京体育大学出版社,2010:35-43.Chang B.Methods and Mechanism of Traditional ChineseMedicine Therapies for Relieving Exercise-induced Fatigue[M](Chin).Beijing:Beijing Sport University Publishing House,2010:35-43.\n张安民,张青元,李晓旭.针灸提高运动能力的研究进展与分析[J].上海针灸杂志,2010,29(5):330-333.Zhang A M,Zhang Q Y,Li X X.Progress of researches onimprovement of exercise capacity induced by acupuncture inter-vention[J].Shanghai Zhen Jiu Za Zhi(Shanghai J Acu-moxi,Chin),2010,29(5):330-333.\n梁宜,方剑乔,汪存信,等.经皮穴位电刺激对力竭运动大鼠血浆超氧化物歧化酶和丙二醛的影响[J].针刺研究,2008,33(2):120-123.Liang Y,Fang J Q,Wang C X,et al.Effects of transcuta-neous electric acupoint stimulation on plasma SOD and MDA inrats with sports fatigue[J].Zhen Ci Yan Jiu(Acupunct Res,Chin),2008,33(2):120-123.\n董晓敏,吴立红,孙清华,等.经皮穴位电刺激足三里抗运动性疲劳的临床研究[J].浙江中医杂志,2008,43(6):353-354.Dong X M,Wu L H,Sun Q H,et al.Clinical research ontranscutaneous electric acupoint stimulation at Zusanli(ST 36)for exercise-induced fatigue[J].Zhejiang Zhong Yi Za Zhi(Zhejiang J Trad Chin Med,Chin),2008,43(6):353-354.\n游世晶,具紫勇,夏勇,等.经皮穴位电刺激对大运动量耐力训练大鼠骨骼肌NO、TNOS、iNOS含量的影响[J].中国运动医学杂志,2011,30(5):448-451.You S J,Ju Z Y,Xia Y,et al.Effects of the transcutaneouselectrical acupoint stimulation on the NO,TNOS and iNOS le-vels of skeletal muscle in rats during extensive endurance trai-ning[J].Zhongguo Yun Dong Yi Xue Za Zhi(Chin J SportsMed,Chin),2011,30(5):448-451.\n屈红林,陈惠宇.运动引起应激与应激性疾病的研究进展[J].中国康复医学,2008,23(8):768-770.Qu H L,Chen H Y.The progress of researches sport inducedstress and stress disorders[J].Zhongguo Kang Fu Yi Xue(Chin J Rehabil Med,Chin),2008,23(8):768-770.\n汶希,陈楚杰,陈建新.大黄提取液干预运动应激性胃溃疡大鼠模型的实验研究[J].中医学报,2012,27(5):585-587.Wen X,Chen C J,Chen J X.Research of rhubarb on interfe-ring in exercise stress ulcer of rats[J].Zhong Yi Xue Bao(Chin J Chin Med,Chin),2012,27(5):585-587.\n刘汉平,梁波,曾常春,等.针灸及艾灸足三里穴缓解大鼠运动性疲劳作用的比较[J].中国组织工程研究与临床康复,2009,13(24):4725-4729.Liu H P,Liang B,Zeng C C,et al.Anti-fatigue effects ofacupuncture versus moxibustion at the Zusanli acupoint in ex-ercise-induced fatigue rats[J].Zhongguo Zu Zhi Gong ChengYan Jiu Yu Lin Chuang Kang Fu(J Clin Rehabil Tissue EnginRes,Chin),2009,13(24):4725-4729.\n胡柏平,范学辉.电针足三里穴对运动应激性溃疡几种脑肠肽含量的影响[J].中国体育科技,2008,44(12):133-135,143.Hu B P,Fan X H.Effects of electro-acupuncture at Zusanli onbrain-gut peptide contents in rats with exercise-induced stressulcer[J].Zhongguo Ti Yu Ke Ji(Chin Sport Sci Technol,Chin),2008,44(12):133-135,143.\n张乐乐,方剑乔,邵晓梅,等.TEAS复合药物全麻行控制性降压后胃血流的变化[J].世界华人消化杂志,2012,20(11):901-906.Zhang L L,Fang J Q,Shao X M,et al.Changes in gastricblood flow in dogs undergoing transcutaneous electrical acu-point stimulation combined with general anesthesia for con-trolled hypotension[J].Shi Jie Hua Ren Xiao Hua Za Zhi(World Chin J Digestol,Chin),2012,20(11):901-906.\n朱明,陈立典.针灸足三里对胃黏膜损伤保护机制的研究进展[J].福建中医学院学报,2009,19(3):70-72.Zhu M,Chen L D.The progress of researches on the under-lying mechanism of acupuncture stimulation at Zusanli(ST36)for stress-induced gastric mucosal injury[J].FujianZhong Yi Xue Yuan Xue Bao(J Fujian Univ Trad Chin Med,Chin),2009,19(3):70-72.\n冯毅翀,徐志伟,潘华山,等.人参皂甙Rg1对运动性疲劳大鼠骨骼肌结构及功能的影响[J].广州中医药大学学报,2010,27(1):40-44.Feng Y C,Xu Z W,Pan H S,et al.Effects of ginsenosideRg 1on structure and function of rat skeletal muscle withexercise-induced fatigue[J].Guangzhou Zhong Yi Yao DaXue Xue Bao(J Guangzhou Univ Trad Chin Med,Chin),2010,27(1):40-44.\n李忠仁.实验针灸学[M].北京:中国中医药出版社,2007:326.Li Z R.Experimental Acupuncturology[M](Chin).Beijing:China Press of Traditional Chinese Medicine,2007:326.\n梁宜,方剑乔,邵晓梅,等.经皮穴位电刺激足三里穴对跑台力竭运动大鼠自由基代谢的影响[J].中国中医药科技,2008,15(4):251-252.Liang Y,Fang J Q,Shao X M,et al.Effect of transcutaneouselectric acupoint stimulation on Zusanli on SOD and MDA in ratswith sports fatigue[J].Zhongguo Zhong Yi Yao Ke Ji(Chin JTrad Med Sci Technol,Chin),2008,15(4):251-252.\nGuth P H.Topical aspirin plus HCl gastric lesion in the ratcyto-protective effect of prostaglandin cimctidine and proban-thine[J].Gastroenterlogy,1987,57(6):85-87.\n武露凌,刘钢.关于运动性疲劳动物模型建立的综述[J].体育与科学,2007,28(3):73-76.Wu L L,Liu G.The review on animal model of exercise fa-tigue[J].Ti Yu Yu Ke Xue(J Sports Sci,Chin),2007,28(3):73-76.\n姚璐,张缨,张连锋.跑台运动在动物实验研究中的应用[J].中国比较医学杂志,2010,20(6):75-81.Yao L,Zhang Y,Zhang L F.The applications of treadmill inthe study of laboratory animals[J].Zhongguo Bi Jiao Yi XueZa Zhi(Chin J Comp Med,Chin),2010,20(6):75-81.\n胡柏平,倪静.运动应激性胃溃疡动物模型的建立及其行为学评价[J].体育科学,2007,27(11):55-60.Hu B P,Ni J.Establishment and behavior evaluation ofexercise stress gastric ulcer model[J].Ti Yu Ke Xue(ChinSport Sci,Chin),2007,27(11):55-60.\n赵一杰,谢君.力竭性运动对胃黏膜损伤机制及其预防[J].河北北方学院学报:医学版,2010,27(3):66-68.Zhao Y J,Xie J.The mechanism of exhausted sport inducedgastric mucosal lesion and prevention[J].Hebei Bei Fang XueYuan Xue Bao:Yi Xue Ban(J Hebei North Univ:Med Ed,Chin),2010,27(3):66-68.\n张子彦,赵爱泉.中医药对运动性疲劳恢复作用[J].浙江中医药大学学报,2008,32(5):685-686.Zhang Z Y,Zhao A Q.The restoration promoting effect ofChinese drugs on exercise-induced fatigue[J].Zhejiang ZhongYi Yao Da Xue Xue Bao(J Zhejiang Univ Trad Chin Med,Chin),2008,32(5):685-686.\n应晓明,邵晓梅,方剑乔.不同针灸疗法抗大鼠运动性疲劳疗效比较[J].中华中医药学刊,2009,27(1):125-127.Ying X M,Shao X M,Fang J Q.Comparison on the effectsof different acupuncture therapies on exercise-induced fatiguein rats[J].Zhonghua Zhong Yi Yao Xue Kan(Chin ArchTrad Chin Med,Chin),2009,27(1):125-127.


url: =Methods of Detecting Vulnerable Plaques at Present--《Practical Journal of Cardiac Cerebral Pneumal and Vascular Disease》2008年05期\n《Practical Journal of Cardiac Cerebral Pneumal and Vascular Disease》 2008-05\nMethods of Detecting Vulnerable Plaques at Present\nXU Jin-peng,SONG Shu-jiang,LIU Fu-lin,et al.Department of Cardiology,The Hospital Affiliated Hebei University,Baoding 071000,China\nIt is always one of the most interesting problem that how we can detect the vulnerable atherosclerotic plaque as early as possible.Finding the vulnerable plaques early and managing them will significantly benefit the patients.In this article,we introduce and comment the methods of detecting vulnerable plaques at present.\n1 ;Multi-slice Spiral CT in Detecting Atherosclerotic Plaque of Coronary Artery and Its Clinical Significance[J];Journal of Practical Radiology;2007-09\n2 Chen Wenqiang,Zhang Yun,Zhang Mei,et al Department of Cardiology,Qilu Hospital of Shandong University,Jinan 250012 China;Clinical Study on Intravascular Ultrasonic Features of Unstable Atherosclerotic Plaques[J];Chinese Journal of Ultrasound In Medicine;2004-04\n3 LIAN Zhe-xun *, CAI Shang-lang, Tank Seungjea. *Department of Cardiology, the Affiliated Hospital of Qindao University Medical College, Qingdao 266003, China;Relationship between coronary remodeling patterns and clinical presentation:an intravascular ultrasound study[J];Chinese Journal of Ultrasonography;2003-03\n4 MA Shu-mei, ZOU De-ling, SUN Zhi-jun, YANG Zhi-yong, CAO Qian, SUN Zhao-qing, LI Xiao-dong, SUN Ying-xian, MIZINO Kyoichi. Department of Cardiology, The Second Affiliated Hospital of China Medical University , Shenyang 110004, China;Exploration on the relationship between thrombosis and stability of coronary atherosclerotic plaque in patients with unstable angina pectoris[J];Chinese Journal of Cardiology;2005-04


url: =Measures to promote the China's Urbanization--《Journal of Anhui Normal University(Philosophy & Social Sciences)》1999年04期\n《Journal of Anhui Normal University(Philosophy & Social Sciences)》 1999-04\nMeasures to promote the China's Urbanization\nJIAO hua-fu; XU Dian-zhong(Dept. of Geography, ANU, Wuhu 241000, Anhui)\nUrbanization is the inevitable outcome of industrialization, which was confirmed by the developmentprocess of the developed countries. After 1949, the process of urbanization in mainland China fluctuated and became slower. In 1997 the urbanization level was at 29. 92 % that was lower than the avereqe level of the developing countries. In this papar the author analyses the main factors restricting the process of urbanization in China,such as population, lack capital fund and some old rules. Some measures to promte the urbanization process havebeen put forward.\n1 LUO Shi-jun,L Zhen-ting,WANG Bing-jian(College of Territorial Resources and Tourism,Anhui Normal University,Wuhu 241000,China);Analysis on Surplus Labor Force Problem in Lu'an City[J];Resource Development & Market;2007-12\n1 Men Xiao Chen;Urbanization and the Approach to Urbanization[J];City Planning Review;1992-03\n2 SUN Jing(Southwest Learns Field Science Department Academy Area Economics,Chongqing 400715);Discussion on the Strength of City/township-building for the Improvement of Regional Economic Development in Chongqing[J];Journal of Anhui Agricultural Sciences;2007-36\n3 JIAO Hua fu (College of Territorial Resources and Tourism, Anhui Normal University, 241000,Wuhu, Anhui, China);CHARACTERISTICS AND INSPIRATION OF THE URBANIZATION IN THE DEVELOPING COUNTRIES[J];Journal of Anhui Normal University(Natural Science);2000-04\n4 XIA Wei-li,WEI Ya-rui,LI Xue-ling (College of Environment and Planning,Henan University,Kaifeng 475000,China);Analysis of the City Cize Ctructure of the Central Plain Surban Agglomeration[J];Journal of Anyang Normal University;2008-05\n5 CHEN Yanguang~ 1) ZHOU Yixing(Department of Geography, Peking University, Beijing, 100871);Modeling the Urbanization Process of China by Using Nonlinear Dynamic Equations[J];Acta Scientiarum Naturalium Universitatis Pekinensis;2006-04\n6 CHEN Yanguang ZHOU Yixing (Department of Urban and Environmental Sciences,Peking University, Beijing, 100871);A Study of Multifractal Measures of the Spatial Structureof the Urban System in Central Plains[J];Acta Scicentiarum Naturalum Universitis Pekinesis;2001-06\n7 CHEN Yanguang ZHOU Yixing (Department of Urban and Environmental Sciences,Peking University, Beijing, 100871);Researches in Models of Allometric Analysis of Urban Systems andForecast of Urbanization Level Based on RS Data of Urban Area[J];Acta Scicentiarum Naturalum Universitis Pekinesis;2001-06\n8 CHEN Yanguang ZHOU Yixing (Department of Geography,Peking University,Beijing,100871);Multifractal Measures of City-size Distributions Based onthe Three-Parameter Zipf Law:Mathematical Frameworks and Empirical Evidence[J];Acta Scicentiarum Naturalum Universitis Pekinesis;2002-06\n9 CHEN Yanguang (Department of Geography,Peking University,Beijing,100871);Spatial Structure of Central-Place Systems: Fractals and Scaling Laws[J];Acta Scicentiarum Naturalum Universitis Pekinesis;2004-04\n10 CHEN Yanguang ZHOU Yixing (Department of Geography, Peking University, Beijing, 100871);Modeling Self-Organized Network of Cities Based on the Urban Triangular Lattice Model[J];Acta Scicentiarum Naturalum Universitis Pekinesis;2005-02\n3 Cheng Xiangzhan(Shandong University Research Center for Aesthetics and Literary Theory,Jinan,250100);Outline of Megalopolis Thinking in the West[A];[C];2006\n4 Liu Chaoming Han Bin (School of Economics & management of Southwest Jiaotong University Chengdu 610031);Research into the Economic Convergency and Outward Functional Effect of Chengdu Metropolitan Circle in Western China[A];[C];2008\n5 PU Ying-xia1, MA Rong-hua2, MA Xiao-dong3, GU Chao-lin4, (1. School of Geography and Oceanography Sciences, Nanjing University, Nanjing 210093; 2.Nanjing Institute of Geography and Limnology, CAS, Nanjing 210008; 3. College of Urban and Environmental Science, Xuzhou Normal University, Xuzhou 221009; 4. Department of Urban Planning, School of Architecture, Tsinghua University, Beijing 100083);SPATIO-TEMPORAL DYNAMICS OF CITY-SIZE DISTRIBUTION IN YANGTZE RIVER DELTA[A];[C];2009\n7 School of Management China University of Mining and Technology,Doctor (Sichuan University of Liberal Arts and Science,Associate Professor ,Sichuan,Dazhou,635000 );Evaluation Study into the Quality of Province-wide Urbanization Level[A];[C];2006\n1 LI Xunlai, LI Guoping (School of Finance & Economics, Xi’an Jiaotong University, Xi’an 710061,China);A Model of Rural Labor Transfer and its Empirical Analysis[J];The Study of Finance and Economics;2005-06\n2 Meng Xiaochen (Department of Geography, Peking University, Beijing 100871);ON THE MECHANISM OF URBANIZATION[J];Acta Geographica Sinica;1992-05\n3 SUN Li-xin (Shijiazhuang University of Economics,Shijiazhuang,Hebei 050031);Research on Urbanizing and the Transfermation of surplus labor force in agriculture[J];Journal of Shijiazhuang of University of Economics;2003-04\n4 PENG Rong-sheng1,2(1.College of Environment and Planning,Henan University,Kaifeng 475001,Henan,China;2.College of Economic and Management,Xinyang Normal University,Xinyang 464000,Henan,China);AN EMPIRICAL STUDY ON URBANIZATION FROM THE POINT OF VIEW OF RURAL LABOR TRANSFER——A CASE STUDY ON HENAN PROVINCE[J];Economic Geography;2007-01


url: =Ethanol-Promoted Fabrication of Tungsten Oxide Nanobelts with Defined Crystal Orientation - Surrey Research Insight Open Access\nDaothong, S, Songmee, N, Dejang, N, Pichler, T, Shiozawa, H, Jia, Y, Batchelor, D, Kauppinen, E, Thongtem, S, Ayala, P et al and Singjai, P (2010) Ethanol-Promoted Fabrication of Tungsten Oxide Nanobelts with Defined Crystal Orientation JOURNAL OF PHYSICAL CHEMISTRY C, 114 (1). pp. 10-14.\nScience & Technology, Physical Sciences, Technology, Chemistry, Physical, Nanoscience & Nanotechnology, Materials Science, Multidisciplinary, Chemistry, Science & Technology - Other Topics, Materials Science, CHEMISTRY, PHYSICAL, MATERIALS SCIENCE, MULTIDISCIPLINARY, NANOSCIENCE & NANOTECHNOLOGY, CARBON NANOTUBES, ELECTROCHROMIC DEVICES, NANOWIRES, GROWTH, NANORODS, ARRAYS, VAPOR


url: =Figure 1 - Novel Avian Influenza A(H7N9) Virus in Tree Sparrow, Shanghai, China, 2013 - Volume 20, Number 5—May 2014 - Emerging Infectious Diseases journal - CDC\nNovel Avian Influenza A(H7N9) Virus in Tree Sparrow, Shanghai, China, 2013\nBaihui Zhao1, Xi Zhang1, Wenfei Zhu1, Zheng Teng, Xuelian Yu, Ye Gao, Di Wu, Enle Pei, Zhengan Yuan, Lei Yang, Dayan Wang, Yuelong Shu, and Fan Wu\nAuthor affiliations: Shanghai Municipal Center for Disease Control and Prevention, Shanghai, China (B. Zhao, X. Zhang, Z. Teng, X. Yu, Y. Gao, Z. Yuan, F. Wu); National Institute for Viral Disease Control and Prevention, Chinese Center for Disease Control and Prevention, Beijing, China (W. Zhu, L. Yang, D. Wang, Y. Shu); Shanghai Wildlife Conservation and Management Center, Shanghai (D. Wu, E. Pei)\nFigure 1. Location of tree sparrow from which novel avian influenza A(H7N9) virus was isolated: Chongming National Dongping Forest Park of Shanghai (yellow solid circle), which is located in the Australia–East Asia migratory wild bird flywayTop right: sampling locations in Shanghai CityBottom right: sampling location of influenza A(H7N9)–positive tree sparrowCM, Chongming district; BS, Baoshan District; JD, Jiading District; SH center, Changning, Putuo and Xuhui Districts; QP, Qingpu District; MH, Minhang District; SJ, Songjiang District; PD, Pudong District; FX, Fengxian District; JS, Jinshan District.\nPage created: April 17, 2014\nPage updated: April 17, 2014\nPage reviewed: April 17, 2014\nNovel Avian Influenza A(H7N9) Virus in Tree Sparrow, Shanghai, China, 2013expand


url: =Eigenheer, Richard A. (1)\nKatz, Ehud (1)\nNegre-Zakharov, Florence (1)\nSadka, Avi (1)\nShulaev, Vladimir (1)\n1. Grape Seed Proanthocyanidin Extract–Mediated Regulation of STAT3 Proteins Contributes to Treg Differentiation and Attenuates Inflammation in a Murine Model of Obesity-Associated Arthritis Jhun, Joo Yeon | Moon, Su-Jin | Yoon, Bo Young | Byun, Jae Kyung | Kim, Eun Kyung | Yang, Eun Ji | Ju, Ji Hyeon | Hong, Yeon Sik | Min, Jun Ki | Park, Sung Hwan | Kim, Ho Youn | Cho, Mi-La\n2. Coenzyme Q10 Ameliorates Pain and Cartilage Degradation in a Rat Model of Osteoarthritis by Regulating Nitric Oxide and Inflammatory Cytokines Lee, Jennifer | Hong, Yeon Sik | Jeong, Jeong Hee | Yang, Eun Ji | Jhun, Joo Yeon | Park, Mi Kyoung | Jung, Young Ok | Min, Jun Ki | Kim, Ho Youn | Park, Sung Hwan | Cho, Mi-La\n3. Grape seed proanthocyanidin extract ameliorates monosodium iodoacetate-induced osteoarthritis Woo, Yun Ju | Joo, Young Bin | Jung, Young Ok | Ju, Ji Hyeon | Cho, Mi La | Oh, Hye Jwa | Jhun, Joo Youn | Park, Mi Kyung | Park, Jin Sil | Kang, Chang Min | Sung, Mi Sook | Park, Sung Hwan | Kim, Ho Youn | Min, Jun Ki\n4. Pigmented Basal Cell Carcinoma of the Nipple-Areola Complex in an Elderly Woman Jung, Han Jin | Jun, Jae Hun | Kim, Ho Youn | Lee, Seok-Jong | Kim, Do Won | Lee, Weon Ju | Jung, Jin Hyang\n5. Label-free shotgun proteomics and metabolite analysis reveal a significant metabolic shift during citrus fruit development Katz, Ehud | Boo, Kyung Hwan | Kim, Ho Youn | Eigenheer, Richard A. | Phinney, Brett S. | Shulaev, Vladimir | Negre-Zakharov, Florence | Sadka, Avi | Blumwald, Eduardo\nJournal of Experimental Botany 2011;62(15):5367-5384.\nCitrus; fruit development; juice sac cells; LC-MS/MS; proteomics\n6. Parry-Romberg Syndrome with En Coup de Sabre Jun, Jae Hun | Kim, Ho Youn | Jung, Han Jin | Lee, Weon Ju | Lee, Seok-Jong | Kim, Do Won | Kim, Moon Bum | Kim, Byung Soo\n7. Multiple Nevus Sebaceous Occurring on the Scalp and on the Contralateral Side of the Face Chi, Seong Geun | Kim, Jun Young | Kim, Ho Youn | Lee, Seok-Jong | Kim, Do Won | Lee, Weon Ju\n8. Treatment of Cultured Sebocytes with an EGFR Inhibitor Does Not Lead to Significant Upregulation of Inflammatory Biomarkers Lee, Weon Ju | Chi, Seong Geun | Park, Dong Jae | Kim, Jun Young | Kim, Ho Youn | Lee, Seok-Jong | Kim, Do Won | Kim, Moon Kyu | Kim, Jung Chul | Lee, Mi Woo\n9. The Feasibility of Sentinel Lymph Node Biopsy with a Multidisciplinary Cooperative Team Approach for the Management of Koreans with Cutaneous Malignant Melanoma Lee, Seok-Jong | Lim, Hyun Jung | Kim, Ho Youn | Song, Chang Hyun | Kim, Byung Soo | Lee, Weon Ju | Kim, Do Won | Jung, Jin Hyang | Park, Ho Yong | Kim, Sang Gul | Yoon, Ghil Suk | Lee, Jae Tae


url: =当前位置 >> 黑龙江快乐十分走势图 >> 蓄电池 >> 圣普威蓄电池\n1. SHENGPUWEIUPSDIANCHI YINYONGBIAOZHUN\n● JIS C 8707-1992 YINJIXISHOUMIFENGGUDINGXINGQIANXUDIANCHIBIAOZHUN\n黑龙江快乐十分走势图 ● JB/T8451-96 ZHONGHUARENMINGONGHEGUOJIXIEXINGYEBIAOZHUN\n● YD/T 799-2002 ZHONGHUARENMINGONGHEGUOTONGXINXINGYEBIAOZHUN\n● DL/T 637-1997 ZHONGHUARENMINGONGHEGUOTONGXINXINGYEBIAOZHUN\n黑龙江快乐十分走势图 2． SHENGPUWEIUPSDIANCHI YINGYONGLINGYU\n黑龙江快乐十分走势图 3． SHENGPUWEIUPSDIANCHI TEXING\n黑龙江快乐十分走势图 ● MIANWEIHU（SHOUMINGQINEIWUXUJIASUANJIASHUI）。\n黑龙江快乐十分走势图 ● SHIYONGYANGEDESHENGCHANGONGYI，DANTIDIANYAJUNHENGXINGJIA。\n● CAIYONGTESHUBANZHAHEJIN，KANGFUSHIXINGNENGJISHENXUNHUANXINGNENGHAO， ZIFANGDIANJIXIAO。\n● XIFUSHIBOLIXIANWEIJISHUSHIQITIFUHEXIAOLVGAODA99%QIENEI ZUDI，DADIANLIUFANGDIANXINGNENGYOULIANG。\n4． SHENGPUWEIUPSDIANCHI ANZHUANGYAOQIU\n● SHIYONGQIANJIANCHADIANCHIWAIGUANYOUWULIEWEN，POSUN，LOUYEXIANXIANG， YIJINGFAXIANYINGJISHICHAZHAOYUANYINHUOJINXINGGENGHUAN。\n● DIANCHIYINGANZHUANGZAIYUANLIHUOYUAN，REYUAN（DAYU2M）DEDIFANG， BIXUYOULIANGHAODEPAIQITONGFENGTIAOJIAN，YINGQUEBAODIANCHIYUNXINGDEHUAN\n● CHONGDIANDIANLIUDIANYA，SHIJIANBIXUANCHANGJIAGUIDINGZHIXING，DIANCHIBI MIANGUOCHONGGUOFANGDIAN。\n黑龙江快乐十分走势图 ● BANYUN，ANZHUANG，SHIYONGGUOCHENGZHONGYINGBIMIANDIANCHIZHENG，FUJIDUANLU。\n5. SHENGPUWEIUPSDIANCHI SHIYONGZHUYISHIXIANG\n黑龙江快乐十分走势图 ● BUTONGRONGLIANG，BUTONGZHIZAOSHANGHUOXINJIUBUTONGDEDIANCHIQINGWUHUNYONG。\n黑龙江快乐十分走势图 ● WUYONGHUAXIANBUHUOHAIMIANCASHIDIANCHIWAIQIAO。\n黑龙江快乐十分走势图 ● DIANCHITINGGE6GEYUEYISHANG，SHIYONGQIANBIXUJINXINGBUCHONGDIAN。\n6. SHENGPUWEIUPSDIANCHI GUIGE\n黑龙江快乐十分走势图 7. SHENGPUWEIUPSDIANCHI FANGDIANTEXING\n黑龙江快乐十分走势图 6GFMXILIEMIFENGDIANCHIJUYOUDELIANGHAODEFANGDIANTEXING，YOUQISHIDADIANLIUFANGDIANDETEXINGGENGWEIYOUYUE。 DIANCHIFANGDIANDERONGLIANGQUJUEYUFANGDIANDIANLIU，ZHONGZHIDIANYAHEFANGDIANSHIJIAN。\n6GFMXILIEMIFENGDIANCHIYAOQIUCAIYONGXIANLIUHENGYADECHONGDIANFANGFAJINXINGCHONGDIAN。ZAIHUANJINGDUWEI25℃DE TIAOJIANXIA，ZUIJIADEFUCHONGDIANYAWEI13.6±0.1V TAIXTAISHU，CHONGDIANKAISHISHIDEDIANLIUYINGXIANZHIZAI0.25C10ADEFANWEINEI。\n黑龙江快乐十分走势图 ZAIBUTONGDEHUANJINGWENDUXIA，SHIYIDEDIANCHICHONGDIANHENGYAZHIKEANXIASUOSHI，ZHAOCHUZHENGZUDIANCHIDEHENGYAFUCHONG DIANYAZHI（DIANCHICHONGDIANDIANYAXDIANCHIZUZHONGDEDIANCHITAISHU）。


url: =Chair : Unique Desk Chairs Tickle Chair Philippe Starck Chair Gold Vanity Chair Reclining Shampoo Chair Costco Table And Chairs Tommy Bahama Beach Chair Wayfair Chair metro parsons dining chairs ~ Speedenglish\nChair Unique Desk Chairs Tickle Chair Philippe Starck Chair Gold Vanity Chair Reclining Shampoo Chair Costco Table And Chairs Tommy Bahama Beach Chair Wayfair Chair\nHome ⟩ Chair ⟩ metro parsons dining chairs ⟩ Unique Desk Chairs Tickle Chair Philippe Starck Chair Gold Vanity Chair Reclining Shampoo Chair Costco Table And Chairs Tommy Bahama Beach Chair Wayfair Chair\nPublished at Monday, October 29th, 2018 - 13:13:52 PM. Chair. By Anneli Wolfflin.\nMesh Computer ChairStackable Plastic ChairsFolding ChairsFreedom ChairsChair Massage AustinMid Century Modern Office ChairLeather Wood ChairMost Ergonomic ChairOrthopedic Office Chairs\nComments of Unique Desk Chairs Tickle Chair Philippe Starck Chair Gold Vanity Chair Reclining Shampoo Chair Costco Table And Chairs Tommy Bahama Beach Chair Wayfair Chair


url: =发布者：谭冰 发布时间：2020年04月03日 20:22\n7. 王航，熊礼俊 王成武 张磊，动力电池正极材料磷酸铁锂制备的低碳工艺研究，国家级大学生研究性学习与创新实验计划，2010，指导教师：陈召勇；\n所在研究团队介绍：针对化石能源的日益枯竭及其使用带来的环境污染，先进电池与材料科研团队致力于推进可持续清洁能源的大规模应用，围绕“新型储能材料与器件”关键材料与技术进行研发，通过对材料表面双重包覆、体相与表面协同改性及结构精修，在储能电池关键材料的结构设计与可控制备、表界面调控及储能机制方面取得创新性成果，与省内外新能源龙头企业开展紧密产学研合作，为实现高安全高能量密度长寿命储能材料的规模化应用提供了新材料和新工艺，促进了储能电池在新能源汽车、智能电网和风光电站大规模应用。主要研究方向为：① 锂、钠离子电池电极材料的设计、制备与体表调控研究；② 固态锂电池及其关键材料的设计与研制；③ 废旧锂离子电池的资源化回收利用。\n团队负责人陈召勇教授长期以来从事锂离子电池与材料、固态锂电池、废旧电池回收资源化利用方面的研究，在锂离子电池材料的设计、制备、结构分析表征、性能调控与废旧电池回收新工艺方面积累了丰富的经验。主持国家自然科学基金面上项目，湖南省重点研发计划，省部级等项目20余项，获湖南省科技进步奖，授权国家发明专利20余件，在Advanced Functional Materials，Nano Energy等国内外学术期刊上共发表学术论文60余篇，其中SCI收录40余篇，高被引论文3篇，热点论文1篇。\n(6) 湖南省教育厅重点科学研究项目“富锂锰正极材料的相变与过 (超)氧离子的关联及稳定性调控研究（16A001）”，10万，2016-2018，主持，结题；\n(14) “石墨基特殊壳层结构负极复合材料关键技术的研发” 项目，20万，2012-2014，主持，结题；\n（1） Zhuolin Tang, Mengming Yuan, Huali Zhu, Guang Zeng, Jun Liu, Junfei Duan, Zhaoyong Chen*，Promoting the Performance of Li–CO2 Batteries via Constructing Three-Dimensional Interconnected K+ Doped MnO2 Nanowires Networks, Frontiers in Chemistry，2021,9,670612.\n（2） Huali Zhu, Rui Shen, Yiwei Tang, Xiaoyan Yan, Jun Liu, Liubin Song, Zhiqiang Fan, Shilin Zheng, Zhaoyong Chen . Sn-doping and Li2SnO3 nano-coating layer co-modified LiNi0.5Co0.2Mn0.3O2 with improved cycle stability at 4.6 V cut-off voltage, Nanomaterials, 2020, 10, 868.\n（3） Ji, Y.; Zhou, C.; Lin, F.; Li, B.; Yang, F.; Zhu, H.; Duan, J.; Chen, Z.  Submicron-Sized Nb-Doped Lithium Garnet for High Ionic Conductivity Solid Electrolyte and Performance of Quasi-Solid-State Lithium Battery. Materials 2020, 13, 560.\n（4） Junfei Duan, Yongkang Wang, Hongxing Li, Donghai Wei, Fang Wen, Guanhua Zhang, Piao Liu, Lingjun Li, Wei-bing Zhang, and Zhaoyong Chen∗, Bimetal-organic Framework-derived Co9S8/ZnS@NC Heterostructures for Superior Lithium-ion Storage, Chem. An Asian J, 2020, 15, 1-9.\n（5） Liu, J.; Liu, Q.; Zhu, H.; Lin, F.; Ji, Y.; Li, B.; Duan, J.; Li, L.; Chen, Z.  Effect of Different Composition on Voltage Attenuation of Li-Rich Cathode Material for Lithium-Ion Batteries. Materials 2020, 13, 40.\n（6） Liu, Q.; Zhu, H.; Liu, J.; Liao, X.; Tang, Z.; Zhou, C.; Yuan, M.; Duan, J.; Li, L.; Chen, Z.  High-Performance Lithium-Rich Layered Oxide Material: Effects of Preparation Methods on Microstructure and Electrochemical Properties. Materials 2020, 13, 334.\n（7） Ming Xu, Zhaoyong Chen*, Huali Zhu, Xiaoyan Yan, Lingjun Li, Qunfang Zhao， Mitigating Capacity Fade by Constructing Highly-Ordered Mesoporous Al2O3/Polyacene Double-Shelled Architecture in Li-Rich Cathode Materials，J. Mater. Chem. A, 2015, 3，13933-13945.\n（8） Lingjun Li, Zhao yong Chen∗, Qiao bao Zhang, Ming Xu, Xiang Zhou, Huali Zhu and Kaili Zhang∗，A Hydrolysis-Hydrothermal Route to Synthesis of Ultrathin LiAlO2-inlayed LiNi0.5Co0.2Mn0.3O2 as High Performance Cathode Material for Lithium Ion Batteries, J. Mater. Chem. A, 2015, 3, 894-904.\n（9） Zhaoyong Chen*, Xiaoyan Yan, Ming Xu, Kaifeng Cao, Huali Zhu, Lingjun Li, and Junfei Duan，Building Honeycomb-Like Hollow Microsphere Architecture in a Bubble Template Reaction for High-Performance Lithium-Rich Layered Oxide Cathode Materials，ACS Appl. Mater. Interfaces, 2017, 9 (36), pp 30617–30625.\n（10） Zhao yong Chen∗, K. Cao, H. Zhu, X. Gong, Q. Liu, J. Duan, L. Li, Improved Electrochemical Performance of Surface Coated LiNi0.80Co0.15Al0.05O2 With Polypyrrole, Frontiers in chemistry 6 (2019) 648.\n（11） Chao Zhu, Donghai Wei, Yinglong Wu, Zeng Zhang, Guanhua Zhang, Junfei Duan,* Lingjun Li, Huali Zhu, Zhiying Zhu, Zhaoyong Chen*, Controllable construction of interconnected SnOx/N-doped carbon/carbon composite for enhanced-performance lithium-ion batteries anodes, J. Alloys Compd., 2019, 778, 731-740.\n（12） Zhao yong Chen∗, X. Gong, H. Zhu, K. Cao, Q. Liu, J. Liu, L. Li, J. Duan, High Performance and Structural Stability of K and Cl Co-Doped LiNi0.5Co0.2Mn0.3O2 Cathode Materials in 4.6 Voltage, Frontiers in chemistry 6 (2019) 643.\n（13） Z. Chen, Z. Zhang, Q. Zhao, J. Duan, H. Zhu, Understanding the Impact of K-Doping on the Structure and Performance of LiFePO4/C Cathode Materials, Journal of nanoscience and nanotechnology 19 (2019) 119-124.\n（14） H. Zhu, Q. Li, X. Gong, K. Cao, Zhao yong Chen∗, Enhanced High Voltage Performance of Chlorine/Bromine Co-Doped Lithium Nickel Manganese Cobalt Oxide, Crystals 8 (2018) 425.\n（15） Ming Xu, Linfeng Fei, Wei Lu, Zhaoyong Chen, Tao Li, Yan Liu, Guanyin Gao, Yanqing Lai, Zhian Zhang, Peng Wang, Haitao Huang, Engineering hetero-epitaxial nanostructures with aligned Li-ion channels in Li-rich layered oxides for high-performance cathode application，Nano Energy, 35, 2017, 271–280.\n（16） Junfei Duan, Chao Zhu, Yuhui Du, Yinglong Wu, Zhaoyong Chen*, Lingjun Li, Huali Zhu, Zhiying Zhu, “Synthesis of N-doped carbon-coated Zn–Sn mixed oxide cubes/graphene composite with enhanced lithium storage properties”, Journal of Materials Science, 2017, 52, 10470-10479.\n（17） Ming Xu, Zhaoyong Chen∗, Ling jun Li, Huali Zhu, Qunfang Zhao, Lian Xu, Nanfa Peng, Li Gong, Highly crystalline alumina surface coating from hydrolysis of aluminum isopropoxide on lithium-rich layered oxide. Journal of Power Sources, 2015, 281, 444-454.\n（18） Zhaoyong Chen∗, Ming Xu, Binglin Du, Huali Zhu, Tian Xie, Wenhua Wang, Morphology Control of Lithium Iron Phosphate Nanoparticles By Soluble Starch-assisted Hydrothermal Synthesis，Journal of Power Sources，2014，272，837-844.\n（19） Zhaoyong Chen*, Qunfang Zhao, Ming Xu, Lingjun Li, Junfei Duan, Huali Zhu, Electrochemical properties of self-assembled porous micro-spherical LiFePO4/PAS composite prepared by spray-drying method, Electrochimica Acta, 186, 2015, 117-124.\n（20） Lingjun Li, Ming Xu, Zhaoyong Chen*, Xiang Zhou, Qiaobao Zhang, Huali Zhu, Chun Wu, Kaili Zhang*，High-performance lithium-rich layered oxide materials: Effects of chelating agents on microstructure and electrochemical properties，Electrochimica Acta，2015，174，446–455.\n（21） Huali Zhu, Tian Xie, Zhaoyong Chen*, Lingjun Li, Ming Xu, Wenhua Wang, Yanqing Lai, Jie Li, The impact of vanadium substitution on the structure and electrochemical performance of LiNi0.5Co0.2Mn0.3O2, Electrochimica Acta, 2014, 135, 77-85.\n（22） Zhaoyong Chen*, Binglin Du, Ming Xu, Huali Zhu, Lingjun Li, Wenhua Wang，Polyacene coated carbon/LiFePO4 cathode for Li ion batteries: Understanding the stabilized double coating structure and enhanced lithium ion diffusion kinetics，Electrochimica Acta, 2013, 109，262-268.\n（23） Zhao-yong Chen*, Pan-Pan Lu, Hua-Li Zhu. AC impedance investigation and charge-discharge performance of NaOH surface-modified natural graphite. Electrochimica Acta, 2013，102, 44-50.\n（24） Zhaoyong Chen*, Huali Zhu, Shan Ji, Vladimir. Linkov, Performance of LiNi0.5Mn1.5O4 Prepared by Solid State Reaction, Journal of Power Sources 189, 2009, 507-510.\n（25） Lingjun Li, Zhaoyong Chen*, Liubin Song, Ming Xu, Huali Zhu, Li Gong, Kaili Zhang*, Characterization and electrochemical performance of lithium-active titanium dioxide inlaid LiNi0.5Co0.2Mn0.3O2 material prepared by lithium residue-assisted method, Journal of Alloys and Compounds, 638 (2015) 77-82.\n（26） Lingjun Li, Ming Xu, Zhaoyong Chen*, Xiang Zhou, Qiaobao Zhang, Huali Zhu, Chun Wu, Kaili Zhang*, High-performance lithium-rich layered oxide materials: Effects of chelating agents on microstructure and electrochemical properties, Electrochimica Acta, 174 (2015) 446-455.\n（27） Lingjun Li, Qi Yao, Zhaoyong Chen*, Liubin Song, Tian Xie, Huali Zhu, Junfei Duan, Kaili Zhang*, Effects of lithium-active manganese trioxide coating on the structural and electrochemical characteristics of LiNi0.5Co0.2Mn0.3O2 as cathode materials for lithium ion battery, Journal of Alloys and Compounds, 650 (2015) 684-691.\n（28） Lingjun Li, Qi Yao, Huali Zhu, Zhaoyong Chen*, Liubin Song, Junfei Duan, Effect of Al substitution sites on Li1-xAlx(Ni0.5Co0.2Mn0.3)1-yAlyO2 cathode materials for lithium ion batteries, Journal of Alloys and Compounds, 686 (2016) 30-37.\n（29） Lingjun Li, Ming Xu, Qi Yao, Zhaoyong Chen, Liubin Song, Zhian Zhang, Chunhui Gao, Peng Wang, Ziyang Yu, Yanqing Lai, Alleviating Surface Degradation of Nickel-Rich Layered Oxide Cathode Material by Encapsulating with Nanoscale Li-Ions/Electrons Superionic Conductors Hybrid Membrane for Advanced Li-Ion Batteries, ACS Appl. Mater. Interfaces 2016, 8, 30879−30889.\n（30） Zhaoyong Chen*, Hua-li Zhu，Shan Ji, Rushanah. Fakir, Vladimir. Linkov，Influence of Carbon Sources on Electrochemical Performances of LiFePO4/C Composites，Solid State Ionics 179, 2008,1810-1815\n（31） Zhaoyong Chen∗, Ming Xu, Huali Zhu, Tian Xie, Wenhua Wang, Qunfang Zhao，Enhanced electrochemical performance of polyacene coated LiMn2O3.95F0.05 for lithium ion batteries，Applied Surface Science, 286 , 2013, 177-183.\n（32） Lingjun Li, Zhaoyong Chen, Liubin Song, Ming Xu, Huali Zhu, Li Gong, Kaili Zhang, Characterization and electrochemical performance of Lithium-active titanium dioxide inlaid LiNi0.5Co0.2Mn0.3O2 material prepared by Lithium residue-assisted method，Journal of Alloys and Compounds, 2015, 638，77-82.\n（33） Lingjun Li, QiYao, Huali Zhu, Zhaoyong Chen＊, Liubin Song, Junfei Duan, “Effect of Al substitution sites on Li1-xAlx(Ni0.5Co0.2Mn0.3)1-yAlyO2 cathode materials for lithium ion batteries”, Journal of Alloys and Compounds 686 (2016) 30–37.\n（34） Huali Zhu, Jie Li, Zhaoyong Chen*, Qifeng Li, Tian Xie, Lingjun Li, Yanqing Lai，Molten salt synthesis and electrochemical properties of LiNi1/3Co1/3Mn1/3O2 cathode materials，Synthetic Metals，2014, 187, 123-129..\n（35） Zhaoyong Chen*, Tian Xie, Characterization of Na substituted LiNi1/3Co1/3Mn1/3O2 cathode materials for lithium ion battery, Ionics, 2014, 20, 629-634.\n（36） Ling-jun Li, Zhi-Xing Wang, Qi-Cheng Liu, Chang Ye, Zhao-Yong Chen, Effects of chromium on the structural, surface chemistry and electrochemical of layered LiNi0.8−xCo0.1Mn0.1CrxO2，Electrochimica Acta, 77，2012，89–96.\n（37） CHEN Zhao-yong, ZHU Wei, ZHU Hua-li, ZHANG Jian-li, LI Qi-feng, Electrochemical performances of LiFePO4/C composites prepared by molten salt method, Trans. Nonferrous Met. Soc. China, 2010, 20(5), 809-813.\n（38） CHEN Zhao-yong, ZHU Hua-li, ZHU Wei, ZHANG Jian-li, LI Qi-feng, Electrochemical performance of carbon nanotube-modified LiFePO4 cathodes for Li-ion batteries, Trans. Nonferrous Met. Soc. China, 2010, 20(4), 614-618.\n（39） Hua-Li Zhu, Zhao-Yong Chen, Shan Ji, Vladimir. Linkov，Influence of different morphologies on electrochemical performance of spinel LiMn2O4, Solid State Ionics 179, 2008，1788-1793 .\n（40） XIAO Jin; ZHU Hua-li; CHEN Zhao-yong; PENG Zhong-dong; HU Guo-rong, Preparation and property of spinel LiMn2O4 material by co-doping anti-electricity ions, Transactions of Nonferrous Metals Society of China, 2006, 16, 467-472.\n（41） HU Guo-rong, GAO Xu-guang; PENG Zhong-dong, CHEN Zhao-yong, Tan Xian-yan, Yu Xiao-yuan, synthesis of LiFePO4/C composite electrode with enhanced electrochemical performance, Trans. Nonferrous Met. Soc. China, 15(4), 2005,795-799.\n（42） Chen Zhaoyong, Zhu Huali, Hu Guorong, Xiao jin, Peng Zhengdong, Liu Yexiang, Electrochemical Performances and X-Ray Diffraction Studies on LiMn2O4-xYx Compounds, Trans. Nonferrous Met. Soc. China, 14(6), 2004,1151.\n（43） YU Xiao-yuan， HU Guo-rong， PENG Zhong-dong，XIAO jin，CHEN Zhao-yong，L IU Ye-xiang，Surface modification of LiCo0. 05Mn1. 95O4 cathode by coating with SiO2，TiO2 composite，Trans. Nonferrous Met. Soc. China, 14 (4)，2004，724.\n（44） Chen, Zhao-yong, Li, Yan-Rong, Yu, Zuo-long, Charge-Discharge Behavior of Surface-Coated LiMn2O3.95F0.05 Cathode Materials at High Temperature, Chinese Chemistry Letter，14, 2003, 1296.\n（45） Chen, Zhao-Yong; He, Yi; Li, Zhi-Jie; Gao, Li-Zhen; Jiang, Qi; Yu, Zuo-Long, Synthesis and Electrochemical Performance of Spinel LiMn2O4-x(SO4)x Cathode Materials, Chinese Journal Chemistry, 20, 2002,194.\n（46） Chen, Zhao-Yong; Gao, Li-Zhen; Liu, Xin-Quan; Yu, Zuo-Long, Properties and Structure of Spinel Li-Mn-O-F Compounds for Cathode Materials of Secondary Lithium-ion Battery, Chinese Journal Chemistry, 19, 2001,347.\n（47） H. Li; Q. Liang; L. Z. Gao; S. H. Tang; Z. Y. Chen; B. L. Zhang; Z. L. Yu; C. F. Ng; C. F. Au, Catalytic production of carbon nanotubes by decomposition of CH4 over the pre-reduced catalysts LaNiO3, La4Ni3O10, La3Ni2O7 and La2NiO4, Catalysis Letters, 74, 2001, 185.\n（48） Chen, Zhao-Yong; Liu, Xin-Quan; Yu, Zuo-Long, Electrochemical Properties of Spinel LiMn2O4-δFδ for Cathode Materials of Secondary lithium-ion battery, Chinese Chemistry Letter, 5, 2000, 455.\n（49） 陈召勇；刘兴泉；高利珍；于作龙，高容量的Li1.1Mn2O3.95F0.05 锂离子二次电池正极材料, 化学学报，59，2001，325.\n（50） 陈召勇；刘兴泉；高利珍；于作龙，尖晶石LiMn2O4 的高温电化学容量衰减与改进, 无机化学学报，17，2001，325。\n（3） 陈召勇，曹凯峰，一种球形镍钴铝前躯体及其制备方法, 国家发明专利, ZL201711012414.6.(2019.10.8)；\n（4） 陈召勇，龚小龙，一种导电高分子包覆掺杂型锂离子电池正极材料及其合成方法，国家发明专利, ZL201711001514.9.(2019.11.12)；\n上一条：晁自胜 教授 下一条：范金成 教授


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3HU-OCTM 3HU-OCTO 3HU-OCTP 3HU-OCTT 3HU-OCTX 3HU-OCTY 3HU-OCTR 3HU-OCTU 3HU-OCTS 3HU-OCT0 3HU-OCT1 3HU-OCT2 3HU-OCT3 3HU-OCT4 3HU-OCT5 3HU-OCT6 3HU-OCT7 3HU-OCT8 3HU-OCT9 3HU-OCT\n3HU-OCXA 3HU-OCXB 3HU-OCXC 3HU-OCXE 3HU-OCXH 3HU-OCXI 3HU-OCXK 3HU-OCXM 3HU-OCXO 3HU-OCXP 3HU-OCXT 3HU-OCXX 3HU-OCXY 3HU-OCXR 3HU-OCXU 3HU-OCXS 3HU-OCX0 3HU-OCX1 3HU-OCX2 3HU-OCX3 3HU-OCX4 3HU-OCX5 3HU-OCX6 3HU-OCX7 3HU-OCX8 3HU-OCX9 3HU-OCX\n3HU-OCYA 3HU-OCYB 3HU-OCYC 3HU-OCYE 3HU-OCYH 3HU-OCYI 3HU-OCYK 3HU-OCYM 3HU-OCYO 3HU-OCYP 3HU-OCYT 3HU-OCYX 3HU-OCYY 3HU-OCYR 3HU-OCYU 3HU-OCYS 3HU-OCY0 3HU-OCY1 3HU-OCY2 3HU-OCY3 3HU-OCY4 3HU-OCY5 3HU-OCY6 3HU-OCY7 3HU-OCY8 3HU-OCY9 3HU-OCY\n3HU-OCRA 3HU-OCRB 3HU-OCRC 3HU-OCRE 3HU-OCRH 3HU-OCRI 3HU-OCRK 3HU-OCRM 3HU-OCRO 3HU-OCRP 3HU-OCRT 3HU-OCRX 3HU-OCRY 3HU-OCRR 3HU-OCRU 3HU-OCRS 3HU-OCR0 3HU-OCR1 3HU-OCR2 3HU-OCR3 3HU-OCR4 3HU-OCR5 3HU-OCR6 3HU-OCR7 3HU-OCR8 3HU-OCR9 3HU-OCR\n3HU-OCUA 3HU-OCUB 3HU-OCUC 3HU-OCUE 3HU-OCUH 3HU-OCUI 3HU-OCUK 3HU-OCUM 3HU-OCUO 3HU-OCUP 3HU-OCUT 3HU-OCUX 3HU-OCUY 3HU-OCUR 3HU-OCUU 3HU-OCUS 3HU-OCU0 3HU-OCU1 3HU-OCU2 3HU-OCU3 3HU-OCU4 3HU-OCU5 3HU-OCU6 3HU-OCU7 3HU-OCU8 3HU-OCU9 3HU-OCU\n3HU-OCSA 3HU-OCSB 3HU-OCSC 3HU-OCSE 3HU-OCSH 3HU-OCSI 3HU-OCSK 3HU-OCSM 3HU-OCSO 3HU-OCSP 3HU-OCST 3HU-OCSX 3HU-OCSY 3HU-OCSR 3HU-OCSU 3HU-OCSS 3HU-OCS0 3HU-OCS1 3HU-OCS2 3HU-OCS3 3HU-OCS4 3HU-OCS5 3HU-OCS6 3HU-OCS7 3HU-OCS8 3HU-OCS9 3HU-OCS\n3HU-OC0A 3HU-OC0B 3HU-OC0C 3HU-OC0E 3HU-OC0H 3HU-OC0I 3HU-OC0K 3HU-OC0M 3HU-OC0O 3HU-OC0P 3HU-OC0T 3HU-OC0X 3HU-OC0Y 3HU-OC0R 3HU-OC0U 3HU-OC0S 3HU-OC00 3HU-OC01 3HU-OC02 3HU-OC03 3HU-OC04 3HU-OC05 3HU-OC06 3HU-OC07 3HU-OC08 3HU-OC09 3HU-OC0\n3HU-OC1A 3HU-OC1B 3HU-OC1C 3HU-OC1E 3HU-OC1H 3HU-OC1I 3HU-OC1K 3HU-OC1M 3HU-OC1O 3HU-OC1P 3HU-OC1T 3HU-OC1X 3HU-OC1Y 3HU-OC1R 3HU-OC1U 3HU-OC1S 3HU-OC10 3HU-OC11 3HU-OC12 3HU-OC13 3HU-OC14 3HU-OC15 3HU-OC16 3HU-OC17 3HU-OC18 3HU-OC19 3HU-OC1\n3HU-OC2A 3HU-OC2B 3HU-OC2C 3HU-OC2E 3HU-OC2H 3HU-OC2I 3HU-OC2K 3HU-OC2M 3HU-OC2O 3HU-OC2P 3HU-OC2T 3HU-OC2X 3HU-OC2Y 3HU-OC2R 3HU-OC2U 3HU-OC2S 3HU-OC20 3HU-OC21 3HU-OC22 3HU-OC23 3HU-OC24 3HU-OC25 3HU-OC26 3HU-OC27 3HU-OC28 3HU-OC29 3HU-OC2\n3HU-OC3A 3HU-OC3B 3HU-OC3C 3HU-OC3E 3HU-OC3H 3HU-OC3I 3HU-OC3K 3HU-OC3M 3HU-OC3O 3HU-OC3P 3HU-OC3T 3HU-OC3X 3HU-OC3Y 3HU-OC3R 3HU-OC3U 3HU-OC3S 3HU-OC30 3HU-OC31 3HU-OC32 3HU-OC33 3HU-OC34 3HU-OC35 3HU-OC36 3HU-OC37 3HU-OC38 3HU-OC39 3HU-OC3\n3HU-OC4A 3HU-OC4B 3HU-OC4C 3HU-OC4E 3HU-OC4H 3HU-OC4I 3HU-OC4K 3HU-OC4M 3HU-OC4O 3HU-OC4P 3HU-OC4T 3HU-OC4X 3HU-OC4Y 3HU-OC4R 3HU-OC4U 3HU-OC4S 3HU-OC40 3HU-OC41 3HU-OC42 3HU-OC43 3HU-OC44 3HU-OC45 3HU-OC46 3HU-OC47 3HU-OC48 3HU-OC49 3HU-OC4\n3HU-OC5A 3HU-OC5B 3HU-OC5C 3HU-OC5E 3HU-OC5H 3HU-OC5I 3HU-OC5K 3HU-OC5M 3HU-OC5O 3HU-OC5P 3HU-OC5T 3HU-OC5X 3HU-OC5Y 3HU-OC5R 3HU-OC5U 3HU-OC5S 3HU-OC50 3HU-OC51 3HU-OC52 3HU-OC53 3HU-OC54 3HU-OC55 3HU-OC56 3HU-OC57 3HU-OC58 3HU-OC59 3HU-OC5\n3HU-OC6A 3HU-OC6B 3HU-OC6C 3HU-OC6E 3HU-OC6H 3HU-OC6I 3HU-OC6K 3HU-OC6M 3HU-OC6O 3HU-OC6P 3HU-OC6T 3HU-OC6X 3HU-OC6Y 3HU-OC6R 3HU-OC6U 3HU-OC6S 3HU-OC60 3HU-OC61 3HU-OC62 3HU-OC63 3HU-OC64 3HU-OC65 3HU-OC66 3HU-OC67 3HU-OC68 3HU-OC69 3HU-OC6\n3HU-OC7A 3HU-OC7B 3HU-OC7C 3HU-OC7E 3HU-OC7H 3HU-OC7I 3HU-OC7K 3HU-OC7M 3HU-OC7O 3HU-OC7P 3HU-OC7T 3HU-OC7X 3HU-OC7Y 3HU-OC7R 3HU-OC7U 3HU-OC7S 3HU-OC70 3HU-OC71 3HU-OC72 3HU-OC73 3HU-OC74 3HU-OC75 3HU-OC76 3HU-OC77 3HU-OC78 3HU-OC79 3HU-OC7\n3HU-OC8A 3HU-OC8B 3HU-OC8C 3HU-OC8E 3HU-OC8H 3HU-OC8I 3HU-OC8K 3HU-OC8M 3HU-OC8O 3HU-OC8P 3HU-OC8T 3HU-OC8X 3HU-OC8Y 3HU-OC8R 3HU-OC8U 3HU-OC8S 3HU-OC80 3HU-OC81 3HU-OC82 3HU-OC83 3HU-OC84 3HU-OC85 3HU-OC86 3HU-OC87 3HU-OC88 3HU-OC89 3HU-OC8\n3HU-OC9A 3HU-OC9B 3HU-OC9C 3HU-OC9E 3HU-OC9H 3HU-OC9I 3HU-OC9K 3HU-OC9M 3HU-OC9O 3HU-OC9P 3HU-OC9T 3HU-OC9X 3HU-OC9Y 3HU-OC9R 3HU-OC9U 3HU-OC9S 3HU-OC90 3HU-OC91 3HU-OC92 3HU-OC93 3HU-OC94 3HU-OC95 3HU-OC96 3HU-OC97 3HU-OC98 3HU-OC99 3HU-OC9\n3HU-OC A 3HU-OC B 3HU-OC C 3HU-OC E 3HU-OC H 3HU-OC I 3HU-OC K 3HU-OC M 3HU-OC O 3HU-OC P 3HU-OC T 3HU-OC X 3HU-OC Y 3HU-OC R 3HU-OC U 3HU-OC S 3HU-OC 0 3HU-OC 1 3HU-OC 2 3HU-OC 3 3HU-OC 4 3HU-OC 5 3HU-OC 6 3HU-OC 7 3HU-OC 8 3HU-OC 9 3HU-OC


url: =October 14–16, 2021, in collaboration with Yale University, and Institute of Asian Civilization of the University of Zhejiang\nHi there, You are invited to a Zoom webinar. Topic: A Forest of Knowledge about the Texts and Images regarding Buddhist Saints, Sages, Translators, and Encyclopedists Register in advance for this webinar: https://ubc.zoom.us/webinar/register/WN_RdvG7zHIQd6YlMTTyWS8_Q Or an H.323/SIP room system: H.323: 69.174.57.160 (Canada Toronto) or 65.39.152.160 (Canada Vancouver) Meeting ID: 662 9719 6760 SIP: 66297196760@zmca.us After registering, you will receive a confirmation email containing information about joining the webinar. ---------- Webinar Speakers Session 1 Remarks from cosponsors: Eric Greene and Valerie Hansen (Yale University), Yinggang Sun (University of Zhejiang), Jinhua Chen (University of British Columbia); Keynote Speaker: Gregory Schopen (UCLA) Session 2 Chair: SHENG Kai 聖凱; Co-Discussants: James ROBSON and YI Lidu 衣麗都; Panelists: Eugene Wang 汪悅進 (Harvard); Wei Zheng 韋正 (PekingU); Shi Jiangang 石建剛 (Northwest Industrial U [Xi’an]); Zhang Liming 張利明 (Zhejiang U); Yi Lidu 衣麗都 (Florida State University) Session 3 Chair: Ben BROSE; Discussant: Robert SHARF; Panelists: Wang Jinping 王錦萍 (National University of Singapore), Albert Welter (University of Arizona); George Keyworth (Saskatchewan), Jacqueline Stone (Princeton) Session 4 Chair: Youn-mi KIM 金延美; Co-Discussants: Susan ANDREWS and Zhiyuan CHEN 陳志遠; Panelists: Yan Yaozhong 嚴耀中 (Beijing Normal University 北京師範大學), Michael Nylan (UC Berkeley) & Thomas Hahn (UC Berkeley), Liu Yi 劉屹 (Capital Normal University 首都師範大學), James Robson (Harvard), Chen Huaiyu 陳懷宇 (Arizona State University), Sun Yinggang 孫英剛 (ZhejiangU) Session 5 Chair: Eric GREENE; Discussant: TONG Ling 童嶺; Panelists: Guo Lei 郭磊 (Dongguk University 韓國東國大學), Wu Xiaojie 伍小劼 (Shanghai Normal University 上海師範大學), Hu Xiaozhong 胡孝忠 (ShandongU 山東大學), Susan Andrews (Mount Allison), Alexander Hsu (University of Notre Dame) Session 6 Chair: Shoufu YIN 尹守甫; Co-Discussants: Max Deeg and FAN Jingjing 范晶晶; Panelists: Robert Brown (UCLA), James Benn (McMaster), Minku Kim 金玟求 (CUHK), Chen Jinhua 陳金華 (UBC), Li Wei 李巍 (He’nanU 河南大學) Session 7 Chair: SUN Yinggang 孫英剛; Discussant: Chen Huaiyu 陳懷宇; Panelists: Max Deeg (Cardiff), Fan Jingjing 范晶晶 (PekingU 北京大學), Liu Xuejun 劉學軍 (Jiangsu Second Normal University), Chen Lang 陳朗 (Michigan), Feng Guodong 馮國棟 (ZhejiangU 浙江大學) Session 8 Chair: Alex KALOYANIDES ; Discussant: George KEYWORTH; Panelists: Tong Ling 童嶺 (Nanjing U 南京大學), Ho Puay-peng 何培斌 (National University of Singapore 新加坡國立大學), Chen Zhiyuan 陳志遠 (Chinese Academy of Social Science), Nelson Landry (Oxford) Session 9 Chair HAO Chunwen 郝春文; Discussant: Eugene WANG 汪悅進; Panelists: Wei Xiaomei 未小妹 & Yao Qilin 姚淇琳 (Academy of Dazu Rock Carvings 大足石刻研究院), Youn-mi Kim 金延美 (Ehwa Womans University 韓國梨花女子大學), Joseph P. Elacqua (Leiden)


url: =Join Us! Power BI Dev Camp! Thursday 29 October, 2020 | Blog do Microsoft Power BI | Microsoft Power BI


url: =Emirates Hana (CPP) 658 01935 25-Aug-2019 26-Aug-2019 Pusan Shanghai (SH)\nHamburg Bay (HB1) 35 OIL37W1PL 25-Aug-2019 25-Aug-2019 Shanghai (SH) Shekou (GD)\nE.R. Kobe (EK2) 17 26-Aug-2019 27-Aug-2019 Shanghai (SH) Ningbo (ZJ)\nE.R. Kobe (EK2) 16 26-Aug-2019 27-Aug-2019\nZhong Da 7 (DZ2) 17 2846 26-Aug-2019 27-Aug-2019 Lianyungang (JS)\nMaersk Taikung (TA3) 6 934W 27-Aug-2019 28-Aug-2019 Pusan Kwangyang\nHongdaxin8 (HU8) 26 8667 29-Aug-2019 29-Aug-2019 Lianyungang (JS)\nMaersk Alfirk (FBM) 7 935N 29-Aug-2019 30-Aug-2019 Shanghai (SH) Pusan\nYuandaxianfeng (YLX) 48 3026 31-Aug-2019 31-Aug-2019\nHongdaxin8 (HU8) 25 8668 31-Aug-2019 31-Aug-2019\nBelita (BL4) 12 31-Aug-2019 01-Sep-2019 Ningbo (ZJ) Shanghai (SH)\nYm Elixir (EIY) 29 099 31-Aug-2019 01-Sep-2019 Shanghai (SH) Xiamen (FJ)\nYm Elixir (EIY) 28 098 31-Aug-2019 01-Sep-2019\nSolar N (UOL) 3 926/928 31-Aug-2019 01-Sep-2019\nSolar N (UOL) 4 935/937 31-Aug-2019 01-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nTabea (VZW) 406 1906 01-Sep-2019 02-Sep-2019 Shanghai (SH) Shekou (GD)\nLong Beach Trader (LB1) 30 1906 02-Sep-2019 03-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nLong Beach Trader (LB1) 29 1905 02-Sep-2019 03-Sep-2019\nPetrohue (QPH) 946 01936 02-Sep-2019 02-Sep-2019 Pusan Shanghai (SH)\nZhong Da 7 (DZ2) 18 2850 02-Sep-2019 03-Sep-2019 Lianyungang (JS)\nMaersk Sarat (MS1) 5 935W 03-Sep-2019 04-Sep-2019 Pusan Kwangyang\nEasline Ningbo (FXN) 383 1936E 04-Sep-2019 04-Sep-2019 Kwangyang\nGerner Maersk (GR3) 6 936N 05-Sep-2019 06-Sep-2019 Shanghai (SH) Pusan\nZIM Kingston (GK3) 7 07-Sep-2019 09-Sep-2019 Shanghai (SH) Xiamen (FJ)\nZIM Kingston (GK3) 6 07-Sep-2019 09-Sep-2019\nCsl Sophie (UZP) 10 07-Sep-2019 08-Sep-2019 Ningbo (ZJ) Pusan\nCapt.Thanasis (PN3) 2 927/929 07-Sep-2019 08-Sep-2019\nCapt.Thanasis (PN3) 3 936/938 07-Sep-2019 08-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nE.R. Sweden (YOF) 40 026 08-Sep-2019 09-Sep-2019 Shanghai (SH) Shekou (GD)\nZIM Shanghai (GA3) 937 08-Sep-2019 10-Sep-2019 Ningbo (ZJ) Shanghai (SH)\nTalassa (ZQQ) 25 01937 08-Sep-2019 09-Sep-2019 Pusan Shanghai (SH)\nTo Be Named8 (TB8) 15 09-Sep-2019 10-Sep-2019\nTo Be Named8 (TB8) 16 09-Sep-2019 10-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nConti Stockholm (TS1) 9 09-Sep-2019 10-Sep-2019\nConti Stockholm (TS1) 10 09-Sep-2019 10-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nSeadream (UEK) 937 086 09-Sep-2019 09-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nDali (DL2) 5 936W 10-Sep-2019 11-Sep-2019 Pusan Kwangyang\nEasline Ningbo (FXN) 384 1937E 11-Sep-2019 11-Sep-2019 Kwangyang\nMaersk Algol (AL3) 4 937N 12-Sep-2019 13-Sep-2019 Shanghai (SH) Pusan\nAmerica (UZK) 88 13-Sep-2019 14-Sep-2019\nMaersk Jabal (MJ3) 6 937/939 14-Sep-2019 15-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nMaersk Jabal (MJ3) 5 928/930 14-Sep-2019 15-Sep-2019\nAlabama (QKB) 7 19017 14-Sep-2019 15-Sep-2019 Shanghai (SH) Xiamen (FJ)\nAlabama (QKB) 6 19016 14-Sep-2019 15-Sep-2019\nTessa (VTZ) 448 01938 15-Sep-2019 16-Sep-2019 Pusan Shanghai (SH)\nBahamas (BM2) 938 108 15-Sep-2019 16-Sep-2019 Ningbo (ZJ) Shanghai (SH)\nE.R. Amsterdam (EA2) 10 1905 16-Sep-2019 16-Sep-2019\nE.R. Amsterdam (EA2) 11 1906 16-Sep-2019 16-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nSanta Loretta (SL6) 3 17-Sep-2019 18-Sep-2019\nSanta Loretta (SL6) 4 17-Sep-2019 18-Sep-2019 Ningbo (ZJ) Shanghai (SH)\nPl Germany (PG1) 28 074 17-Sep-2019 18-Sep-2019 Shanghai (SH) Shekou (GD)\nMaersk Shivling (LE1) 12 937W 17-Sep-2019 18-Sep-2019 Pusan Kwangyang\nEasline Ningbo (FXN) 385 1938E 19-Sep-2019 19-Sep-2019 Kwangyang\nMaersk Altair (TR9) 5 938N 20-Sep-2019 21-Sep-2019 Shanghai (SH) Pusan\nHongdaxin8 (HU8) 27 8674 21-Sep-2019 21-Sep-2019\nTejas (TJ1) 7 0IH1JS1NC 21-Sep-2019 22-Sep-2019 Shanghai (SH) Xiamen (FJ)\nTejas (TJ1) 6 0IH1CN1NC 21-Sep-2019 22-Sep-2019\nCape Sounio (CS3) 11 21-Sep-2019 22-Sep-2019 Ningbo (ZJ) Shanghai (SH)\nFrisia Goteborg (FG3) 17 938W 21-Sep-2019 22-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nItal Unica (IVU) 14 130 23-Sep-2019 24-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nJpo Atair (JT2) 925 013 23-Sep-2019 24-Sep-2019\nMaersk Tanjong (MK1) 12 938W 24-Sep-2019 25-Sep-2019 Pusan Kwangyang\nEasline Ningbo (FXN) 386 1939E 25-Sep-2019 25-Sep-2019 Kwangyang\nSuez Canal (UE2) 8 19007 27-Sep-2019 28-Sep-2019 Shanghai (SH) Shekou (GD)\nMaersk Antares (VHF) 5 939N 27-Sep-2019 28-Sep-2019 Shanghai (SH) Pusan\nHongdaxin8 (HU8) 28 8676 28-Sep-2019 28-Sep-2019\nYm Elixir (EIY) 30 100 28-Sep-2019 29-Sep-2019 Shanghai (SH) Xiamen (FJ)\nYm Elixir (EIY) 29 099 28-Sep-2019 29-Sep-2019\nAs Clarita (VFM) 42 930/932 28-Sep-2019 29-Sep-2019\nAs Clarita (VFM) 43 939W 28-Sep-2019 29-Sep-2019 Shanghai (SH) Ningbo (ZJ)\nZIM Antwerp (ZAW) 53 28-Sep-2019 30-Sep-2019 Ningbo (ZJ) Shanghai (SH)\nDerby D (XZE) 83 29-Sep-2019 29-Sep-2019 Manila North Port\nQi Yun He (QIU) 75 0774W 30-Sep-2019 30-Sep-2019\nMaersk Salalah (HW6) 25 939W 01-Oct-2019 02-Oct-2019 Pusan Kwangyang\nEasline Ningbo (FXN) 387 1940E 02-Oct-2019 02-Oct-2019 Kwangyang\nEmirates Dana (ED4) 15 01940 02-Oct-2019 03-Oct-2019 Shanghai (SH) Ningbo (ZJ)\nX-Press Cotopaxi (XX3) 1 005 02-Oct-2019 03-Oct-2019 Shanghai (SH) Hong Kong\nZante (ZNJ) 36 073 02-Oct-2019 03-Oct-2019 Shanghai (SH) Shekou (GD)\nIan H (IH2) 11 03-Oct-2019 04-Oct-2019\nIan H (IH2) 12 03-Oct-2019 04-Oct-2019 Shanghai (SH) Ningbo (ZJ)\nGerda Maersk (GD3) 5 940N 04-Oct-2019 05-Oct-2019 Shanghai (SH) Pusan\nEmirates Hana (CPP) Hamburg Bay (HB1) E.R. Kobe (EK2) E.R. Kobe (EK2) Zhong Da 7 (DZ2) Maersk Taikung (TA3) Hongdaxin8 (HU8) Maersk Alfirk (FBM) Yuandaxianfeng (YLX) Hongdaxin8 (HU8) Belita (BL4) Ym Elixir (EIY) Ym Elixir (EIY) Solar N (UOL) Solar N (UOL) Tabea (VZW) Long Beach Trader (LB1) Long Beach Trader (LB1) Petrohue (QPH) Zhong Da 7 (DZ2) Maersk Sarat (MS1) Easline Ningbo (FXN) Gerner Maersk (GR3) ZIM Kingston (GK3) ZIM Kingston (GK3) Csl Sophie (UZP) Capt.Thanasis (PN3) Capt.Thanasis (PN3) E.R. Sweden (YOF) ZIM Shanghai (GA3) Talassa (ZQQ) To Be Named8 (TB8) To Be Named8 (TB8) Conti Stockholm (TS1) Conti Stockholm (TS1) Seadream (UEK) Dali (DL2) Easline Ningbo (FXN) Maersk Algol (AL3) America (UZK) Maersk Jabal (MJ3) Maersk Jabal (MJ3) Alabama (QKB) Alabama (QKB) Tessa (VTZ) Bahamas (BM2) E.R. Amsterdam (EA2) E.R. Amsterdam (EA2) Santa Loretta (SL6) Santa Loretta (SL6) Pl Germany (PG1) Maersk Shivling (LE1) Easline Ningbo (FXN) Maersk Altair (TR9) Hongdaxin8 (HU8) Tejas (TJ1) Tejas (TJ1) Cape Sounio (CS3) Frisia Goteborg (FG3) Ital Unica (IVU) Jpo Atair (JT2) Maersk Tanjong (MK1) Easline Ningbo (FXN) Suez Canal (UE2) Maersk Antares (VHF) Hongdaxin8 (HU8) Ym Elixir (EIY) Ym Elixir (EIY) As Clarita (VFM) As Clarita (VFM) ZIM Antwerp (ZAW) Derby D (XZE) Qi Yun He (QIU) Maersk Salalah (HW6) Easline Ningbo (FXN) Emirates Dana (ED4) X-Press Cotopaxi (XX3) Zante (ZNJ) Ian H (IH2) Ian H (IH2) Gerda Maersk (GD3)\n658 35 17 16 17 6 26 7 48 25 12 29 28 3 4 406 30 29 946 18 5 383 6 7 6 10 2 3 40 937 25 15 16 9 10 937 5 384 4 88 6 5 7 6 448 938 10 11 3 4 28 12 385 5 27 7 6 11 17 14 925 12 386 8 5 28 30 29 42 43 53 83 75 25 387 15 1 36 11 12 5\n01935 OIL37W1PL 2846 934W 8667 935N 3026 8668 099 098 926/928 935/937 1906 1906 1905 01936 2850 935W 1936E 936N 927/929 936/938 026 01937 086 936W 1937E 937N 937/939 928/930 19017 19016 01938 108 1905 1906 074 937W 1938E 938N 8674 0IH1JS1NC 0IH1CN1NC 938W 130 013 938W 1939E 19007 939N 8676 100 099 930/932 939W 0774W 939W 1940E 01940 005 073 940N\n25-Aug-2019 25-Aug-2019 26-Aug-2019 26-Aug-2019 26-Aug-2019 27-Aug-2019 29-Aug-2019 29-Aug-2019 31-Aug-2019 31-Aug-2019 31-Aug-2019 31-Aug-2019 31-Aug-2019 31-Aug-2019 31-Aug-2019 01-Sep-2019 02-Sep-2019 02-Sep-2019 02-Sep-2019 02-Sep-2019 03-Sep-2019 04-Sep-2019 05-Sep-2019 07-Sep-2019 07-Sep-2019 07-Sep-2019 07-Sep-2019 07-Sep-2019 08-Sep-2019 08-Sep-2019 08-Sep-2019 09-Sep-2019 09-Sep-2019 09-Sep-2019 09-Sep-2019 09-Sep-2019 10-Sep-2019 11-Sep-2019 12-Sep-2019 13-Sep-2019 14-Sep-2019 14-Sep-2019 14-Sep-2019 14-Sep-2019 15-Sep-2019 15-Sep-2019 16-Sep-2019 16-Sep-2019 17-Sep-2019 17-Sep-2019 17-Sep-2019 17-Sep-2019 19-Sep-2019 20-Sep-2019 21-Sep-2019 21-Sep-2019 21-Sep-2019 21-Sep-2019 21-Sep-2019 23-Sep-2019 23-Sep-2019 24-Sep-2019 25-Sep-2019 27-Sep-2019 27-Sep-2019 28-Sep-2019 28-Sep-2019 28-Sep-2019 28-Sep-2019 28-Sep-2019 28-Sep-2019 29-Sep-2019 30-Sep-2019 01-Oct-2019 02-Oct-2019 02-Oct-2019 02-Oct-2019 02-Oct-2019 03-Oct-2019 03-Oct-2019 04-Oct-2019\n26-Aug-2019 25-Aug-2019 27-Aug-2019 27-Aug-2019 27-Aug-2019 28-Aug-2019 29-Aug-2019 30-Aug-2019 31-Aug-2019 31-Aug-2019 01-Sep-2019 01-Sep-2019 01-Sep-2019 01-Sep-2019 01-Sep-2019 02-Sep-2019 03-Sep-2019 03-Sep-2019 02-Sep-2019 03-Sep-2019 04-Sep-2019 04-Sep-2019 06-Sep-2019 09-Sep-2019 09-Sep-2019 08-Sep-2019 08-Sep-2019 08-Sep-2019 09-Sep-2019 10-Sep-2019 09-Sep-2019 10-Sep-2019 10-Sep-2019 10-Sep-2019 10-Sep-2019 09-Sep-2019 11-Sep-2019 11-Sep-2019 13-Sep-2019 14-Sep-2019 15-Sep-2019 15-Sep-2019 15-Sep-2019 15-Sep-2019 16-Sep-2019 16-Sep-2019 16-Sep-2019 16-Sep-2019 18-Sep-2019 18-Sep-2019 18-Sep-2019 18-Sep-2019 19-Sep-2019 21-Sep-2019 21-Sep-2019 22-Sep-2019 22-Sep-2019 22-Sep-2019 22-Sep-2019 24-Sep-2019 24-Sep-2019 25-Sep-2019 25-Sep-2019 28-Sep-2019 28-Sep-2019 28-Sep-2019 29-Sep-2019 29-Sep-2019 29-Sep-2019 29-Sep-2019 30-Sep-2019 29-Sep-2019 30-Sep-2019 02-Oct-2019 02-Oct-2019 03-Oct-2019 03-Oct-2019 03-Oct-2019 04-Oct-2019 04-Oct-2019 05-Oct-2019\nPusan Shanghai (SH) Shanghai (SH) Shekou (GD) Shanghai (SH) Ningbo (ZJ) Lianyungang (JS) Pusan Kwangyang Lianyungang (JS) Shanghai (SH) Pusan Ningbo (ZJ) Shanghai (SH) Shanghai (SH) Xiamen (FJ) Shanghai (SH) Ningbo (ZJ) Shanghai (SH) Shekou (GD) Shanghai (SH) Ningbo (ZJ) Pusan Shanghai (SH) Lianyungang (JS) Pusan Kwangyang Kwangyang Shanghai (SH) Pusan Shanghai (SH) Xiamen (FJ) Ningbo (ZJ) Pusan Shanghai (SH) Ningbo (ZJ) Shanghai (SH) Shekou (GD) Ningbo (ZJ) Shanghai (SH) Pusan Shanghai (SH) Shanghai (SH) Ningbo (ZJ) Shanghai (SH) Ningbo (ZJ) Shanghai (SH) Ningbo (ZJ) Pusan Kwangyang Kwangyang Shanghai (SH) Pusan Shanghai (SH) Ningbo (ZJ) Shanghai (SH) Xiamen (FJ) Pusan Shanghai (SH) Ningbo (ZJ) Shanghai (SH) Shanghai (SH) Ningbo (ZJ) Ningbo (ZJ) Shanghai (SH) Shanghai (SH) Shekou (GD) Pusan Kwangyang Kwangyang Shanghai (SH) Pusan Shanghai (SH) Xiamen (FJ) Ningbo (ZJ) Shanghai (SH) Shanghai (SH) Ningbo (ZJ) Shanghai (SH) Ningbo (ZJ) Pusan Kwangyang Kwangyang Shanghai (SH) Shekou (GD) Shanghai (SH) Pusan Shanghai (SH) Xiamen (FJ) Shanghai (SH) Ningbo (ZJ) Ningbo (ZJ) Shanghai (SH) Manila North Port Pusan Kwangyang Kwangyang Shanghai (SH) Ningbo (ZJ) Shanghai (SH) Hong Kong Shanghai (SH) Shekou (GD) Shanghai (SH) Ningbo (ZJ) Shanghai (SH) Pusan


url: =Hi，您目前在 全部期刊 'Yi Hua', 共找到 34个内容。\nQingyang Du Zhengqian Luo Huikai Zhong Yifei Zhang Yizhong Huang Tuanjie Du Wei Zhang Tian Gu Juejun Hu\nPDF全文Photonics Research | 2018, 6(06):506\nPDF全文High Power Laser Science and Engineering | 2018, 6(01):e12\nPDF全文Frontiers of Optoelectronics | 2016, 9(04):627–632\n[摘要]Prof. Bingkun Zhou is a famous expert in optoelectronics and has made the outstanding contribution for the development of optoelectronic technology in China. Thanks for the guidance and support from P...\nPDF全文Frontiers of Optoelectronics | 2016, 9(02):121\nPDF全文Frontiers of Optoelectronics | 2016, 9(02):151\nZhengqian Luo Yingyue Li Min Zhong Yizhong Huang Xiaojiao Wan Jian Peng Jian Weng\n[摘要]In this paper, both nonlinear saturable absorption and two-photon absorption (TPA) of few-layer molybdenum diselenide (MoSe2) were observed at 1.56 μm wavelength and further applied to mode-locked ul...\nPDF全文Photonics Research | 2015, 3(03):A79-A86\nXiaoyan Wang Fang Liu Ao Liu Boyu Fan Kaiyu Cui Xue Feng Wei Zhang Yidong Huang\nPDF全文Chinese Optics Letters | 2014, 12(01):010602\nGU Xiu-quan ZHANG Shuang WANG Bo QIANG Ying-huai\n[摘要]Ag3PO4/AgCl hybrids have been synthesized via a facile ion-exchange method. The hybrids exhibit an enhanced photocatalytic activity for degradation of rhodamine B (RhB) than the single Ag3PO4or AgCl u...\nPDF全文Optoelectronics Letters | 2014, 10(02):119\nUsing optical tweezers to investigate the specific single-interaction between apoA-I molecule and ABCA1 on living cells\nJie Yu Xunliang Tong Chengbin Li Yining Huang Anpei Ye\nPDF全文Chinese Optics Letters | 2013, 11(09):091701\nStudy of the substructure in nanometer copper thin films treated by laser shock processing\nYinqun Hua Qing Xue Haixia Liu Yunxia Ye Ruifang Chen Zeyan Ni\nPDF全文Chinese Optics Letters | 2013, 11(03):031402\nUltra-compact variable optical attenuator based on slow light photonic crystal waveguide\nQiang Zhao Kaiyu Cui Xue Feng Yidong Huang Yongzhuo Li Dengke Zhang Wei Zhang\nPDF全文Chinese Optics Letters | 2013, 11(03):031301\nKeyong Chen Xue Feng Yidong Huang\nPDF全文Chinese Optics Letters | 2013, 11(02):022401\nAttenuation of terahertz transmission through rain\nLUO Yi HUANG Wan-xia LUO Zi-yi\n[摘要]Based on the Marshall-Palmer, Weibull raindrop size distribution and Mie electromagnetic scattering model, the relationships of attenuation coefficient of terahertz (THz) atmospheric window waves with...\nPDF全文Optoelectronics Letters | 2012, 8(04):310\nGeneration of four-photon GHZ states based on interaction between a four-level atom and two bimodal cavities\nZHANG Deng-yu TANG Shi-qing WANG Xin-wen XIE Li-jun ZHAN Xiao-gui CHEN Yin-hua\n[摘要]A simple scheme is presented for generating four-photon Greenberger-Horne-Zeilinger (GHZ) states with interaction between a four-level atom and two bimodal cavities. In the proposed protocol, the quan...\nPDF全文Optoelectronics Letters | 2012, 8(02):150\nSpontaneous emission rate enhancement of nano-structured silicon by surface plasmon polariton\nXue FENG Fang LIU Yidong HUANG\nPDF全文Frontiers of Optoelectronics | 2012, 5(01):51-62\nVisualizing NO in live cells by confocal laser scanning microscopy\nYimei Huang Hongqin Yang Xiuqiu Shen Yuhua Wang Liqin Zheng Hui Li Shusen Xie\nPDF全文Chinese Optics Letters | 2012, 10(s1):S11701\nAcousto-optic Q-switched laser performances of Er3+:Yb3+:LuAl3(BO3)4 crystal at 1.5–1.6 \_mu m\nYujin Chen Yanfu Lin Haiyong Zhu Ge Zhang Yidong Huang\nPDF全文Chinese Optics Letters | 2012, 10(02):021403\nDengke Zhang Xue Feng Yidong Huang\nPDF全文Chinese Optics Letters | 2012, 10(02):021302\nMulti-spot focusing by using composite spiral zone plates\nYilei Hua Ziqiang Wang Hailiang Li Nan Gao Yuchan Du\nPDF全文Chinese Optics Letters | 2012, 10(12):120502\nYimei HUANG Hongqin YANG Yuhua WANG Shusen XIE Zhouyi GUO Songhao LIU\nPDF全文Frontiers of Optoelectronics | 2011, 4(02):223-227\nDissymmetrical 3×3 Coupled Optical Accelerometer\nGUO Hai-bo WANG Jin-hai LIU Chang-chun YAO Yin-hua ZHANG Cheng\nPDF全文半导体光子学与技术 | 2007, 13(03):174-180\nHan Zhao Yidong Huang Wei Zhang Jiangde Peng\nPDF全文Chinese Optics Letters | 2006, 4(03):181\nMicrostructure and properties of plastic deformed martensite induced by laser shock processing\nJichang Yang Yinqun Hua Ruifang Chen Lan Cai Yongkang Zhang Hong Yan\nPDF全文Chinese Optics Letters | 2004, 2(12):715\n1 400-1 500nm,Different Material-doped Raman Fiber Lasers Pumped by Nd∶YVO4 Laser\nMEI Jin-jie LIU De-ming WANG Ying HUANG De-xiu\nPDF全文半导体光子学与技术 | 2003, 9(04):201-204\nPDF全文半导体光子学与技术 | 2001, 7(04):193-196


url: =Technology - BioRegen Biomedical (Changzhou) Co., Ltd.\nD. Hanc? et al.: International journal of pediatric otorhinolaryngology. 2015; 79(9).


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url: =Zao Wou-Ki | Artist Profile, Exhibitions & Artworks | Ocula\n20 May–23 July 2021 The Youngest Among Us All: Zao Wou-Ki on Joan Miró Galeria Mayoral\nExhibition view: Joan Miró & Zao Wou-Ki, The Youngest Among Us All: Zao Wou-Ki on Joan Miró, Galeria Mayoral, Paris (20 May–23 July 2021). Courtesy Galeria Mayoral.\nZao Wou-Ki17.02.71-12.05.76, 1971-76Oil on canvas\n73 x 100 cm Galeria Mayoral Contact Gallery\nZao Wou-KiUntitled (No.8), 1986Indian ink on Japanese paper laid down on paper\n95 x 96.2 cm Waddington Custot Contact Gallery\nZao Wou-Ki18.2.1963, 1963Oil on canvas\n35 1/8 x 51 3/4 inches Gagosian Contact Gallery\nZao Wou-Ki Current & Recent Exhibitions\n20 May–23 July 2021 Joan Miró, Zao Wou-Ki The Youngest Among Us All: Zao Wou-Ki on Joan Miró Galeria MayoralParis\n11 January–11 February 2021 Group Exhibition Cai Jin 蔡錦 Hanart TZ GalleryHong Kong\nBe among the first to know when new artworks and exhibitions by Zao Wou-Ki are added to Ocula.


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url: =Sculpture: 'Wang Xizhi (Minimalist Man Contemporary abstract statuette/statue)(bronze)' by sculptor Jianyong Guo in Tabletop Desktop Small Indoor Statuettes Figurines Sculptures - Garden Sculpture for sale - ArtParkS Sculpture Park - Bringing Sculpture into the Open\nSculpture > Tabletop Desktop Small Indoor Statuettes Figurines Sculptures > Jianyong Guo > Wang Xizhi (Minimalist Man Contemporary abstract statuette/statue):\nShort URL: http://artparks.co.uk/s6437\nSculpture: ' Wang Xizhi (Minimalist Man Contemporary abstract statuette/statue)'\nBronze Figurative Contemporary Semi Abstract Philosopher statue for sale for Indoor display in your Home in the study or Outdoors in the garden or Back yard for Contemplation or Inspiration of Wang xizhi (303-361 AD) by Jianyong Guo who writes....\nThis work is based on the calligrapher wang xizhi`s calligraphy style to create the unique image, concise and lively, with a good sense of art form.\nTitle: Wang Xizhi (Minimalist Man Contemporary abstract statuette/statue)\nfigurative bronze Abstract sculpture bronze Contemporary Man/Stylus sculpture bronze minimalist Man sculpture bronze Contemporary Man sculpture Metal Minimalist Figurative sculpture Metal Minimalist Figurative statue Inspirational Abstract sculptures Jianyong Guo sculptor


url: =《Surveying and Mapping of Geology and Mineral Resources》-1999-01\nDynamic Prediction of a Building Subsidence Zhang Liting (East China College of Geology, Linchun,Jiangxi, 344000)\nTest of MapGis Cadastral Management System Song Longguan Lei Pengcai (Yunnan Institute of Surveying and Mapping of Geology and Mineral Resources, Kunming, 650218)\n3S Technique Integration and Application in the Domain of Geology Pan Baoyu ① Wang Guixiang ② (① Shandong Institute of Surveying and Mapping of Geology, Jinan, 250011; ② Linshu Bureau of Water Resources, Linshu, 276700)\nOn Necessity of the Combination GPS Network's 2D and 3D Adjustment Wu Xiangyang (Nanjing Geologic Academy, Nanjing, 210008)\nViewpoints on Building up an Urban Survey Information System Wang Caishi ① Wei Dehong ② Ji Chunji ao ③ (① Guangzhou Institute of Urban Survey, Planning and Designing, Guangzhou, 510060; ② Dept. of Architectural Engin\nGlobal Geoid Model and Application Feng Lingang (Inner Mongolia Autonomous Region Institute of Prospecting & Developing of Land and Natual Resources, Huhehaote, 010020 )\nThe Application of Precision Trilateration in Monitoring Horizontal Displacement Shi Jinshan (Zhenjiang Institute of Surveying and Mapping of Prospecting, Zhenjiang, 212001)\nThe Precision of Large-scale Digital Surveying and Mapping by Field Collect Data Wu Anzhuang (Henan Institute of Surveying and Mapping of Geology and Mineral Resources, Zhengzhou, 450006)\nPreliminary Analysis of Compiling Geologic Map Using “Fangzhengzhihui” System Cao Yongtao Ding Xinping ( Wuhan Institute of Surveying and Mapping, Wuhan, 430010 )\nA New Method for Laying Out the Drilling on Water Zhong Yulin ① Gong Shaoping ② Liu Jin ③ ( ① Xiangtan Institute of Survey and Design, Xiangtan, 411100; ② Changsha Survey Institute, Changsha, 410000; ③ Hunan Bureau of Surveying and Mapping of Land, Changsha, 410000\nKnowledge Economy and Development of Human Resources Bi Guoxiang ( Yunnan Institute of Surveying and Mapping of Geology and Mineral Resources, Kunming, 650218 )\nInquire into the Mechanism Reformation and the Development of Mine Survey under Market Economy System Zhang Lianqui ① Du Peijun ② (① Yanzhou Group Co. of Mining Industry, Yanzhou, 273500; ② dept. of Mining Engineering of CUMT, Xuzhou, 221008)


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