url: =Zhou Gaoyang Paintings hardcover octavo price of 339 yuan Shanghai Fine Arts Publishing House(Chinese Edition) PDF By author BU XIANG last download was at 2016-01-22 10:29:37. This book is good alternative for Zhou Gang watercolor (Chinese contemporary strength of the painter). Download now for free or you can read online Zhou Gaoyang Paintings hardcover octavo price of 339 yuan Shanghai Fine Arts Publishing House(Chinese Edition) book.\nZhou genealogy (ancestral home Hebei Zaojiang. the Hongwu years moved to Shandong Laiwu zhaili weeks Zhangjiawa the end of the Qing Dynasty. the United States moved to barracks after village. generation word: beautiful long Guangsheng honest)(Chinese Edit PDF By author ZHOU SHI ZU PU BIAN WEI HUI last download was at 2016-04-10 47:17:40. This book is good alternative for Zhou Gang watercolor (Chinese contemporary strength of the painter). 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url: =Microsurgical strategies of lateral ventricle gliomas--《Chinese Journal of Neuromedicine》2007年11期\nMicrosurgical strategies of lateral ventricle gliomas\nCHEN Ju-xiang LU Yi-cheng SUN Ke-hua DING Xue-hua LOU Mei-qing HU Guo-han LUO Chun HOU Li-jun WANG Chun-lin LIN Hai.Department of Neurosurgery,Changzheng Hospital,Second Military Medical University;Shanghai Institute of Neurosurgical,Shanghai 200003,China\nObjective To enhance the therapeutic effects through ameliorating the microsurgical strategies and methods of lateral ventricle gliomas.Methods The clinical manifestations,diagnoses and microsurgical approaches of 23 patients,who were treated in our hospital during January 2000 and June 2007 and pathologically diagnosed as lateral ventricle gliomas,were retrospectively analyzed.Clinical data included 15 cases of raised intracranial pressure with the primary symptom of headache,4 cases of progressive unilateral limb muscle strength decline,5 cases of memory descent and 2 cases of epilepsy.The optimal surgical approaches and comprehensive therapeutic strategies were selected according to the imaging features and pathological properties of tumors. Resection was performed via the anterior transcallosal approach in 6 cases,the transcortical approach in 5 cases,the combined interhemispheric transcallosal and transcortical approach in 4 patients to remove tumors in the anterior horn and anterior body of the lateral ventricle,the transparietal cortical approach in 7 patients to remove tumors in the trigone or posterior body of the lateral ventricle,and the transoccipital cortical approach in 1 case.The navigation orientation was used in 6 cases and supervision by type-B ultrasonic,in 4 cases.Patients with tumors above gradeⅡ,confirmed pathologically after resection, underwent chemotherapy(Vumon+lomustine/methy1-CCNU)and radiotherapy which was designated individually according to the pathological grades and scope of gliomas.The follow-up study was conducted by telephone,e-mail or outpatient department visits etc.Results A total of 23 of the 79 cases undergoing microsurgical treatment for their lateral ventricle tumors were pathologically confirmed as cerebral gliomas after resection, including astrocytomas in 11 cases,oligodendrogliomas in 6 cases, central neurocytomas in 4 cases and ependymomas in 2 cases.Tumors in the anterior horn and body of the lateral ventricle were found in 15 cases and that in the trigone and posterior horn were found in 8 cases.Total resection was realized in 15 cases;subtotal resection in 6 cases and partial resection in 2 cases.Postoperative clinical symptoms were alleviated in 18 cases,aggravated in 2 cases and unchanged in 3 cases and 1 case died of the complicating pulmonary infection.The follow-up indicated that 17 cases survived over 1 year and 6 cases died within the postoperative 1 year.Conclusion The lateral ventricle gliomas can be treated through careful selection of surgical approaches after the anatomic site of tumors in the lateral ventricle,adjoining relationships,blood supply and the existence of hydrocephalus have been well understood,to reduce disability rate and achieve favorable efficacies.Navigation assistance or real-time supervision by type-B ultrasonic,in combination with microsurgery,shall help to enhance the resection rate of tumors and assisted by appropriate therapeutic strategies,prognosis of the later ventricle gliomas can be ameliorated.\n【Fund】： 国家自然科学基金(30471777);; 上海市青年科技启明星计划项目(05QMX1473);; 上海市登山行动计划重点项目(上海科委基金064119510)\n1 LIU Jun, ZHOU Zheng, HE Jia quan, LIU Hai peng, YANG Hui (Department of Neurosurgery, Xinqiao Hospital, Third Military Medical University, Chongqing 400037, China);Neuronavigation assisted microneurosurgery for lateral ventricular tumor resection[J];Acta Academiae Medicinae Militaris Tertiae;2003-20\n1 Zheng Hulin,Guo Yanyang.Department of Neurosurgery,Yulin First Hospital,Yulin 718000,Shanxi,China;Clinical study on interstitial chemotherapy and brachytherapy for saccular glioma[J];Chinese Journal of Practical Nervous Diseases;2009-03\n2 NIE Zhengming,ZHAO Changdi,NIE Yayi,et al(The people's first hospital of Jining);The Electro-microscope View of Cerebral Glioma of Nude Mice Treated with Regional Application of Sapylin[J];Journal of Jining Medical College;2006-03\n3 Geng Xiaozeng, Chen Gang , Lu Ailin, et al. Department of Neurosurgery, the First Affiliated Hospital of Nanjing Medical University, Nanjing 210029;Surgical treatment of recurrent gliomas[J];Journal of Clinical Neurosurgery;2004-03\n4 ZOU Yuan-jie,LIU Hong-yi,CHANG Yi,et al.Department of Neurosurgery,Brain Hospital Affiliated to Nanjing Medical University,Nanjing 210029,China;Microsurgical strategies of lateral ventricle tumor[J];Journal of Clinical Neurosurgery;2008-04\n5 YE Jian-ping,ZHAN Huai-yi,WANG Xiao-ping,LI Ming.Department of Neaurosurgery,81 Hospital of PLA,Nanjing 210002,China;Gliomas in cerebral main functional areas treated by interstitial brachytherapy[J];Chinese Clinical Oncology;2007-04\n6 TANG Yaoling (Department of neuroswgery, Tianjin Baodi hospital,Tianjin 301800,China);The clinical study of microsurgical resection of malignant glioma[J];Journal of North China Coal Medical College;2004-06\n7 YANG Jin-song1, LU Xue-guan21.Department of Radiation Oncology, First Affiliated Hospital of Zhejiang University, Hangzhou 310003, P.R.China2.Department of Radiation Oncology, Second Affiliated Hospital of Suzhou University, Suzhou 215004, P.R.China;Synthetic treatment of high-grade cerebral gliomas: progress in evidence-based research[J];Chinese Journal of Cancer Prevention and Treatment;2007-13\n8 FU Ting-gang,WANG Zhi-xia,XIANG Shou-chang,XU Peng,MENG Xiang-yun,CUI Ming-qin,SUN De-ke,HUI Zhi-qiang,SONG Jie,SUN Long Department of Neurosurgery,Yishui Central Hospital of Linyi City,yishui 276400,P.R.China;Clinical study of brain glioma by multi-foot of balloon ~(32)P internal radiotherapy[J];Chinese Journal of Cancer Prevention and Treatment;2008-24\n9 HOU Yan-li,BAI Yong-rui,WU Xu-dong,ZHOU Di,CHEN Hai-yan,YE Ming(Department of Radiation Oncology,Renji Hospital,School of Medicine,Shanghai Jiaotong University,Shanghai 200127,China);Therapeutic effects of postoperative three-dimensional conformal radiotherapy for glioma[J];Journal of Shanghai Jiaotong University(Medical Science);2008-08\n10 XIA Yue-sheng1,WANG Jian-hua1,WU Yong-zhong2,WANG Huan3 (1.Fifth Staff Hospital of PLA,Shanxi 043801,China;2.Tangdu Hospital of Fourth Military Medical University,Xi'an,710038,China;3.Shanxi TCM College,Taiyuan 030024,China);Inducing Differentiation Effect of Shenghe Powder on C6 Brain Glioma Cells[J];Lishizhen Medicine and Materia Medica Research;2007-02\n1 $$$$;Meningiomas of the fourth ventricle:Report of 3 cases[J];ACTA ACADEMIAE MEDICINAE MILITARIS TERTIAE;1996-01


url: =HRM 533 : Stduent - Universiti Teknologi MARA - Page 1 - Course\nHRM 533 * We aren't endorsed by this school\nHRM 533 Stduent\nHRP PLANNING (SEMINAR 2_9/10/11) Definition- the process of forecasting human resource availability (supply labour supply internal or external) with human resource requirements (demand for labour) OR\nStanley Zalta Speech 3 Persuasive Speech: Short Naps Better Than Long Naps General Purpose: To Persuade Specific Purpose: To persuade that shorter naps are better than long naps Introduction Attention\nContoh soalan ujian membaca TMC401\nCONTOH SOALAN UJIAN MEMBACA TMC401 Baca petikan di bawah (15%). Ali jnnin 22 su. T de shngri sh 8 yu 26 r. T hi miyou jihn, dnsh* t yu n pngyou. T sh xusheng. T zi Ml Gngyi Dxu ninsh. T zi dxu xu Huy.\nJawapan Latihan Buku Teks TMC401 Bab 5\nJawapan untuk Latihan dalam Buku Teks TMC401 (Dw k) Dlishli y 1. 2. 3. 4. 5. 6. 7. Xngqs Xngqy Xngqsn Xngqw Xngqtin Xngqr Xngqli Dlishq y Tinchng 1. 2. 3. 4. 5. 6. 7. Xngqsn Xngqs Xngqli Xngqw Xngqy X\nTMC401_Ujian Bertulis(A)Dis 2015\nCONFIDENTIAL 1 LG/NOV 2015/TMC401(A) UNIVERSITI TEKNOLOGI MARA COURSE : INTRODUCTORY MANDARIN I COURSE CODE : TMC401 EXAMINATION : NOVEMBER 2015 TIME : 1 HOUR ARAHAN KEPADA CALON 1. This question pape\nWritten Test_ICGPA May 2016 (1)\nCONFIDENTIAL 1 LG/MAY 2016/TMC401(iCGPA) UNIVERSITI TEKNOLOGI MARA COURSE : INTRODUCTORY MANDARIN I COURSE CODE : TMC401 EXAMINATION : MAY 2016 TIME : 1 HOUR INSTRUCTIONS TO CANDIDATES 1. This questio\nJawapan Latihan Buku Teks TMC401 Bab 6\nJawapan untuk Latihan dalam Buku Teks TMC401 (Dli k) Dqshb y Knt shuhu 1. 2. 3. 4. 5. 6. Tngg Chngg Pob T zqi Kn dinyng D ymoqi Knt zud 1. 2. 3. 4. 5. 6. Xinzi xiw 3 din 8 fn. Wng Mngd zi shngwng. Xin\n1-1 Chapter 1 Introduction to Human Resource Management and the Environment 1-2 Introduction HRM is charged with programs concerned with people Effective use of people Achieving individual & organizat\nHRM 533 - TEST 1\nTEST 1 HRM533 NAME : WAN SYAMIN IZZATI BINTI WAN SUHAIMI STUDENT ID : 2016263946 QUESTION 1 Recruitment refers to organizational activities that influence the number and types of applicants who apply\nDevelopment of the Auditing Profession Chapter 1 Developments in Malaysia The Malaysian Institute of Accountants Regulatory Body , established by Accountants Act 1967 Business managed by council mem\nINTRODUCTION TO HRM CHAPTER SUMMARY\nINTRODUCTION TO HRM CHAPTER SUMMARY HRM533_EPJJ DEFINITION: The process of managing human resources (human capital and intellectual assets) to achieve an organizations objectives The process of utiliz\n1.0 INTRODUCTION Wonder Valley is a talent entertainment company founded in 2016 that provides various interesting entertainment games such as ice skating, trampoline, laser tag, laser tag 3D and soop


url: =United States National Museum, Construction of Dome - siris_arc_385513|Smithsonian Institution Archives\nID: SIA RU000079 [SIA2009-1970]\nCitation: Smithsonian Institution Archives, Record Unit 79, National Museum Building Construction Records, Image No. SIA2009-1970\nAlso known as 21259\nSmithsonian Institution Archives, Record Unit 79, National Museum Building Construction Records, Image No. SIA2009-1970\nSIA RU000079 [SIA2009-1970]


url: =Xian-International-Convention-and-Exhibition-Center-China-2022-International-Trade Archives | Compressors Genuine Original Parts Service\nTag Archives: Xian-International-Convention-and-Exhibition-Center-China-2022-International-Trade\nXi’an International CNC Machine and Tools Exhibition March 17-20, 2022\nPosted on 2021-07-15 2021-08-14 by CPMC Air Compressors Guide\nThe 2022 Xi’an International CNC Machine Tool Exhibition and the 30th Western Manufacturing Expo will be held at the Xi’an International Convention and Exhibition Center on March 17-20, 2022. The conference has 6 indoor exhibition halls + outdoor exhibition halls with an exhibition area of 80,000 square meters.\nPosted in Industry News\t| Tagged Xi'an International Meeting, Xian-International-Convention-and-Exhibition-Center-China-2022-International-Trade\tLeave a comment


url: =Investigation of Dual Time-step Approach for Supersonic Combustion Flow--《Journal of National University of Defense Technology》2010年03期\n《Journal of National University of Defense Technology》 2010-03\nInvestigation of Dual Time-step Approach for Supersonic Combustion Flow\nWANG Hong-bo,SUN Ming-bo,WU Hai-yan,WANG Zhen-guo(College of Aerospace and Material Engineering,National Univ.of Defense Technology,Changsha 410073,China)\nA dual time-step approach was developed for simulation of unsteady supersonic combustion flow. The flow and reaction were separately calculated with a time-splitting method. The flow equations were solved by the dual time-step approach with the inner iteration proceeded by a LU-SGS method. The source equations were solved by 2nd order trapezoidal formulas. The influences of the time-splitting scheme and the time step were studied. The results show that the 1st order time-splitting can slightly overestimate the chemical efficiency and a 2nd order time-splitting should be implemented. The time step has a significant effect on the results. In order to ensure the computational precision of the uncoupled method,the time step should be kept small enough so that the unsteady behaviors of the large scale vortices,which dominate the transport processes in the flow,can be captured accurately.\n【CateGory Index】： V430\n2 ZHAO Hai-yang, LIU Wei, REN Bing (College of Aerospace and Material Engineering, National Univ. of Defense Technology, Changsha 410073, China);The Unsteady Flow Field Calculation with a Dual-time Stepping Method[J];Journal of National University of Defense Technology;2005-03\n3 WANG Bao-guo~1,LIN Shu-yan~1,ZHANG Ya~2, JI Xiu-ling~1,JIN Yan-mei~2(1.The School of Mechatronic Engineering, Beijing Institute of Technology,Beijing100081,China; 2.The School of Mechanical and Vehicular Engineering, Beijing Institute of Technology,Beijing100081,China);Pseudo-Time Method of Weighted ENO-Strongly Compact High Resolution Schemes and Its Application to Turbomachinery Unsteady Flow[J];Journal of Aerospace Power;2005-04\n4 ZOU Zheng ping, XU Li ping (Faculty 404, Beijing University of Aeronautics and Astronautics, Beijing 100083, China);PREDICTION OF 3-D UNSTEADY FLOW USING IMPLICIT DUAL TIME STEP APPROACH[J];ACTA AERONAUTICA ET ASTRONAUTICA SINICA;2000-04\n2 GAO Xu-dong, WU Xiao-song, WANG Xiao-ming(Nanjing University of Science and Technology, Nanjing 210094, China);Numerical Simulation of Unsteady Flowfield over Projectile by Dual-time Stepping Method[J];Journal of Projectiles,Rockets,Missiles and Guidance;2004-S7\n4 LIU Yu1,LIU Jun1,BAI Xiao-Zheng2(1.College of Aerospace and Material Engineering,National Univ.of Defense Technology,Changsha 40073,China; 2.Army Aviation Research Institute,General Staff of PLA,Beijing 101121,China);Numerical Simulation of Shock-induced Combustion with a New Uncoupled Algorithm in Unstructured Finite Volume Method[J];Journal of National University of Defense Technology;2011-06\n5 ZHAO Yunfei1,LIU Xu1,TU Guohua2,LIU Wei1,MAO Meiliang2(1.College of Aerospace and Materials Engineering,National University of Defense Technology,Changsha 410073,China; 2.State Key Laboratory of Aerodynamics,Mianyang 621000,China);High-accuracy numerical method applied to calculate unsteady Euler equations[J];Journal of National University of Defense Technology;2012-03\n6 Yu Wen-jie;Yu Yong-gang;School of Energy and Power Engineering,Nanjing University of Science & Technology;;Numerical simulation of secondary combustion affecting base flow of base bleed equipment[J];Explosion and Shock Waves;2015-01\n7 YU Wen-jie;YU Yong-gang;School of Energy and Power Engineering,Nanjing University of Science and Technology;;Numerical Simulation on the Effect of Reduction in Ambient Pressure on the Secondary Combustion of Base Bleed[J];Acta Armamentarii;2015-03\n8 QI Lei~(1,2),ZOU Zheng-ping~(1,2),CHEN Fu~3,XU Guo-qiang~1,DING Shui-ting~2(1.National Key Laboratory on Aero-Engines,School of Jet Propulsion,Beijing University of Aeronautics and Astronautics,Beijing100083,China;2.Aeroengine Numerical Simulation Research Center,Beijing University of Aeronautics and Astronautics,Beijing100083,China;3.School of Energy Science and Engineering,Harbin Institute of Technology,Harbin150001,China);Numerical simulation of stator clocking effect in a low speed compressor[J];Journal of Aerospace Power;2006-05\n9 WANG Bao-guo,LIU Shu-yan,LI Xiang,LIN Huan,LI Xue-dong(School of Aerospace Science and Engineering,Beijing Institute of Technology,Beijing 100081,China);Two improved algorithms based on Nash-Pareto strategy and their applications[J];Journal of Aerospace Power;2008-02\n10 SUN Ming-bo,LIANG Jian-han,WANG Zhen-guo(College of Aerospace and Materials Engineering,National University of Defense Technology,Changsha 410073,China);Validation of an uncoupled solver of non-equilibrium flow for shock-induced combustion[J];Journal of Aerospace Power;2008-11\n1 Wang Chao,Liu Wei-dong,Wu Xian-yu,Liu Shi-jie Science and Technology on Scramjet Laboratory,National Univ,of Defense Technology,Changsha 410073,P.R China;Research of Quasi-one Dimensional Model for Scramjet Based on Measured Wall Pressure[A];[C];2012\n2 YANG Hong wei,FAN Bao chun,LI Hong zhi (Nanjing University of Science and Technology,Nanjing 210094,Jiangsu,China);Numerical Investigation on Three-dimensional Flame Acceleration Induced by an Obstacle and Tube Internal Walls[J];Explosion and Shock Waves;2001-04\n3 CHEN Zhi hua 1 , FAN Bao chun 2 , LI Hong zhi 2 (1.East China University of Science & Technology, Shanghai 200237, China; 2.Nanjing University of Science & Technology, Nanjing 210094, China);Numerical simulation of the flame acceleration for homogeneous turbulent in a large tube[J];Explosion and Shock Waves;2003-04\n4 ZHANG Xu-dong,FAN Bao-chun,PAN Zhen-hua,GUI Ming-yue(Science and Technology on Transient Physics Laboratory,NUST,Nanjing 210094,China);Numerical Investigation on Self-sustaining Mechanism of Rotating Detonation[J];Journal of Ballistics;2011-01\n5 MU Ke-Jin~1 ZHANG Yan~2 HUI Xin~(1,3)WANG Yue~1 XIAO Yun-Han~1 (1.Institute of Engineering Thermophysics,Chinese Academy of Sciences,Beijing 100080,China; 2.Yankuang cathay coal chemicals co.,Ltd,Yanzhou 277527,China; 3.Graduate University of the Chinese Academy of Sciences,Beijing 100080,China);OBSERVING THE STRUCTURE OF PREMIXED FLAME FRONT BY OH-PLIF METHOD[J];Journal of Engineering Thermophysics;2008-04\n6 ZHANG Huan-Hao,CHEN Zhi-Hua,SUN Xiao-Hui,FAN Bao-Chun(Science and Technology on Transient Physics Laboratory,Nanjing University ofScience & Technology,Nanjing 210094,China);Numerical Simulations on the Thrust Performance of Nozzles and Detonation Propulsion of a Sudden Area Change Tube[J];Chinese Journal of High Pressure Physics;2010-06\n7 GUI Xiao hong, LIN Bai quan (Dept. of Mining Engineering, China University of Mining and Technology);The relationship between flame speed and superpressure[J];JOURNAL OF HUAINAN INSTITUTE OF TECHNOLOGY;1999-04\n8 DONG Gang, FAN Bao-chun~*, YE Jing-fang(National Key Lab of Transient Physics, Nanjing Univeristy of Science and Technology, Nanjing 210094, China);An application of reduced CH_4/O_2/N_2 reaction mechanism on numerical simulation of detonation[J];Chinese Journal of Computational Mechanics;2005-04\n9 CAI Xian-xin*,WANG Wen-kai,JIANG Yan-ying,JIANG Ping(Dep.9,Chinese Aviation Powerplant Research Institute,Zhuzhou 412002,China);An efficient moving grid method[J];Chinese Journal of Computational Mechanics;2007-02\n1 WANG Bao-guo, LIU Shu-yan, YAN Wei-ge, LI Fu-qing (School of Mechanical and Vehicular Engineering, Beijing Institute of Technology, Beijing100081, China);High-Order Strongly Compact Schemes and the Treatment of Boundary Conditions[J];Journal of Beijing Institute of Technology;2003-01


url: = (Jiatai) Wuxingzhi (嘉泰)吳興志 (www.chinaknowledge.de)\n(Jiatai) Wuxingzhi (嘉泰)吳興志\nOct 25, 2019 © Ulrich Theobald\nWuxingzhi 吳興志 is a local gazetteer compiled on imperial order under the supervision of Tan Yao 談鑰 (jinshi degree 1181), courtesy name Yuanshi 元時. The book of 20 juan, whose compilation begun during the Jiatai reign-period 嘉泰 (1201-1204) of Emperor Ningzong 宋寧宗 (r. 1194-1224), is a description of the geography and history of the province of Zhejiang.\nIt is divided into 47 chapters narrating the administrative history (1), the city wall and urban quarters (2), villages of the surroundings (3), mountains (4), rivers and canals (5), palaces and altars (6), the administrative system (7), public granaries and storehouses (8), courier stations (9), military posts (10), schools (11), garrisons and historical places (12), palace halls, gardens, shrines and monasteries (13), a name list of governors (14) and magistrates (15), eminent families (16), eminent persons and their stories (16-17), inscriptons on steles (18), wells, bridges, dams and fords (19), local customs and habits, local products and "tributes", as well as animals and plants of the region (20).\nThe author did apparently not undertake a final revision, but the information found in the book is very helpful as sources on this history of Zhejiang, particularly concerning the geography of the rivers, and agricultural products of the region. The text quotes, among others, from several sources that are not found elsewhere. It is the oldest surviving local gazetteer of Zhejiang.\nThe version in the imperial series Siku quanshu 四庫全書 is based on citations in the Ming-period 明 (1368-1644) encyclopaedia Yongle dadian 永樂大典. Manuscript copies are kept in the Beijing and the Nanjing Library. The earliest modern publication was published in 1914 in the series Wuxing xianzhe yishu 吳興先哲遺書.\nShen Hui 沈慧 (2004). "Lüelun Jiatai Wuxing zhi de jiazhi 略論《嘉泰吳興志》的價值", Zhongguo difangzhi 中國地方志, 2004 (5).\nWang Zhaoming 王兆明, Fu Langyun 傅朗云, ed. (1991). Zhonghua gu wenxian da cidian 中華古文獻大辭典, Vol. Dili 地理卷 (Changchun: Jilin wenshi chubanshe), 169.\nYao Yuan 姚遠 (2014). "Cong Jiatai Wuxing zhi kan Songdai Huzhou cheng de xiangji quhua ji qi guanli 從《嘉泰吳興志》看宋代湖州城的廂級區劃及其管理", Heilongjiang shizhi 黑龍江史志, 2014 (1).


url: =Private Apartment DongShanMingTai di Guangzhou Harga Pesan Booking Promo/Murah\nNo.16 Zhongshan Yi Road , Guangzhou, China\nLocated in Guangzhou (Yuexiu), Private Apartment DongShanMingTai is minutes from Museum and Tomb of the Southern Yue Kings and Nanyue Kingdom Palace Museum. This apartment is within close proximity of Guangdong Provincial Museum and Beijing Road Pedestrian Street.\nDitemukan 0 tipe kamar di Private Apartment DongShanMingTai\nAlamat : No.16 Zhongshan Yi Road\nThe preferred airport for Private Apartment DongShanMingTai is Guangzhou (CAN-Baiyun Intl.) - 30.3 km / 18.8 mi.


url: =Tuition | Accountability Initiative, India\nwarning: Creating default object from empty value in /home/accountindia/webapps/demo/modules/taxonomy/taxonomy.pages.inc on line 33.\nBy Vibhu Tewary and Ambrish Dongre\nDespite widespread and substantial private expenditure on private tutoring outside the formal school system in many developing countries, not much is known about their effects on learning outcomes. Read more »\nAmbrish Dongre and Vibhu Tewary


url: =Blue Roof in Xinzhou, Shanxi – Weird Google Earth\nBlue Roof in Xinzhou, Shanxi\nWeird May 18, 2013 Blue Roof in Xinzhou, Shanxi2019-06-19T17:54:10-04:00 Buidings, Cool Stuff, Industrial Structures, Military No Comment\nMore blue roofs. There was a post about blue roofs in the desert earlier…\nName: Blue Roof in Xinzhou, Shanxi\nLat, Long: 38.881846,110.842844\nLocation: Bao De Xian, Xinzhou, Shanxi, China\nhttps://www.weirdgoogleearth.com/2013/05/18/blue-roof-in-xinzhou-shanxi/https://i0.wp.com/www.weirdgoogleearth.com/wp-content/uploads/2013/05/blue-roof-in-xinzhou-shanxi.jpg?fit=1007%2C677&ssl=1https://i0.wp.com/www.weirdgoogleearth.com/wp-content/uploads/2013/05/blue-roof-in-xinzhou-shanxi.jpg?resize=150%2C150&ssl=1 2013-05-18T17:54:56-04:00 WeirdBuidingsCool StuffIndustrial StructuresMilitaryWeird buildingMore blue roofs. There was a post about blue roofs in the desert earlier... Name: Blue Roof in Xinzhou, Shanxi Lat, Long: 38.881846,110.842844 Location: Bao De Xian, Xinzhou, Shanxi, China WeirdWeird weird@ianevitch.comAdministratorWeird Google Earth\n« Earthquake of May 17, 2013 Epicentre\nStrange Building in Xinzhou, Shanxi »


url: =.Numerical Simulation of Three Dimensional and Two Phase Flow in a Cyclone Separator.--《Power Engineering》1999年01期\n《Power Engineering》 1999-01\n.Numerical Simulation of Three Dimensional and Two Phase Flow in a Cyclone Separator.\nLin Wei(East China University of Technology).Wang Nai ning\nAbstract Three dimensional and two phase flow in a cyclone separator is simulated in this paper.The control equations are solved in three body fitted coordinates using non staggered SIMPLE algorithm.The velocities and pressure fields are obtained.The results show that the non symmetry of inlet flow into cyclone determines the three dimensional property of the flow.The stagnation and reverse of axial velocity near cyclone center is observed.The analysis to particle trajectories show that the hopper of cyclone has the negative effect on particle collection\n【CateGory Index】： TK223.4\n1 LI Shu-qiang,RAN Jing-yu,ZHANG Li,PU Ge,TANG Qiang(College of Power Engineering,Chongqing University,Chongqing 400044,China);Research on Gas-solid Two-Phase Flow in One CFBC Cyclone Separator[J];Journal of Chongqing Institute of Technology(Natural Science Edition);2007-09\n2 GONG Zhi-li MA Gui-yang ZHENG Ping(Liaoning University of Petroleum & Chemical Technology,Liaoning 113001);On Study and Development of the Turbulent Model in Cyclone Separator[J];;2006-03\n3 WANG Xu 1, WU Shao hua 1, LI De jin 2, KONG Ling jun 2, GUO Lu yang 3, SUN Xu guang 3 (1. Harbin Insitute of Technology, Harbin 150001, China; 2. Qingdao Power Plant, Qingdao 266031, China; 3. Shandong Luneng Energy saving Equipment Development Co. Ltd., Jinan 250002, China);Modification and Economical Analysis of the Double-Separating Classifier (DS-Classifier) for Qingdao Power Plant[J];Power Engineering;2003-02\n4 HUANG Xing-hua~1WANG Dao-lian~1,WANG Ru-zhu~1,ZHANG Ji-guang~2(1. School of Mechanical and Power Engineering, Shanghai Jiaotong Univ., Shanghai 200030, China;2. Institute of Architecture and Engineering, Qingdao 266033, China);Numerical Study of the Gas-Phase and Collection Efficiency in Cyclone Separator[J];Power Engineering;2004-03\n5 Xiong Zhiyi Wu Xiaolin Ji Zhongli (Department of Mechanical and Electrical Engineering, China University of Petroleum, Beijing 102249);NUMERICAL SIMULATION OF FLOW FIELD IN CYCLONE SEPARATE AT HIGH-PRESSURE GAS FIELD[J];Chinese Journal of Mechanical Engineering;2005-10\n6 XUE Xiaohu SUN Guogang SHI Mingxian (Faculty of Chemical Science and Engineering, China University of Petroleum(Beijing), Beijing 102249);NUMERICAL SIMULATION ON PARTICLE CONCENTRATION DISTRIBUTION IN CYCLONE SEPARATOR[J];Chinese Journal of Mechanical Engineering;2007-12\n7 ZHU Zhi-wei, ZHANG Xiao-hui, LI Xiao-zhen (Department of Mechanical and Electronic Engineering, Shandong Agricultural University, Tai’an 271018, China);Design of Pneumatic Trapping Machine of Locust in Net Covered Net Based on SolidWorks[J];Journal of Agricultural Mechanization Research;2008-01\n8 ZHENG Sheng-fei1,2,REN Xin1,2,XIE Lin-jun1,2(1.Institute of Process Equipment and Control Engineering,Zhejiang University of Technology,Hangzhou 310014,China;2.The MOE Key Laboratory of Mechanical Manufacture and Automation,Zhejiang University of Technology,Hangzhou 310014,China);Three-dimensional Numerical Simulation of Spiral Centrifuge Flow Field[J];Light Industry Machinery;2009-06\n1 LIU Jian-min(The Chinese People's Armed Police Forces Academy,Langfang,Hebei 065000);Study on Suspension Speed of Grassland Locust[J];Journal of Anhui Agricultural Sciences;2007-14\n2 WANG Wei, JIAO Qing-jie (State Key Laboratory of Prevention and Control of Explosion Disasters, Beijing Institute of Technology, Beijing 100081, China);Study on relation between conic angle and ash ring abrasion in cyclonic dust remover[J];Journal of Safety and Environment;2004-03\n4 HUANG ZhiXin QIAN CaiFu FAN DeShun XIAO JinHua (College of Mechanical and Electrical Engineering, Beijing University of Chemical Technology, Beijing 100029, China);Numerical simulation of the velocity of the fluid surface in the bowl of a sedimentation centrifuge[J];Journal of Beijing University of Chemical Technology(Natural Science Edition);2007-06\n5 WEI Ming shan, MA Chao chen, LI Xiang rong, DU Wei (School of Vehicle and Transportation Engineering, Beijing Institute of Technology, Beijing100081);Measurement of the Velocity Field of ESCP with PIV[J];JOURNAL OF BEIJING INSTITUTE OF TECHNOLOGY;2000-04\n6 WEI Zhi jun, ZHANG Ping (Department of Flight Vehicle and Control, Beijing Institute of Technology, Beijing100081);Numerical Simulation of Air Flow Field in a Cyclone Dust Separator[J];JOURNAL OF BEIJING INSTITUTE OF TECHNOLOGY;2000-05\n7 LIU Shu-yan~1,ZHANG Ya~2,WANG Bao-guo~1(1.School of Mechatronics Engineering, Beijing Institute of Technology, Beijing100081, China;2.School of Mechanical and Vehicular Engineering, Beijing Institute of Technology, Beijing100081, China);Cyclone Separator Three-Dimensional Turbulent Flow-Field Simulation Using the Reynolds Stress Model[J];Journal of Beijing Institute of Technology;2005-05\n8 Chen Jiaqing Sang Yimin (Department of Mechanical Engineering,Beijing Institute of Petro-chemical Technology, Beijing 102617);Study on the Structure Design of Compound Type Dynamic Hydrocyclone for Oily Water Treatment[J];Journal of Beijing Institufe of Petrochemical Technology;2005-01\n9 ZHANG Yin 1,HE You duo 1,LI Song fen 2 (1 Institute of Metallurgical Engineering, UIST Baotou,Baotou 014010,China;2 Thin Slab Conti Casting and Conti Rolling Plant,Baotou Iron and Steel Group Co.,Baotou 014010,China);Study of influence of oxygen content on high temperature air combustion[J];Journal of Baotou University of Iron and Steel Technology;2002-03\n10 ZHAO Zhi gen, JIANG Xin sheng (Huainan Institute of Technology, Huainan,232001, China);Discussion about the Classification of Pore in Coal[J];REPORTING OF STANDARDIZATION;2000-05\n1 ZHOU Lei, SUN Guo-gang (China University of Petroleum, Beijing, Beijing 102249, China);Preliminary Study on the Effect of Vortex Finder Length on Cyclone Performances[A];[C];2006\n1 Li Xun,Diao Yongfa,Li Hao,Qiu Ran(School of Environment Science and Engineering,Donghua University,Shanghai 201620,China);Numeral Simulation Research on the Wall Erosion of Square Diffusion Cyclone Separator[J];Environmental Science and Management;2008-12\n2 Qian Fuping Zhang Mingyao(Key Laboratory of Clean Coal Power Generation and Combustion Technology of Ministry of Education, Southeast University, Nanjing 210096, China);Empirical model and numerical prediction for separation performance of cyclone separator[J];Journal of Southeast University (Natural Science Edition);2005-01\n3 WAN Gu-jun,SUN Guo-gang,WEI Yao-dong,SHI Ming-xian(Faculty of Chemical Science & Engineering,China University of Petroleum,Beijing 102249,China);The Combined Effect of Temperature and Pressure on Gas Flow Field in Cyclone Separator[J];Journal of Power Engineering;2008-04\n4 WANG Le-Qin~1 HAO Zong-Rui~1 WANG Xun-Ming~(1,2) JIAO Lei~1 (1.Institute of Chemical Machinery,Zhejiang University,Hangzhou 310027,China;2.Zhejiang Institute of Mechanical & Electrical Engineering,Hangzhou 310053,China);NUMERICAL SIMULATION OF FLOW FIELD IN CYCLONE OF DIFFERENT HEIGHT[J];Journal of Engineering Thermophysics;2009-02\n5 CHENG Qiang,SHI Xian-ming,ZANG Yun-shanJinan Boiler Group Co.Ltd.,Jinan 250023,China;Technical Reforming of the Central Cylinder in CFBB[J];Boiler Technology;2008-05\n6 HUANG Xin-wei, QIAN Fu-ping (School of Civil Engineering and Architecture, Anhui University of Technology, Ma’anshan 243002,China);Effect of the Improvement of Inlet Geometry of Cyclone Separators on Shortcut Flow Rate[J];Journal of Filtration & Separation;2008-01\n7 LI Ren-nian,WANG Hao,SU Ji-xin,XU Zhen-fa(College of Fluid Power and Control,Lanzhou Univ.of Tech., Lanzhou 730050,China);Numerical simulation of internal flow field and separation efficiency of gas cyclone[J];Journal of Lanzhou University of Technology;2007-02\n8 JING Zhi-chen,HAN Zheng-sheng,GAO Ai-min,DAI Fei(College of Engineering,Gansu Agricultural University,Lanzhou 730070,China);Simulation analysis of the district wheat combine harvester cleaning system[J];Journal of Gansu Agricultural University;2010-03\n9 NI Ling-ying1,YIN Zhao-juan1,ZHANG Xin-jun2,LU Shi-jian2,LIU Xiao-cheng1(1.China University of Petroleum College of Petroleum Engineering Dongying 257061,China;2.Shengli Engineering and Consulting Co.,Ltd.Dongying 257026,China);Research on Numerical Simulation of the Flow Field in Gas-Liquid Hydrocyclone Separator[J];Journal of Filtration & Separation;2010-02\n10 LI Hong~1,XIONG Bin~2(1.School of River & Ocean Engineering,Chongqing Jiaotong University,Chongqing 400074,China;2.School of Power Engineering,Chongqing University,Chongqing 400044,China);Numerical Simulation on Gas-Solid Flow in Cyclone Separators with Different Inlet Height-Width Ratios[J];Journal of Chinese Society of Power Engineering;2010-08\n1 Wang Jun-lan,Du Wen-liang,Chen Wei (Department of Mechanical and Electrical Engineering,Inner Mongolia Agricultural University,Hohhot 010018,China);The Design of Light Objects Separating Device after Buckwheat Husking[A];Chinese Society of Agricultural Engineering[C];2009


url: =2017/4-2018/5，Indiana University Bloomington, Department of Chemistry, 博士后\n Huicheng Hu, Wenhao Guan, Yafeng Xu, Xuchun Wang, Linzhong Wu, Min Chen, Qixuan Zhong, Yong Xu, Youyong Li, Tsun-Kong Sham, Xiaohong Zhang*, Lu Wang*, Muhan Cao,* Qiao Zhang, Construction of single-atom platinum catalysts enabled by CsPbBr3 nanocrystals, ACS Nano, 2021, 15, 13129-13139.\n Qixuan Zhong, Jun Liu, Shuhua Chen, Pengli Li, Jianian Chen, Wenhao Guan, Yinghua Qiu, Yong Xu, Muhan Cao,* Qiao Zhang, Highly stable CsPbX3/PbSO4 core/shell nanocrystals synthesized by a simple post-treatment strategy, Adv. Optical Mater., 2021, 9, 2001763.\n Wenhao Guan, Yi Li, Qixuan Zhong, Haiyu Liu, Jianian Chen, Huicheng Hu, Kangxiao Lv, Jin Gong, Yong Xu, Zhenhui Kang,* Muhan Cao,* Qiao Zhang,* Fabricating MAPbI3/MoS2 composites for improved photocatalytic performance, Nano Lett., 2021, 21, 597-604.\n Muhan Cao, Yashvi Damji, Congyang Zhang, Linzhong Wu, Qixuan Zhong, Pengli Li, Di Yang, Yong Xu,* Qiao Zhang,* Low-dimensional-networked cesium lead halide perovskites: properties, fabrication, and applications, Small Methods, 2020, 202000303.\n Xiaoya Yu, Linzhong Wu, Di Yang, Muhan Cao,* Xing Fan, Haiping Lin, Qixuan Zhong, Yong Xu, Qiao Zhang,* Hydrochromic CsPbBr3 nanocrystals for anti-counterfeiting, Angew. Chem. Int. Ed., 2020, 59, 14527-14532.\n Xiaolei Yuan,# Yong Zhang, #Muhan Cao,# Tong Zhou, Xiaojing Jiang, Jinxing Chen, Fenglei Lyu, Yong Xu, Jun Luo, Qiao Zhang,* Yadong Yin,* Bi(OH)3/PdBi composite nanochains as highly active and durable electrocatalysts for ethanol oxidation, Nano Lett., 2019, 19, 4752-4759.\n Qixuan Zhong,#Muhan Cao,# Yafeng Xu, Pengli Li, Yong Zhang, Huicheng Hu, Di Yang, Yong Xu, Lu Wang,* Youyong Li, Xiaohong Zhang,* Qiao Zhang,* L-type ligand assisted acid-free synthesis of CsPbBr3 nanocrystals with near-unity photoluminescence quantum yield and high stability, Nano Lett., 2019, 19, 4151-4157.\n Haiyu Liu,# Yeshu Tan,#Muhan Cao,* Huicheng Hu, Linzhong Wu, Xiaoya Yu, Lu Wang, Baoquan Sun,* Qiao Zhang,* Fabricating CsPbX3‑based type I and type II heterostructures by tuning the halide composition of Janus CsPbX3/ZrO2 Nanocrystals, ACS Nano, 2019, 13, 5266-5274.\n Di Yang, Pengli Li, Yatao Zou, Muhan Cao,* Huicheng Hu, Qixuan Zhong, Jiaxin Hu, Baoquan Sun,* Steffen Duhm, Yong Xu, Qiao Zhang,* Interfacial synthesis of monodisperse CsPbBr3 nanorods with tunable aspect ratio and clean surface for efficient light-emitting diode applications, Chem. Mater., 2019, 31, 1575-1583.\n Qixuan Zhong, Muhan Cao,* Huicheng Hu, Di Yang, Min Chen, Pengli Li, Linzhong Wu, Qiao Zhang,* One-Pot synthesis of highly stable CsPbBr3@SiO2 core-shell nanoparticles, ACS Nano, 2018, 12, 8579-8587.\n Muhan Cao, Zeyuan Tang, Qipeng Liu, Yong Xu, Min Chen, Haiping Lin,* Youyong Li, Elad Gross, Qiao Zhang* The synergy between metal facet and oxide support facet for enhanced catalytic performance: the case of Pd-TiO2, Nano Lett., 2016, 16, 5298-5302.


url: =About Us - Guangzhou Songde Electronic Technology Co., Ltd.\nLED TV | LCD TV | Smart LED TV | Car DVD Player | Car Monitor\nNo. 30-1 North Strker(http://www.global-trade-center.com)eet,Hengli Village,Renhe Town,Baiyun Distr\nAddress : No. 30-1 North Strker(http://www.global-trade-center.com)eet,Hengli Village,Renhe Town,Baiyun Distr


url: =Basalts Igneous rocks 1,137 Volcanic rocks 1,137 Plutonic rocks 321 Geochemistry 317 Metals 295 Silicates 257 more ... Mesozoic 232 Mid-ocean ridge basalts 217 Cenozoic 213 Paleozoic 210 Absolute age 198 Magmas 198 Mantle 188 Lithogeochemistry 187 Plate tectonics 185 Metamorphic rocks 175 U/Pb 166 Rare earths 163 Isotopes 162 Intrusions 156 Orthosilicates 156 Sedimentary rocks 151 Spectra 151 Nesosilicates 150 Trace elements 145 Dates 144 Chemical composition 141 Precambrian 141 Geochronology 138 less ...\nShowing 1 - 20 results of 1,137 for search '', query time: 0.09s\nTectonic setting of the Kenya Rift in the Nakuru area, based on geophysical prospecting\nby Conti, Paolo; Pistis, Marco; Bernardinetti, Stefano; Barbagli, Alessio; Zirulia, Andrea; Serri, Lisa; Colonna, Tommaso; Guastaldi, Enrico; Ghiglieri, Giorgio\nOld volcanic stories; bringing ancient volcanoes to life in Ireland's geological heritage sites\nby Parkes, Matthew; Gatley, Sarah; Gallagher, Vincent\nby Yan Quanshu; Straub, Susanne; Castillo, Paterno; Zhang Haitao; Tian Liyan; Shi Xuefa\nPetrogenesis of the chromitite body from the Cerro Colorado Ophiolite, Paraguana Peninsula, Venezuela\nby Mendi, David J.; González-Jiménez, José María; Proenza, Joaquín Antonio; Urbani, Franco; Gervilla, Fernando\nExperimental verification of parameter m in Hoek-Brown failure criterion considering the effects of natural fractures\nby Wei Xu; Zuo Jianping; Shi Yue; Liu Haiyan; Jiang Yunqian; Liu Chang\nStratigraphy, structure and geology of Late Miocene Verkhneavachinskaya Caldera with basaltic-andesitic ignimbrites at eastern Kamchatka\nby Bergal-Kuvikas, Olga; Leonov, Vladimir; Rogozin, Aleksei; Bindeman, Ilya; Kliapitskiy, Evgeniy; Churikova, Tatiana\nGeochemical constaints on the origin of late Cenozoic basalts in the Mt. Changbai volcanic field, NE China; evidence for crustal recycling\nby Lei Ming; Guo Zhengfu; Sun Yutao; Zhang Maoliang; Zhang Lihong; Ma Lin\nCa 780 Ma OlB-like mafic dykes in the western Jiangnan orogenic belt, south China; evidence for large-scale upwelling of asthenosphere beneath a post-orogenic setting\nby Liu Yu; Yang Kunguang; Polat, Ali; Xu Yang\nGeochemical and isotopic compositions of East Rift lavas from the Manus Basin; implications for the origin of subduction components\nby Wang Xiong; Huang Peng; Huang Haijun; Hu Ningjing\nMiocene age of the Huanan basalt lava flow (NE China) inferred by reset of zircon (U-Th)/He thermochronometer in the underlying sand\nby Zhou, Jianping; Dunkl, Istvan; Liu Yongjiang; Li, Weimin; Wolf, Anna; von Eynatten, Hilmar\nGeochronology, geochemistry, origin, and tectonic implications of high-pressure mafic granulites of the Amdo region, central Tibet\nby Xie Chaoming; Song Yuhang; Duan Menglong; Su Li; Hao Yujie\nCenozoic tectonic evolution of South China; a brief review, and new insights from the Huangshadong-Shiba area, south-east China\nby Kuang Jian; Wang Shuai; Qi Shihua; Xiao Zhicai; Zhang Min; Wang Yousheng\nLate Palaeozoic to Late Triassic northward accretion and incorporation of seamounts along the northern South Pamir; insights from the anatomy of the Pshart accretionary complex\nby Yogibekov, Dzhovid; Sang Miao; Xiao Wenjiao; Windley, Brian F.; Mamadjonov, Yunus; Yang He; Huang Peng; Aminov, Jovid; Vatanbekov, Furkat\nThe role of magma sources, oxygen fugacity, and fractionation in determining the Jiudingshan porphyry-skarn Cu-Mo deposit in Western Yunnan, China\nby Guo Hu; Lai Yong; Zhou Yitao; Lv Xin\nGeochemical and Sr-Nd-Pb isotopic characteristics of basalt from eastern Hunan Province; new insight for the Late Cretaceous tectonic dynamic mechanism in South China\nby Qin Jin-hua; Wang Deng-hong; Chen Yu-chuan\nTrachytic magmatism and Nb-rare earth element mineralization in the Pingli area, North Daba Mountain; insights from geochronology and geochemistry\nby Xiao Nie; Zongqi Wang; Lei Chen; Jingwu Yin; Haiming Xu; Li Fan; Gang Wang; Bobo An\nGeochemical evolution of the Late Carboniferous to Early Permian igneous rocks from the Baolidao magmatic belt, eastern Central Asian orogenic belt\nby Gong Mingyue; Tian Wei; Fu, Bin; Zhu Wenping\nMafic volcanic rocks of western Iron Ore Group, Singhbhum Craton, eastern India; geochemical evidence for ocean-continent convergence\nby Paul, Madhuparna; Ray, Jyotisankar; Manikyamba, C.; Ganguly, Sohini; Singh, M. Rajanikanta; Pachal, Saraswati; Sarkar, Debaleena\nNeo-Tethyan slab tearing constrained by Palaeocene N-MORB-like magmatism in southern Tibet\nby Tian Ye; Huang Feng; Xu Jifeng; Wang Baodi; Liu Han; Zeng Yunchuan; Liu Xijun; Yang Changqi; Yu Hongxia; Wen Yaqian; Zhang Zhao; Zhang Liying; Zhang Yutong\nGrowth of an accretionary complex in the southern Chinese Altai; insights from the Palaeozoic Kekesentao ophiolitic mélange and surrounding turbidites\nby Song Shuaihua; Xiao Wenjiao; Chen Yichao; Windley, Brian F.; Zhang Jien; Chen Zhenyu\nSuggested Topics: Basalts\n889 journal article 702 online 75 conference paper or compendium article 75 technical report 73 monograph 16 thesis more ... 5 map 4 unspecified see all ... less ...\n515 Asia 370 Far East 335 China 147 Europe 76 Central Europe 74 Canada more ... 69 South America 60 Commonwealth of Independent States 59 Xinjiang China 56 Germany 54 Africa 50 Indian Peninsula 49 Eastern Canada 48 Middle East 48 Russian Federation 47 Australasia 47 India 46 Pacific Ocean 39 Australia 37 Xizang China 34 Inner Mongolia China 28 Maritime Provinces 28 Southern Europe 28 Western Europe 28 Yunnan China 27 Brazil 27 Nova Scotia 26 Atlantic Ocean 26 North America 25 West Pacific see all ... less ...\n51 Yanshi Xuebao = Acta Petrologica Sinica 33 Geological Journal 25 Open-File Report - Geological Survey of Canada 24 Dizhi Tongbao = Geological Bulletin of China 22 Dixue Qianyuan = Earth Science Frontiers 21 Dizhixue Bao = Acta Geologica Sinica more ... 20 Actas - Congreso Geologico Chileno 19 Earth Science. Journal of China University of Geoscience 16 Geosciences (Basel) 16 Report - Nova Scotia Department of Natural Resources 15 V.M. Goldschmidt Conference - Program and Abstracts 15 Yanshi Kuangwuxue Zazhi = Acta Petrologica et Mineralogica 14 Chemie der Erde 14 Der=Aufschluss 14 Xibei Dizhi = Northwestern Geology 13 Dizhi Lunping = Geological Review 13 Geologiya i Geofizika 13 Ofioliti 13 Zhongguo Dizhi = Geology in China 12 Abstract Volume (Geological Association of Canada) 12 International Geology Review 12 International Journal of Earth Sciences = Geologische Rundschau 12 Petrology 11 Abstracts of Papers Submitted to the Lunar and Planetary Science Conference 11 Chinese Journal of Geochemistry = Diqiu Huaxue 11 Journal of Asian Earth Sciences 11 Journal of South American Earth Sciences 11 Mineralogy and Petrology 10 Current Science (Bangalore) 10 Earth-Science Reviews see all ... less ...\n11 Castonguay, S. 11 Lawley, C. J. M. 10 MacHattie, T. G. 10 Mercier-Langevin, P. 10 White, C. E. 8 Li Yongjun more ... 8 Yang Jingsui 7 Houlé, M. G. 7 Yang Gaoxue 7 Zhang Zhaochong 6 Reimold, Wolf Uwe 6 Shen Rui 6 Tong Lili 6 Xiao Wenjiao 5 Andrews, Lesley 5 Bleeker, Wouter 5 Dixon, Roger 5 Feng Qinglai 5 Li Cai 5 Lian Dongyang 5 Milidragovic, Dejan 5 Nesbor, Heinz-Dieter 5 Nex, Paul 5 Pei Xianzhi 5 Prime, G. A. 5 Richards, Jill 5 Santosh, M. 5 Smith, Bertus 5 Smith, Craig 5 Tian Wei see all ... less ...\n675 English 275 Chinese 68 German 48 Russian 42 Spanish 6 Portuguese more ... 4 French 4 Japanese 3 Turkish 2 Persian 1 Czech 1 Italian 1 Polish see all ... less ...


url: =buy Grade 3 ferrite magnet block - high quality Manufacturers,Suppliers and Exporters on weiku.com\nBuilding Material Making Machinery(8360)\nFOB Price: US $0.001 - 2 / Piece Shape: Block,block certificate: ISO9001:2008 Port: Shangha/Ningbo Brand Name: Newland magnet Model Number: Y10T,Y20,Y25,Y30,Y30BH,Y35 Composite: Ferrite Magnet,ferrite magnet Place of Origin: Zhejiang China (Mainland)\nGrade 3 Ferrite Magnet Block , Find Complete Details about Grade 3 Ferrite Magnet Block,Magnet Block,Grade 3 Ferrite,Ferrite Magnet Block from Magnetic Materials Supplier or Manufacturer-Ningbo Newland Magnetics Co., Ltd.\nFerrite magnet 20*3 disc type\nPort: xiamen Model Number: D20*3 Brand Name: Jamag Type: Fridge Magnets Place of Origin: Zhejiang China (Mainland) Supply Ability: 100,000 Piece/Pieces per Day Payment Terms: T/T,paypal\nferrite magnet, hard ferrite magnet, permanent magnet. we have many size of disc type ferrite magnet, hard ferrite magnet, permanent magnet. we have many size of disc type such as 20*3, 12*3,12*4.here is 20*3, Y3010 Pieces as one set\nChina Grade 3 ferrite magnet block:China Block Ferrite MagnetChina Ferrite MagnetChina ferrite ring magnetChina ferrite magnetic coreChina bonded ferrite magnetChina sintered ferrite magnet


url: =Claire's Corner: 4th of July: Strawberry Crisp\nyumm that looks so good! -Courtney\nI know it's past 4th of July now, but what do you say we (you?!!!) make this again while you're home! :) SOOOOO glad you're here!!!


url: =Lei Zhao - researchr alias\nPublications by 'Lei Zhao'\nAnalysis of novel phase-shifted full-bridge converters with wide ZVS range reduced filter requirementJiahui Cai, Lei Zhao, Chuliang Wei, Jiawei Liang. ieiceee, 19(3):20210391, 2022. [doi]\nDeepUrbanDownscale: A physics informed deep learning framework for high-resolution urban surface temperature estimation via 3D point cloudsLinwei Chen, Bowen Fang, Lei Zhao, Yu Zang, Weiquan Liu, Yiping Chen, Cheng Wang 0003, Jonathan Li 0001. aeog, 106:102650, 2022. [doi]\nIdentification of Visual Imagery by Electroencephalography Based on Empirical Mode Decomposition and an Autoregressive ModelYunfa Fu, Zhaoyang Li, Anmin Gong, Qian Qian, Lei Su 0003, Lei Zhao. cin, 2022, 2022. [doi]\nHigh efficiency isolated power supply used for hybrid DC circuit breaker in high voltage direct current systemsYinghong Hu, Peng Song, Lei Zhao, Jianhua Zhang. ieiceee, 19(1):20210458, 2022. [doi]\nCIR-Net: Automatic Classification of Human Chromosome Based on Inception-ResNet ArchitectureChengchuang Lin, Gansen Zhao, Zhirong Yang, Aihua Yin, Jianxin Wang 0001, Li Guo, Hanbiao Chen, Zhaohui Ma, Lei Zhao, Haoyu Luo, Tianxing Wang, Bichao Ding, Xiongwen Pang, Qiren Chen. tcbb, 19(3):1285-1293, 2022. [doi]\nRobust Hybrid Beamforming Designs for Multi-user MmWave Relay SystemsZhen Luo, Lei Zhao, Hongqing Liu, Choujun Zhan. wcnc 2022: 1551-1556 [doi]\nDGMSNet: Spine segmentation for MR image by a detection-guided mixed-supervised segmentation networkShumao Pang, Chunlan Pang, Zhihai Su, Liyan Lin, Lei Zhao, Yangfan Chen, Yujia Zhou, Hai Lu, Qianjin Feng. mia, 75:102261, 2022. [doi]\nCoordinated Delivery to Shopping Malls with Limited Docking CapacityRuidian Song, Hoong Chuin Lau, Xue Luo, Lei Zhao. transci, 56(2):501-527, 2022. [doi]\nSmart City Public Art Planning and Design in a Multimedia Internet of Things Environment Integrating Scene ElementsCongcong Tang, Lei Zhao. sp, 2022, 2022. [doi]\nA 68.3% Efficiency Reconfigurable 400-/800-mW Capacitive Isolated DC-DC Converter with Common-Mode Transient Immunity and Fast Dynamic Response by Through-Power-Link Hysteretic ControlJunyao Tang, Lei Zhao, Cheng Huang. isscc 2022: 1-3 [doi]\nEnhancing keyphrase extraction from academic articles with their reference informationChengzhi Zhang, Lei Zhao, Mengyuan Zhao, Yingyi Zhang. scientometrics, 127(2):703-731, 2022. [doi]\nA series-connected asymmetrical PWM half-bridge three-level converter with reduced circulating currentJianhua Zhang, Yongle Chen, Lei Zhao, Jiahui Cai. ieiceee, 19(1):20210433, 2022. [doi]\nDual-constraint burst image denoising methodDan Zhang, Lei Zhao, Duanqing Xu, Dongming Lu. jzusc, 23(2):220-233, 2022. [doi]\nIdentifying Boys With Autism Spectrum Disorder Based on Whole-Brain Resting-State Interregional Functional Connections Using a Boruta-Based Support Vector Machine ApproachLei Zhao, Yun-Kai Sun, Shao-Wei Xue, Hong Luo, Xiao-Dong Lu, Lanhua Zhang. fini, 16:761942, 2022. [doi]\nInSAR Constrained Downdip and Updip Afterslip Following the 2015 Nepal Earthquake: New Insights into Moment Budget of the Main Himalayan ThrustLei Zhao, Chunyan Qu, Dezheng Zhao, Xinjian Shan, Han Chen, Lian Liu. remotesensing, 14(2):306, 2022. [doi]\nEnhanced Surveillance Video Compression With Dual Reference Frames GenerationLei Zhao, Shiqi Wang 0001, Shanshe Wang, Yan Ye, Siwei Ma, Wen Gao 0001. tcsv, 32(3):1592-1606, 2022. [doi]\nYou should know more: Learning external knowledge for visual dialogLei Zhao, Haonan Zhang, XiangPeng Li, Sen Yang, Yuanfeng Song. ijon, 488:54-65, 2022. [doi]\nA Fully In-Package 4-Phase Fixed-Frequency DAB Hysteretic Controlled DC-DC Converter with Enhanced Efficiency, Load Regulation and Transient ResponseLei Zhao, Junyao Tang, Cheng Huang. cicc 2022: 1-2 [doi]\nBlock Sparse Bayesian Learning-Based Channel Estimation for MIMO-OTFS SystemsLei Zhao, Jei Yang, Yueliang Liu, Wenbin Guo. icl, 26(4):892-896, 2022. [doi]\nEICO: Improving Few-Shot Text Classification via Explicit and Implicit Consistency RegularizationLei Zhao, Cheng Yao. acl 2022: 3582-3587 [doi]\nMmWave relay systems with robust hybrid transceiver designs under correlated channel estimation errorsLei Zhao, Zhen Luo, Hongqing Liu, Xumin Pu, Quan Kuang. dsp, 127:103541, 2022. [doi]\nDual distribution matching GANZhiwen Zuo, Lei Zhao, Ailin Li, Zhizhong Wang, Haibo Chen, Wi Xing, Dongming Lu. ijon, 478:37-48, 2022. [doi]\nVScape: Assessing and Escaping Virtual Call ProtectionsKaixiang Chen, Chao Zhang 0008, Tingting Yin, Xingman Chen, Lei Zhao. uss 2021: 1719-1736 [doi]\nA Granular Computing Based Classification Method From Algebraic Granule StructureLinshu Chen, Lei Zhao, Zhenguo Xiao, Yuanhui Liu, Jiayang Wang. access, 9:68118-68126, 2021. [doi]\nMonitoring and Evaluation of Emotion Regulation by Aerobic Exercise and Motor Imagery Based on Functional Near-Infrared SpectroscopyPeng Ding, Fawang Wang, Siyu Li, Wei Zhang, Hongquan Li, Zhuang-fei Chen, Lei Zhao, Anmin Gong, Yunfa Fu. ficn, 15:759360, 2021. [doi]\nDecoding of Motor Coordination Imagery Involving the Lower Limbs by the EEG-Based Brain NetworkYunfa Fu, Zhouzhou Zhou, Anmin Gong, Qian Qian, Lei Su, Lei Zhao. cin, 2021, 2021. [doi]\nGeneralized pyramid co-attention with learnable aggregation net for video question answeringLianli Gao, Tangming Chen, XiangPeng Li, Pengpeng Zeng, Lei Zhao, Yuan-Fang Li. PR, 120:108145, 2021. [doi]\nSupplying to Mom and Pop: Traditional Retail Channel Selection in MegacitiesJiwen Ge, Dorothée Honhon, Jan C. Fransoo, Lei Zhao. msom, 23(1):19-35, 2021. [doi]\nIntegrating and navigating engineering design decision-related knowledge using decision knowledge graphJia Hao, Lei Zhao, Jelena Milisavljevic-Syed, Zhenjun Ming. aei, 50:101366, 2021. [doi]\nExploring Contextual-Aware Representation and Linguistic-Diverse Expression for Visual DialogXiangPeng Li, Lianli Gao, Lei Zhao, Jingkuan Song. mm 2021: 4911-4919 [doi]\nIdentification of gait imagery based on fNIRS and class-dependent sparse representationHongquan Li, Anmin Gong, Lei Zhao, Fawang Wang, Qian Qian, Jianhua Zhou, Yunfa Fu. bspc, 68:102597, 2021. [doi]\nDual-Mode LED Aided Visible Light Positioning System Under Multi-Path Propagation: Design and DemonstrationZhengpeng Li, Guodong Qiu, Lei Zhao, Ming Jiang 0002. TWC, 20(9):5986-6003, 2021. [doi]\nDecoding of Walking Imagery and Idle State Using Sparse Representation Based on fNIRSHongquan Li, Anmin Gong, Lei Zhao, Wei Zhang, Fawang Wang, Yunfa Fu. cin, 2021, 2021. [doi]\nRobust Hybrid Precoding/Combining Designs for Full-Duplex Millimeter Wave Relay SystemsZhen Luo, Lei Zhao, Li Tonghui, Hongqing Liu, Rongbin Zhang. tvt, 70(9):9577-9582, 2021. [doi]\nRobust Hybrid Beamforming in Millimeter Wave Systems With Closed-Form Least-Square SolutionsZhen Luo, Lei Zhao, Hongqing Liu, Yong Li 0023. wcl, 10(1):156-160, 2021. [doi]\nSpineParseNet: Spine Parsing for Volumetric MR Image by a Two-Stage Segmentation Framework With Semantic Image RepresentationShumao Pang, Chunlan Pang, Lei Zhao, Yangfan Chen, Zhihai Su, Yujia Zhou, Meiyan Huang, Wei Yang 0006, Hai Lu, Qianjin Feng. tmi, 40(1):262-273, 2021. [doi]\nA Target Person Locating Framework Based on Distributed OdometriesLei Pang, Zhiqiang Cao, Junzhi Yu, ZhongHui Li, Lei Zhao, Pei Lv. case 2021: 437-441 [doi]\nAn improved Cuckoo search localization algorithm for UWB sensor networksXiaofeng Qin, Bin Xia, Tian Ding, Lei Zhao. winet, 27(1):527-535, 2021. [doi]\n3D convolutional neural networks-based multiclass classification of Alzheimer's and Parkinson's diseases using PET and SPECT neuroimaging modalitiesAhsan Bin Tufail, Yong-Kui Ma, Qiu-Na Zhang, Adil Khan 0002, Lei Zhao, Qiang Yang 0003, Muhammad Adeel, Rahim Khan, Inam Ullah. braininf, 8(1):23, 2021. [doi]\nAdaptive Terminal Sliding Mode Control for Magnetic Levitation Systems With Enhanced Disturbance CompensationJunxiao Wang, Lei Zhao, Li Yu 0001. tie, 68(1):756-766, 2021. [doi]\nAlignment Method of Combined Perception for Peg-in-Hole Assembly with Deep Reinforcement LearningYongzhi Wang, Lei Zhao, Qian Zhang, Ran Zhou, Liping Wu, Junqiao Ma, Bo Zhang, Yu Zhang. js, 2021, 2021. [doi]\nA Cascaded Deep Learning Framework for Detecting Aortic Dissection Using Non-contrast Enhanced Computed TomographyXiangyu Xiong, Xiuhong Guan, Chuanqi Sun, Tianjing Zhang, Hao Chen, Yan Ding, Zhangbo Cheng, Lei Zhao, Xiaohai Ma, Guoxi Xie. embc 2021: 2914-2917 [doi]\nRapidFuzz: Accelerating fuzzing via Generative Adversarial NetworksAoshuang Ye, Lina Wang, Lei Zhao, Jianpeng Ke, Wenqi Wang, Qinliang Liu. ijon, 460:195-204, 2021. [doi]\nTridentShell: a Covert and Scalable Backdoor Injection Attack on Web ApplicationsXiaobo Yu, Weizhi Meng 0001, Lei Zhao, Yining Liu. isw 2021: 177-194 [doi]\nPrivacy-preserving Time-series Medical Images Analysis Using a Hybrid Deep Learning FrameworkZijie Yue, Shuai Ding 0001, Lei Zhao, Youtao Zhang, Zehong Cao, Mohammad Tanveer 0001, Alireza Jolfaei, Xi Zheng 0001. ACM Trans. Internet Techn., 21(3), 2021. [doi]\nCo-assemble: A collaborative AR cross-devices teaching system for assemble practice coursesYan Xiang Zhang, Jia Qi Cheng, Jia-Yu Wang, Lei Zhao. vr 2021: 512-513 [doi]\nAn Investigation on Sparsity of CapsNets for Adversarial RobustnessLei Zhao, Lei Huang 0015. mm 2021: 55-61 [doi]\nSKANet: Structured Knowledge-Aware Network for Visual DialogLei Zhao, Lianli Gao, Yuyu Guo 0001, Jingkuan Song, Heng Tao Shen. icmcs 2021: 1-6 [doi]\nMFF-Net: Deepfake Detection Network Based on Multi-Feature FusionLei Zhao, Mingcheng Zhang, Hongwei Ding, Xiaohui Cui. entropy, 23(12):1692, 2021. [doi]\nA 32-GS/s Front-End Sampling Circuit Achieving >39 dB SNDR for Time-Interleaved ADCs in 65-nm CMOSLei Zhao, Dengquan Li, Henghui Mao, Ruixue Ding, Zhangming Zhu. jcsc, 30(8), 2021. [doi]\nFast-moving piezoelectric micro-robotic fish with double caudal finsQuanliang Zhao, Shiqi Liu, Jinghao Chen, Guangping He, Jiejian Di, Lei Zhao, Tingting Su, Mengying Zhang, Zhiling Hou. ras, 140:103733, 2021. [doi]\nInstance Segmentation Based Background Reference Frame Generation for Surveillance Video CodingLei Zhao, Shiqi Wang 0001, Xinfeng Zhang, Shanshe Wang, Yan Ye, Siwei Ma, Wen Gao 0001. pcs 2021: 1-5 [doi]\nCombination of Pseudonym Changing with Blockchain-Based Data Credibility for Verifying Accuracy of Latest Vehicle Information in VANETsLei Zhao, Tianhan Gao. imis 2022: 485-493 [doi]\nTowards Cooperative Caching for Vehicular Networks with Multi-level Federated Reinforcement LearningLei Zhao, Yongyi Ran, Hao Wang, Junxia Wang, Jiangtao Luo. icc 2021: 1-6 [doi]\nFlipping Bits to Share Crossbars in ReRAM-Based DNN AcceleratorLei Zhao, Youtao Zhang, Jun Yang. iccd 2021: 17-24 [doi]\nContext-Guided Adaptive Network for Efficient Human Pose EstimationLei Zhao, Jun Wen, Pengfei Wang, Nenggan Zheng. AAAI 2021: 3492-3499 [doi]\nFeature Extraction with Apparent to Semantic Channels for Object DetectionLei Zhao, Jia Su, Zhiping Shi 0002, Yong Guan. jsw, 16(4):157-166, 2021. [doi]\nLevel-Set Subdifferential Error Bounds and Linear Convergence of Bregman Proximal Gradient MethodDaoli Zhu, Sien Deng, Minghua Li, Lei Zhao. jota, 189(3):889-918, 2021. [doi]\nA Fast Attitude Estimation Method Using Homography MatrixYongYong Duan, Lei Zhao, Zongling Wu, Yujie Yang. csse 2020: 164-168 [doi]\nDesign of the Time Measurement Circuit, Single Data Frame Sorting, and Packaging Logic of a TOF PET SystemJiaming Lu, Kairen Chen, Lei Zhao, Jiajun Qin, Shubin Liu, Qi An. ebccsp 2020: 1-7 [doi]\nJoint Multiclass Classification of the subjects of Alzheimer's and Parkinson's Diseases through Neuroimaging Modalities and Convolutional Neural NetworksAhsan Bin Tufail, Yong-Kui Ma, Qiu-Na Zhang, Lei Zhao. bibm 2020: 2840-2846 [doi]\nAn Efficient Agreement Mechanism in CapsNets by Pairwise ProductLei Zhao, Xiaohui Wang, Lei Huang 0020. ecai 2020: 1722-1729 [doi]\nDriver drowsiness recognition via transferred deep 3D convolutional network and state probability vectorLei Zhao, Zengcai Wang, Guoxin Zhang, Huanbing Gao. mta, 79(35):26683-26701, 2020. [doi]\nLinear Convergence of Randomized Primal-Dual Coordinate Method for Large-scale Linear Constrained Convex ProgrammingDaoli Zhu, Lei Zhao. icml 2020: 11619-11628 [doi]