url: =Keyword Search | Johnson And Johnson - Smart Energy Decisions\nItems Tagged with "Johnson And Johnson"\nJohnson & Johnson detailed its sustainability targets in a recently released Citizenship & Sustainability 2020 Goals presentation. The company said it plans to cut its absolute carbon emissions by 20% over the next four years and reduce emissions by 80% by 2050. As part of that effort, the m Read More...\nTags: Johnson & Johnson, sustainability reports,\nJohnson & Johnson has agreed to purchase 100 MW of wind power from a project in Texas, Bloomberg News reported Sept. 16. The New Brunswick, N.J.,-based healthcare giant signed a 12-year power purchase agreement to buy half the output from a 200-megawatt wind project under de Read More...\nTags: Johnson & Johnson,\nTags: Johnson & Johnson, E.ON, digital realty, data centers,\nToward their Health for Humanity Goal of reducing absolute carbon emissions by 80% by 2050, Johnson & Johnson reported they have reduced carbon emissions by 26% globally since 2010, including Scope 1 and Scope 2. This result surpasses an interim goal of 20% by 2020."At Johnson & Johnson, we Read More...


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url: =Zildjian A Cust 15 In Fast Crash Cymbal User Reviews | zZounds\nWhen you call, mention priority code 1ZY-92QF\nRating and Reviews: A Custom 15 In Fast Crash\nA 15" crash cymbal with a super-short decay time, this "fast crash" from Zildjian's A Custom series delivers a quick, crisp burst of sound.\nWhen you call, mention priority code 1ZY-92QF. Llame Gratis en Español: 844-432-7449


url: =Deqing County Chengguan Jiasheng Hostel Company Profile | Deqing County, Zhejiang, China | Competitors, Financials & Contacts - Dun & Bradstreet\nDeqing County Chengguan Jiasheng Hostel\nNo.8, Yidong Road, Ganyuan Town\n> Deqing County Chengguan Jiasheng Hostel\nDeqing County Chengguan Jiasheng Hostel is located in Deqing County, Zhejiang, China and is part of the Hotels, Motels & Resorts Industry.\nD&B Hoovers provides sales leads and sales intelligence data on over 120 million companies like Deqing County Chengguan Jiasheng Hostel around the world, including contacts, financials, and competitor information. To witness the full depth and breadth of our data and for industry leading sales intelligence tools, take D&B Hoovers for a test drive. Try D&B Hoovers Free\nA D&B Hoovers Subscription is your foot in the door to Deqing County Chengguan Jiasheng Hostel contact information.\nWith a Hoovers subscription you can get a comprehensive view of Deqing County Chengguan Jiasheng Hostel


url: =High Power Semconductor Laser and Its Application in Military--《SEMICONDUCTOR INFORMATION》1995年03期\n《SEMICONDUCTOR INFORMATION》 1995-03\nHigh Power Semconductor Laser and Its Application in Military\nHe Xingren(The 44th Institute,Ministry of EI,chongqing,632163)\nThe progress and trends of correlated high power laser diode are presented. Its applications in military systems are also given.\n1 WANG De, LI Xue qian (Changchun Institute of Optics and Fine Mechanics, Changchun 130022, China);New progress in semiconductor lasers and their applications[J];Optics and Precision Engineering;2001-03\n2 ;High Power Laser Diode（HPLD）Medical Instruments and Application[J];MODERN SCIENTIFIC INSTRUMENTS;1997-02\n3 YANG Jin hua,ZHANG Xing de,REN Da cui (State Key Laboratory of High-power Semiconductor Lasers, Changchun Institute of Optics and Fine Mechanics, Changchun 130022,China);Al-free High Power Semiconductor Lasers[J];SEMICONDUCTOR OPTOELECTRONICS;2000-02\n4 HU Gui jun, SHI Jia wei, ZHANG Shu mei, ZHANG Feng gang, LI Hong yan (National Integrated Optoelectronics Lab., Dept. of Electronic Engineering, Jilin University, Changchun 130023, China)$$$$;The Correlation between Electrical Noise and Non-radiative Current of Semiconductor Lasers[J];Semiconductor Optoelectronics;2001-01\n5 WU Gen-zhu, QI Ming, HE You-jun, ZHANG Yong-gang, LI Ai-zhen (State Key Laboratory of Functional Materials for Informatics, Shanghai Institute of Microsystem and Information Technology, Chinese Academy of Sciences, Shanghai 200050, CHN);Study of Semiconductor Laser Facets Coating[J];Semiconductor Optoelectronics;2003-03\n6 ZHANG Jing,LIU Gang-ming,TIAN Kun,LIAO Ke(Chongqing Optoelectronics Research Institute,Chongqing 400060,CHN);Recent Progress of High Power Semiconductor Lasers[J];Semiconductor Optoelectronics;2007-02\n7 Mu Qiong (Chongqing Optoelectronics Research Institute,Yongchuan 632163);The Situation and Future Development of Fiber Optic Gyros[J];SEMICONDUCTOR OPTOELECTRONICS;1994-02\n8 XIE Hong-yun1,AN Zhen-feng2,CHEN Guo-ying1(1.College of Information, Hebei University of Technology, Tianjin,300130 ,China;2.The 13th Electronic Research Institute, CETC,Shijiazhuang 050051,China);Highpower semiconductor laser array[J];Semiconductor Technology;2003-04\n9 LIU Peng, TIAN Xiao-jian, SHAN Jiang-dong (State Lab. of Integrated Opto-Electro, School of Electronic Science and Engineering Jilin University, Changchun 130023, China );Research and Design for High-Stability Semiconductor LD Driver[J];Semiconductor Technology;2005-02\n10 Zhang Qilin,Guan Xingguo,Liu Yingbin,Zhang Zhengde,Zhang Ronggui(The 13th Institute,Ministry of EI, Shijiazhuang ,050051);MOCVD Grown Quantum Well Laser Materials with MQB[J];SEMICONDUCTOR INFORMATION;1995-04\n1 CHEN Cui-hua, CHAI Jin-hua, ZHANG Jiang-hui ( Department Two, Academy of PLA Artillery, Hefei 230031, China; Section of Physics, Academy of PLA Artillery, Hefei 230031, China);The Current Situation Analyses of Photoelectron Devices in Free-space Optical Communication[J];Optoelectronic Technology & Information;2005-02\n2 WANG Xiao-dong, LIU Wen-yao, JIN Yue-han, ZHENG Wei(Tianjin University, College of Precision Instrument and Optoelectronics Engineering, Optoelectronics Information Science and Technology Laboratory, MOE, Tianjin 300072, China);Laser radar image acquisition and display integrated system based on DSP and CPLD[J];Optics and Precision Engineering;2004-02\n3 LIAO Xi-chang1,2,ZHENG Hui-fei3,YUAN Min1,2,JIN Qing-hui1,ZHAO Jian-long1(1.Shanghai Institute of Microsystem and Information Technology, Chinese Academy of Sciences, Shanghai 200050, China; 2.Graduate University of Chinese Academy of Sciences, Beijing 100049, China; 3.Affiliated Hospital of Nantong University, Nantong 226001, China);High-power light-emitting-diode induced fluorescence detector for microfluidic chip analysis[J];Optics and Precision Engineering;2009-12\n4 WANG Jin-hua1,2,YAO Hong-bao2,XUE Zheng-jun2,ZHANG Hao2(1.Department of Control Engineering,Institute of Automatization,Tianjin University,Tianjin 300192,China; 2.Tianjin Jinhang Institute of Technical Physics,Tianjin 300192,China);Design of sending circuit for laser short range dynamic detection system[J];Infrared and Laser Engineering;2006-06\n5 Yu Jianjie1 Tan Liying1 Ma Jing1 Yang Yuqiang1,2 1 National Key Laboratory of Tunable Laser Technology, Harbin Institute of Technology, Harbin Heilongjiang 150080, China 2 Institute of Application Science, Harbin University of Science and Technology, Harbin Heilongjiang 150080, China;Progress on Beam Shaping of High-Power Laser Diode Arrays[J];Laser & Optoelectronics Progress;2008-04\n6 Sun Meisheng Cheng Yao Han Jianbin Zhang Cong (Automation Department of Tsinghua University,Beijing 100084);Study on high-voltage pulse waveform measurement by using semiconductor lasers[J];Laser Journal;2003-03\n7 JIANG Bo-shi JIA Hong-zhi FAN Xue-ting (College of Optical and Electronic Information Engineering,University of Shanghai for Science and Technology,Shanghai 200093,China);Design of double-feedback frequency adjustable current source applied in laser diode[J];Laser Journal;2007-03\n8 WANG Si-wen1,2,GUO Li-hong1 (1.Changchun Institute of Optics,Fine Mechanics and Physics,Chinese Academy of Sciences,Changchun 130033,China;2.Graduate School of Chinese Academy of Sciences,Beijing 100049,China;);Experiment study on the laser dazzling of CCD photoelectric detector[J];Laser Journal;2009-01\n9 HU Xian-hua(Wuhan Institute of Shipbuilding Technology,Wuhan 430050,China);Anti-interference circuit design in power supply system of laser device[J];Journal of Ningbo Polytechnic;2007-05\n10 LIU Jie1,2,RUAN Jun1,2,MA Jie1,ZHANG Shou-gang1(1.National Time Service Center,Chinese Academy of Sciences,Xi’an 710600,China;2.Graduate University of Chinese Academy of Sciences,Beijing 100039,China);An Electronic System of External Cavity Semiconductor Diode Laser with Low Long-term Drift[J];Journal of Time and Frequency;2009-02\n1 HUANG Qiuhong, QIU Zongming, LI Lin, QUO Junjie Xi'an University of Technology Shanxi Xi'an 710048 Xi'an Jiaotong University Shanxi Xi'an 710048;Design and Error Analysis of Cross semiconductor Laser Inspecting System[A];[C];2004


url: =Constructing Method for Decision Trees Based on Rough Sets--《Journal of Chongqing Institute of Technology(Natural Science Edition)》2007年09期\nConstructing Method for Decision Trees Based on Rough Sets\nWEI Ping-ping(Department of Mathematics and Computer Science,Guizhou Institute of Education, Guiyang 550003,China)\nDuring constructing a decision,how to select classified attributes influences the effect of classification.This paper introduces a new way for selecting attributes,called Sets Classify Roughness,which is based on Rough sets theory and the characteristic of the decision tree and can elevate the level of leaf node to a degree when the total number does not change.\n1 ZHANG Xue-you1,MIAO Qiang2,MAO Jun-jun1,2 (1.School of Mathematics and Computation Science,Anhui University,Hefei 230039,China;2.Ministry of Education Key Laboratory of Intelligent Computing & Signal Processing,Anhui University,Hefei 230039,China);A Calculation Method of Fractal Dimension Based on Roughness[J];Computer Technology and Development;2010-05\n1 JIANG Yun~(1,2),LI Zhan-huai~1, ZHANG Qiang~2,LIU Yang~1 (1. College of Computer Science, Northwest Polytechnical University , Xi’an Shaanxi 710072, China) 2. College of Mathematics and Information Science, Northwest Normal University, Lanzhou Gansu 730070, China);New method for constructing decision tree based on rough sets theory[J];Computer Applications;2004-08\n2 QIAO Mei, HAN Wen-xiu ( School of Management, Tianjin University , Tianjin 300072, China; Department of Computer Science and Engineering, Tianjin University of Technology, Tianjin 300191 , China);Decision Tree Algorithm Based on Rough Set[J];Journal of Tianjin University;2005-09\n1 Gan Juan;Design of Students Comprehensive Assessment System Based on Decision Tree Algorithm[J];Journal of Anhui Vocational College of Electronics & Information Technology;2011-04\n2 ZHOU Yu-hua1,LI Jing-jie2(1.Department of Mathematics and Computer Science,Xinyang Vocational and Technical College,Xinyang 464000,China;2.School of Mathematics and Information Science,Xinyang Normal University,Xinyang 464000,China);A method of attribute reduction for incomplete decision tables[J];Journal of Anhui University(Natural Sciences);2009-04\n3 GUO You-qiang,HU Xue-gang(School of Computer and Information,Hefei University of Technology,Heifei 230009,China);Resovling Maximal Frequent Itemsets Efficiently Based on Item Increasing Algorithm[J];Journal of Anhui Science and Technology University;2006-06\n4 ZHANG You-zhi,QIAN Meng,CHENG Yu-sheng(School of Computer & Information,Anqing Teachers' College,Anqing 246011,China);Research on Web Log Mining Method Based on Association Rule[J];Journal of Anqing Teachers College(Natural Science Edition);2006-01\n5 CAI Jing-wei,CHEN Shi-lian (Foundation Department,Jiangsu Polytechnic College of Agriculture and Forestry,Zhenjiang 212400,China);Roughness in Random Approximate Space and the Rough Equivalent Based on Random Set[J];Journal of Anqing Teachers College(Natural Science Edition);2008-02\n6 PENG Li-fen1,2,CHENG Jun-sheng1,2,HU Xue-gang2(1.Anhui Vocational college of Electronics and Information Technology,Bengbu,Anhui 233000,China; 2.Hefei University of Technology,Hefei,Anhui 230009,China);Research on Decision Tree Algorithm Based on Rough Set[J];Journal of Anqing Teachers College(Natural Science Edition);2012-01\n7 XU Wei (College of Science,Xi'an Jiaotong University,Xi'an 710049,China);New Methods of Knowledge Discovering in Incomplete Information Systems[J];Journal of Baoding Teachers College;2005-02\n8 Cao Danyang Li Jinhong Wei Jinqiang Zhang Yanfang (College of Information Engineering,North China Univ.of Tech.,100041,Beijing,China);CET-4 Grade Performance Analysis Based on Decision Tree[J];Journal of North China University of Technology Beijing China;2007-01\n9 ZHONG Yan,GUO Yusong(State Key Laboratory of Rail Traffic Control and Safety,Beijing Jiaotong University,Beijing 100044,China);Research of Applying Data Mining in Segmentation of Railway Freight Customers[J];Journal of Beijing Jiaotong University;2008-03\n10 Yu Hua (Business School,Shanxi University Taiyuan 030031);Knowledge Reduction in Numerical Information System Based on Neighborhood Granulation[J];Office Informatization;2011-10\n1 Zhou Yantao1,2,Tang Jianbo1,Wang Jiaqin1 1.College of Electrical and Information Engineering,Hunan University,Changsha 410082,P.R.China 2.Information and Electrical Engineering College,Naval Engineering University,Wuhan 430033,P.R.China;An Improved TFIDF Feature Selection Algorithm Based On Information Entropy[A];[C];2007\n2 Zhao Yunpeng Shi Li Liu Ying(Polytechnic School of Shenyang Ligong University,Fushun 110168,China);University based on data mining analysis and application of the scale[A];[C];2011\n3 Wang Hao Cao YongFeng Sun Hong (Laboratory of Signal Processing and Modern Communication,Wuhan University,430079,Wuhan,China);Clustering Analysis Based on Watershed Transform[A];[C];2005\n4 MENG Shao-peng LUO Hong-yun LI Sheng (School of Material Science and Engineering,Beijing University of Aeronautics and Astronautics,Beijing 100083,China);Automobile Reliability Analysis Method Based on Data Mining[A];[C];2007\n5 Su Hongsheng (Information and Electrical Engineering Institute, Lanzhou Jiaotong University, Lanzhou 730070, China);Multi-area parallel neural classifiers for substation fault diagnosis based on rough set theory[A];[C];2005\n7 ZHU Pan CHEN Yuexin (Computer School of National University of Defense Technology,Changsha 410073);Application of Apriori algorithm in appraising credit degree of joined persons[A];[C];2009\n8 ZHANG Min LUXiang-yan ZHOUMin PANLin-linNONG Dong-dong WANG Bin-bin CHEN Xiao-jiang (College of Computer, Electronics and Information, Guangxi University, Nanning 530004);The Application of Data Mining in the Intellectual Test-Base System[A];[C];2004\n9 ZHU Meimei,ZHOU Xianzhong (School of Management Science and engineering,Nanjing University,Nanjing,210093);The Report of Index Reduction of Jiangsu Province Association[A];[C];2009\n10 LIN Yun (Colleage of Information Engineering,Capital Normal University Beijing 100048);Application of Inventory Management based on Rough Set theory[A];[C];2009\n4 LIU Shao-Hui 1) SHENG Qiu-Jian 1) WU Bin 1,2) SHI Zhong-Zhi 1) HU Fei 3) 1) (Key Laboratory of Intelligent Information Processing, Institute of Computing Technology, Chinese Academy of Sciences, Beijing 100080) 2) (School of Computer Science and Technology, Beijing University of Post and Telecommunication,Beijing 100876) 3) (Department of Physical Education Management, Shanghai Institute of Phisical Education, Shanghai 200438);Research on Efficient Algorithms for Rough Set Methods[J];Chinese Journal of Computers;2003-05\n5 XIE Hong~1) CHENG Hao-Zhong~2) NIU Dong-Xiao~3)~1)(Department of Electronic Engineering, Shanghai Maritime University, Shanghai 200135)~2)(Department of Electric Engineering, Shanghai Jiao Tong University, Shanghai 200030) ~3)(Department of Economics & Management, North China Electric Power University, Baoding 071003);Discretization of Continuous Attributes in Rough Set Theory Based on Information Entropy[J];Chinese Journal of Computers;2005-09\n6 JIANG Yun~(1,2),LI Zhan-huai~1, ZHANG Qiang~2,LIU Yang~1 (1. College of Computer Science, Northwest Polytechnical University , Xi’an Shaanxi 710072, China) 2. College of Mathematics and Information Science, Northwest Normal University, Lanzhou Gansu 730070, China);New method for constructing decision tree based on rough sets theory[J];Computer Applications;2004-08\n7 HE Guo-jian,TAO Hong-cai (School of Computer and Communication Engineering,Southwest Jiaotong University,Chengdu Sichuan 610031,China);Improved algorithm of attribute reduction based on rough sets[J];Computer Applications;2004-11\n8 LIU Qi-he, LI Fan, MIN Fan, YE Mao, YANG Guo-wei(College of Computer Science and Engineering, University of Electronic Science and Technology of China, Chengdu 610054, China. );An Efficient Knowledge Reduction Algorithm Based on New Conditional Information Entropy[J];Control and Decision;2005-08\n10 ZHANG Wen xiu,WU Wei zhi (Institute for Information and System Sciences,Xi’an Jiaotong University,Xi’an 710049,China);An Introduction and a Survey for the Studies of Rough Set Theory[J];Fuzzy Systems and Mathematics;2000-04\n1 Wang Xizhao You Ziying(Machine Learning Center,Faculty of Mathematics and Computer Science,Hebei University,Baoding071002);A Brief Survey of Methods for Decision Tree Simplification[J];Computer Engineering and Applications;2004-27\n2 Hong Jiarong; Ding Mingfeng; Li Xingyuan and Wang Liwei (Department of Computer Soience and Engineering, Harbin Insititute of Technology. Harbin 150001);A NEW ALGORITHM OF DECISION TREE INDUCTION[J];CHINESE JOURNAL OF COMPUTERS;1995-06\n3 GUO Honglei\_ YAO Tianshun(Department of Computer Science\_ Northeastern University\_ Shenyang\_ 110006);MODELING TEMPORAL SEMANTICS INFORMATION FOR NATURAL LANGUAGE[J];JOURNAL OF SOFTWARE;1997-06\n4 LIU Xiao hu\_ LI Sheng(Department of Computer Science\_ Harbin Institute of Technology\_ Harbin\_ 150001);An Optimized Algorithm of Decision Tree[J];JOURNAL OF SOFTWARE;1998-10


url: =25 August 2019, Volume 48 Issue 8\nAnalysis on the Effect of Tilt Compensation of Digital Zenith Camera\nZHOU Zhao-fa, XU Zhi-hao, LIU Xian-yi, CHANG Zhen-jun\n2019, 48(8): 812001-0812001. doi:10.3788/gzxb20194808.0812001\nAsbtract ( 295 ) HTML ( ) PDF (2170KB) ( 143 )\nThreshold-optimized Dithering Technique for High-quality 3D Shape Measurement\nMENG Sen-sen, CAI Ning, LIN Bin\n2019, 48(8): 812002-0812002. doi:10.3788/gzxb20194808.0812002\nAsbtract ( 358 ) HTML ( ) PDF (7023KB) ( 152 )\n针对离焦二元编码技术中条纹图案的高次谐波分量会引入测量误差的问题，提出了一种通过阈值优化抖动算法生成二元图像的方法.引入参数γ动态调整阈值，考虑图像不同像素灰度值对抖动算法的影响，改善离焦后抖动图像条纹的正弦性.仿真和实验结果表明：在引入参数γ=50时，离焦后的阈值优化抖动算法条纹具有更好的正弦性；相比传统Floyd-Steinberg抖动算法，在条纹周期为40 pixel时，该方法所得相位均方根误差减小0.013 7 rad，且对模型凹陷突变区域成像更清晰，显著提高了物体表面还原的图像质量.\nInternal Defect Detection of Material with Specular Using Double Imaging Mach-Zehnder System\nZHONG Shi-min, SUN Fang-yuan, CHEN Wei-jie, WU Shuang-le, WANG Yong-hong\n2019, 48(8): 812003-0812003. doi:10.3788/gzxb20194808.0812003\nAsbtract ( 281 ) HTML ( ) PDF (6987KB) ( 70 )\nNonlinear Correction Method of Electrowetting Display Brightness Based on Human Visual System\nLIN Shan-ling, LI Tian-tian, ZENG Su-yun, LIN Zhi-xian, GUO Tai-liang, TANG Biao\n2019, 48(8): 812004-0812004. doi:10.3788/gzxb20194808.0812004\nAsbtract ( 188 ) HTML ( ) PDF (2586KB) ( 114 )\nAstronomical Refraction Model Based on Real-time Parameters and Research of Radio Telescope Pointing Calibration Method\nWU Yu-xiang, ZHANG Hong-bo, KONG De-qing, ZHU Xin-ying, ZHAO Rong-bing, YU Lin-feng\n2019, 48(8): 811001-0811001. doi:10.3788/gzxb20194808.0811001\nAsbtract ( 332 ) HTML ( ) PDF (3161KB) ( 180 )\nGenetic Method to Optimize Dithering Technique in Phase Domain for High-quality Binary Fringe Generation\nCAI Ning, CHEN Zhe-bo, LIN Bin, CAO Xiang-qun\n2019, 48(8): 811002-0811002. doi:10.3788/gzxb20194808.0811002\nAsbtract ( 239 ) HTML ( ) PDF (6435KB) ( 140 )\n采用遗传算法在相位域对抖动算法产生的二值条纹图案进行优化，同时，为了解决遗传算法的耗时问题，用对二值块的优化来代替整个条纹图案的优化.实验结果表明：本文方法对不同离焦量具有鲁棒性，能极大改善抖动算法的测量质量；在轻度离焦、中度离焦和重度离焦的情况下，相位均方根误差分别由1.493，1.209，0.989 rad，减小到0.972，0.749，0.603 rad.\nTemperature and Strain Sensing Mechanism in Polarization Maintaining Fiber Based on Brillouin Dynamic Grating\nXU Zhi-niu, ZHAO Li-juan, CHEN Fei-fei, CHE Xiao-xia, GUO Wen-han, WANG He-qing\n2019, 48(8): 806001-0806001. doi:10.3788/gzxb20194808.0806001\nAsbtract ( 283 ) HTML ( ) PDF (2126KB) ( 96 )\nLeakage Bag Detection Technology of Bag Filter Based on Phase-sensitive Optical Time Domain Reflectometry\nLIU Xu-an, LI Jun, SHI Bo, DING Guo-shen, TANG Yu-quan, DONG Feng-zhong, ZHANG Zhi-rong\n2019, 48(8): 806002-0806002. doi:10.3788/gzxb20194808.0806002\nAsbtract ( 393 ) HTML ( ) PDF (7347KB) ( 56 )\nOptimization Design of Fiber Bragg Grating Two-dimensional Accelerometer Based on Flexure Hinge\nWANG Yun, DAI Yu-tang, LIU Wen-min, WEI Yu\n2019, 48(8): 806003-0806003. doi:10.3788/gzxb20194808.0806003\nAsbtract ( 288 ) HTML ( ) PDF (2133KB) ( 199 )\n为实现对待测表面两个方向的振动监测，基于圆形柔性铰链设计了一种布拉格光栅双向加速度传感器.首先，推导出该传感器的谐振频率及灵敏度的理论公式，然后基于圆形铰链刚度的理论公式，推导并验证了铰链的刚度经验公式.通过MATLAB对传感器的数学模型进行优化设计，得到在满足工作要求时，传感器灵敏度达到最大时的尺寸参数.激振实验结果表明，该传感器的谐振频率约为368 Hz，灵敏度约为107.3 pm/g，横向抗干扰度为4.8%，谐振频率和灵敏度理论值与实际值的误差分别为-4.2%和7.0%.\nHydrogen Sensing Characteristics of Pd-Ag Composite Film Micro-structured Grating Fiber with Different Silver Content\nZHOU Xian, YANG Mo, MING Xing-zu, WU Guo-xiu, ZHANG Wen, DAI Yu-tang\n2019, 48(8): 806004-0806004. doi:10.3788/gzxb20194808.0806004\nAsbtract ( 337 ) HTML ( ) PDF (2818KB) ( 192 )\nAdaptive Phase Unwrapping Method Based on Geometric Constraint\nLI Wen, CAI Ning, LIN Bin, CAO Xiang-qun\n2019, 48(8): 810001-0810001. doi:10.3788/gzxb20194808.0810001\nAsbtract ( 527 ) HTML ( ) PDF (2804KB) ( 158 )\nImproved Multi-exposure Image Pyramid Fusion Method\nLIU Xin-long, YI Hong-wei\n2019, 48(8): 810002-0810002. doi:10.3788/gzxb20194808.0810002\nAsbtract ( 452 ) HTML ( ) PDF (10080KB) ( 99 )\nA Polarizing Universal Multi-scale and Real-time Image Defogging Algorithm\nLü Xiao-ning, LIU Yang-yang, TAN Zheng, Lü Qun-bo\n2019, 48(8): 810003-0810003. doi:10.3788/gzxb20194808.0810003\nAsbtract ( 343 ) HTML ( ) PDF (4834KB) ( 164 )\nTunable Optoelectronic Oscillator Based on Stimulated Brillouin Scattering and Coupled Dual-loop\nFAN Feng, WANG Jia-bin, ZHU Wen-wu, HU Jing-jing, GU Yi-ying, WU Zhen-lin, HAN Xiu-you, ZHAO Ming-shan\n2019, 48(8): 823001-0823001. doi:10.3788/gzxb20194808.0823001\nAsbtract ( 302 ) HTML ( ) PDF (3072KB) ( 164 )\n提出了一种基于受激布里渊散射和耦合型双环的可调谐光电振荡器.该光电振荡器将受激布里渊散射和耦合型双环结构相结合，利用受激布里渊散射的窄带增益谱选择振荡频率，实现微波信号的频率可调谐.通过耦合型双环结构，有效地抑制了微波信号的边模，降低了微波信号的相位噪声，提高了微波信号的频率和功率稳定性.实验结果表明，该结构的光电振荡器可以产生2 GHz到18 GHz的微波信号，边模抑制比优于60 dB，相位噪声在10 kHz频偏处低于-95 dBc/Hz，在实验室环境下10 GHz微波信号30 min内频率漂移小于0.3 ppm，功率漂移低于0.2 dB.\n4.1 μm High Power Mid-infrared Intra-cavity Optical Parametric Oscillator\nWANG Yu-heng, LIU He-yan, WANG Ze-yu, LIU Hong-zhi, ZHENG Hao, YU Yong-ji, JIN Guang-yong\n2019, 48(8): 823002-0823002. doi:10.3788/gzxb20194808.0823002\nAsbtract ( 270 ) HTML ( ) PDF (2844KB) ( 130 )\n提出了一种紧凑型、声光调Q、高功率的4.1 μm中红外内腔式氧化镁掺杂的周期性极化铌酸锂晶体光参量振荡激光系统.基于内腔单谐振光参量振荡器动力学模型，对内腔光参量振荡器的阈值倍数及下转换效率的影响因素进行分析，提出实验中对光参量振荡阈值调节的办法，优化了大功率情况下光参量振荡的下转换效率.引入共振泵浦与单端键合晶体方式提高了大功率泵浦的热稳定性.基于光场传输理论与谐振腔稳定性理论，并考虑增益介质热效应，数值模拟了大功率泵浦注入时腔内基频光、信号光及闲频光的三波光场模式匹配，以确保光参量振荡器在高功率下稳定运转.对光参量振荡阈值进行调节，提高了参量光的下转换效率，最终得到4.125 μm的中红外高重频脉冲瓦级激光输出，激光重复频率1~100 kHz可调，脉冲宽度小于9 ns，最高单脉冲能量36.7 J，最高峰值功率4.257 kW，最高输出功率为1.12 W，其对应的下转换效率为29.7%，最大光光转换效率为4.26%.\nHigh-efficiency White Organic Light-emitting Diodes with Dual-emitting Layer\nCHAI Yuan, WANG Jun-dong, LIU Si-yi, LIU Xuan, YUAN Xi, DONG He, WANG Jin\n2019, 48(8): 823003-0823003. doi:10.3788/gzxb20194808.0823003\nAsbtract ( 347 ) HTML ( ) PDF (3810KB) ( 134 )\n采用双极性材料4，4'-bis（carbazol-9-yl）biphenyl（CBP）为主体，蓝色荧光染料N-（4-（（E）-2-（6-（（E）-4-（diphenylamino）styryl）naphthalen-2-yl）vinyl）phenyl）-N-phenylbenzenamine（N-BDAVBi）和橙色磷光染料Iridium（Ⅲ）bis（4-phenylthieno[3，2-c]pyridinato-N，C2'）acetylacetonate（PO-01）为客体，制备了双发光层结构的白色有机电致发光器件，通过调整发光层的位置及在两个发光层之间引入间隔层，研究了器件的光电特性.间隔层的引入调整了发光层中激子的分布，改善了器件的光电性能.器件的最大电流效率和功率效率分别为19.6 cd/A和12.3 lm/W.发光亮度从15 cd/m2增加至10 310 cd/m2的过程中，器件的色坐标从（0.438，0.476）变化至（0.316，0.389），始终处于白光区.\nStructural Design of Carbon Fiber-reinforced Plastics Barrel for Space Remote Sensing Camera\nREN Guo-rui, LI Chuang, WANG Wei, XIE Yong-jie, XU Liang, WANG Yong-jie, FAN Xue-wu\n2019, 48(8): 822001-0822001. doi:10.3788/gzxb20194808.0822001\nAsbtract ( 222 ) HTML ( ) PDF (3498KB) ( 396 )\n设计并研制了碳纤维复合材料主次镜连接筒.根据光学设计中的公差分配，结合复合材料层合板理论，分析了复合材料铺层设计对面内刚度和轴向及周向热膨胀系数的影响，确定了最终的铺层方式.利用有限元软件分析了重力作用下及温度变化时主次镜间的位置变化及连接筒的模态分布.最后，完成了碳纤维复合材料薄壁连接筒的成型和精加工，检测了主次镜系统光学性能，并对装配完成后的相机进行了鉴定级力学试验.分析结果表明：在1g重力载荷及2℃温升耦合作用下，次镜偏心小于0.002 mm，次镜倾斜小于2"，主次镜连接筒及次镜系统组合体基频达到265 Hz，满足光学设计要求和结构稳定性要求.光学性能检测结果及力学试验结果表明，主次镜系统波像差满足装配要求，主次镜连接筒能够承受鉴定级力学试验考核，连接主次镜的两端响应放大仅1.7倍，体现了良好的阻尼性能.本文中研制的主次镜连接筒重量仅为6.4 kg，实现了高轻量化和高刚度，满足空间相机对主次镜位置精度和稳定性的要求.\nWavefront Aberration Beam Expansion-shrinkage Splicing Technology of Free-form Surface Lens\nYU Jing, JIANG Wei-wei, SHEN Xiao-yan\n2019, 48(8): 822002-0822002. doi:10.3788/gzxb20194808.0822002\nAsbtract ( 329 ) HTML ( ) PDF (8639KB) ( 66 )\nPENG Tai-ran, LI Wen-lai, LOU Jun-qiang, CUI Yu-guo, MA Jian-qiang\n2019, 48(8): 822003-0822003. doi:10.3788/gzxb20194808.0822003\nAsbtract ( 340 ) HTML ( ) PDF (4114KB) ( 120 )\n为提高变形镜的热稳定性，提出一种用正电压边缘驱动的双压电片变形镜，通过环形电极产生整体离焦偏置，分立电极校正波前像差，只用正向电压即可实现镜面双向变形，且此变形镜结构对称受热应力影响小.制备变形镜样机并进行测试，测试结果表明：初始镜面展平后残余误差小于λ/30（λ=1 064 nm）；精确重构了典型低阶Zernike多项式像差，像散、离焦、三叶草和彗差像差的重构幅值分别达到11.1 μm、9.7 μm、5.7 μm和4.2 μm，归一化残余误差分别为1.0%、1.0%、3.3%、6.0%；此外，实验生成了新型无衍射艾里光束，并显示出优异的重构性能.\nConvolution Interpolation for Division of Focal Plane Polarimeter\nWU Chen-qi, ZHANG Ran, FAN Yuan-yi, CHU Jin-kui\n2019, 48(8): 804001-0804001. doi:10.3788/gzxb20194808.0804001\nAsbtract ( 228 ) HTML ( ) PDF (5836KB) ( 119 )\nNonlinearity Characteristic Modeling and Correction of CCD Spectroradiometer\nLIU Li-ying, LI Ye, ZHENG Feng, ZHANG Guo-yu, XU Yi-gang, YANG Li-yan\n2019, 48(8): 804002-0804002. doi:10.3788/gzxb20194808.0804002\nAsbtract ( 302 ) HTML ( ) PDF (13437KB) ( 86 )\nDesign on Global Imaging Mode Based on Electronic Rolling Shutter CMOS\nSONG Ke-xin, JIA Xue-zhi, LI Ji, ZHANG Hong-zhi\n2019, 48(8): 804003-0804003. doi:10.3788/gzxb20194808.0804003\nAsbtract ( 470 ) HTML ( ) PDF (3429KB) ( 120 )\n为了消除面阵CMOS航空相机高速成像时帘幕快门效应对成像质量的影响，分析了CMOS成像原理，开展了基于高速中心式机械快门与面阵CMOS图像传感器协同工作的全局曝光成像模式研究.建立了该成像模式下的航空高分辨率成像系统的信噪比模型与前向像移模型，并基于信噪比模型与前向像移模型论证存在合理的曝光时间参数.设计了体积小、质量轻、电驱动、曝光时间可准确控制的高速中心式机械快门，最短曝光时间可达1/2 000 s，快门效率最高达80%.对采用自主研发的国产CMOS图像传感器的航空摄影相机参数进行验证计算，并进行直升机载人带飞拍摄实验.影像结果表明：该成像模式曝光时间参数论证正确，影像无拉伸、扭曲及拖尾现象，相机动态传递函数为0.21（奈奎斯特截止频率处），能够满足实际应用需求.\nStrain-field-induced Energy Tuning for Self-assembled Quantum Dots-based Single-photon Sources Interfacing Atomic Transitions\nLI Yang, TAO Lüe, GAN Fu-wan, ZHANG Jia-xiang\n2019, 48(8): 827001-0827001. doi:10.3788/gzxb20194808.0827001\nAsbtract ( 395 ) HTML ( ) PDF (2885KB) ( 158 )\n针对量子存储应用中自组装量子点发射的光子与自然原子系综波长匹配难的问题，通过金-金热压键合技术将含有量子点的纳米薄膜与压电陶瓷进行集成，制作了应力调控的能量可调量子点单光子源，实验上分别实现了对可见光波段镓砷/铝镓砷量子点和近红外波段铟镓砷/镓砷量子点单光子量子比特在9.1 meV和4.2 meV范围内的宽谱调控.不仅如此，应用应力量子调控技术成功将镓砷/铝镓砷量子点的发光波长调节至铷-87自然原子的D2能级跃迁波长（780 nm），以及将铟镓砷/镓砷量子点的发光波长调节至钒酸钇晶体中掺杂的钕离子的4I9/2→4F3/2跃迁吸收峰共振（879.7 nm）.该结果为实现基于半导体量子点和自然原子系综的量子存储器提供了一种强有力的调控技术.\nModulational Instability and Bright Discrete Solitons in Zigzag Optical Waveguide Array with Nonlinear Coupling\nYAO Ying-bo, XIE Jia-yu, YIN Fen-fen, TANG Bing\n2019, 48(8): 819001-0819001. doi:10.3788/gzxb20194808.0819001\nAsbtract ( 273 ) HTML ( ) PDF (2756KB) ( 115 )


url: =WoRMS (2020). Paraschistorchis Blend, Karar & Dronen, 2017. Accessed at: http://www.marinespecies.org/aphia.php?p=taxdetails&id=1046195 on 2020-07-13


url: =Zhongwei, Ningxia, Cina - Città e villaggi del Mondo\nLocalizzazione Zhongwei : Paese Cina, Regione autonoma Ningxia, Zhongwei.\nNumero di abitanti Zhongwei\nDensità della popolazione Zhongwei\nCoordinate geografiche Zhongwei\nLatitudine: 37.4465, Longitudine: 105.179\n37° 26′ 47″ Nord, 105° 10′ 44″ Est\nChongqing 888 km Shanghai 1646 km Pechino 1011 km\nNanyang 836 km Ganzhou 1359 km Canton 1779 km\nShangqiu 1003 km Chengdu 771 km la più vicina Xinyang 1007 km\nTientsin 1064 km Shenzhen 1873 km Wuhan 1140 km\nCartina e mappa Zhongwei\nOra locale Zhongwei\nFuso orario Zhongwei\nAlba e tramonto Zhongwei\n00:42 - 06:53 - 13:04 00:16 - 13:30 23:46 - 14:01 23:14 - 14:32\n00:43 - 06:53 - 13:03 00:17 - 13:29 23:47 - 13:59 23:15 - 14:31\n00:44 - 06:53 - 13:01 00:18 - 13:27 23:47 - 13:58 23:16 - 14:29\n00:45 - 06:52 - 13:00 00:19 - 13:26 23:48 - 13:56 23:17 - 14:27\nSet on the banks of West Lake in Linwu Xihu Park, this hotel is a 10-minute walk from Linzhou Shopping Centre. Featuring classic Chinese-style decoration, the hotel offers 4-star upscale rooms with free wired internet and park views... mostra altro A partire da\nFeaturing a fitness centre, karaoke facilities and gourmet cuisine across 2 stylish restaurants, the 4-star Hai Yue Jianguo Hotel is located in the city centre of Yinchuan. It offers free wired internet access... mostra altro A partire da\nNei dintorni Zhongwei\nLa pagina Zhongwei\nZhongwei


url: =Study on Prediction of Muddy Fractural Reservoirs in Sikou Sag, Jiyang Depression--《Geological Journal of China Universitiesf》2002年01期\n《Geological Journal of China Universitiesf》 2002-01\nStudy on Prediction of Muddy Fractural Reservoirs in Sikou Sag, Jiyang Depression\nCI Xing hua, JI Deng wu, CHEN Han Lin, YANG Shu feng (Department of Earth Sciences,Zhejiang University, Hangzhou 310027, China)\nIn the southeastern part of Sikou sag in Jiyang depression,fractural reservoirs are found in muddy and shaly rocks of No.3 member in Shahejie Formation,and high oil production is obtained in some wells. The lithology of productive formation includes oil shale,oil mudstone,limy mudstone and marlstone. Studies on core and thin sections showed that there are 4 types of fractures: extensional fractures, shearing fractures, diagenetic shrinkage fractures and fractures due to abnormal pressure.The genetic mechanism and identification criteria of these fractures are different. Statistics showed that the extensional fracure is the most important type among them. Regional tectonic stress, lithology, lithofacies,thickness and depth of rocks are main factors influencing the extensional fracture distribution.Based on above analysis, the geological, mechanical and mathematical models were built up. Using 3 D finite element numerical simulation method, the authors made a regional stress and extensional fracture distribution prediction and pointed out 8 favored exploration target districts.\n2 CHEN Zhong-hong, ZHA Ming (University of Petroleum, Shandong Dongying 257061, China);CURRENT SITUATION AND PROSPECT OF THE INVESTIGATION ON HYDROCARBON EXPULSION FROM SOURCE ROCKS[J];Advance in Earth Sciences;2005-04\n3 Tang Daqin, Yu Guangchun (China University of Geoscience, Wuhan 430074, Hubei Province, China);FAULT SYSTEM’S EFFECTION ON OIL-GAS MIGRATION IN SIKOU SUBSAG ZONE[J];Southern China Oil & Gas;2006-01\n4 Ning Fangxing (Research Institute of Geology,Shengli Oilfield Branch Company.Sinopec,Dongying Shandong 257015);Key factors of mudstone fracture and its relationship with hydrocarbon formation at Xianhezhuang area[J];Petroleum Geology and Engineering;2008-03\n5 Sui Fenggui Liu Qing Zhang Linye(Geology Scientific Research Institute of Sinopec Shengli Oilfield Company,Dongying 257015,China);Diagenetic evolution of source rocks and its significance to hydrocarbon expulsion in Shahejie Formation of Jiyang Depression[J];Acta Petrolei Sinica;2007-06\n6 Chen Zhonghong, Zha Ming, Jin Qiang( University of Petroleum, Dongying, Shandong);Episodic expulsion of hydrocarbons in overpressured systems in Dongying depression[J];Oil & Gas Geology;2004-04\n7 Ning Fang-xing.Geoscience research Institute,ShengLi Oilfield Company DongYing,ShanDong,257015;MECHANISM OF MUDSTONE FRACTURE RESERVOIR FOMRMING IN XIANHEZHUIANG OILFIELD IN DONGYING DEPRESSION[J];Xinjiang Oil & Gas;2008-01\n8 Liu Wei,Department of Exploration,Shengli Oilfield Co.,Ltd.,Dongying City,Shandong Province,257001, China;The control of source rock structure on hydrocarbon expulsion and reservoir forming of Shahejie formation in Dongying Sag[J];Oil & Gas Recovery Technology;2005-05\n9 ZHU Ding-rong(Geophysical Research Institute of Shengli Oilfield Branch Co.,Dongying 257022,China);Seismic detection and prediction of the limestone in the Es_4 of Sikou low-lying area[J];Petroleum Geophysics;2009-02\n1 Song Huizhen Zeng Hairong Sun Junxiu Lan Yingang (Institute of Geology, China Seismological Bureau, Beijing 100029) Huang Fuqiong (Center for Analysis and Prediction, China Seismological Bureau , Beijing 100036);METHODS OF RESERVOIR TECTONIC FRACTURE PREDICTION AND ITS APPLICATION[J];SEISMOLOGY AND GEOLOGY;1999-03\n2 Xu Sihuang Mei Lianfu Yuan Caiping(Department of Petroleum Geology,China University of Geosciences,Wuhan,430074)Li Chunmei Ni Changxiang(Jianghan Bureau of Petroleum Adminstration,Qianjiang,433124);TECHNIQUE OF CORE EXAMINATION OF FRACTURED RESERVOIR ROCK AND ITS APPLICATION[J];GEOLOGICAL SCIENCE AND TECHNOLOGY INFORMATION;1998-02\n3 Wang Xiujuan 1, 2 Sun Yiling 2 Chi Bo 2 Zhou Shuhua 2(1 Dept. of Earth Sciences, Nanjing University, Nanjing 210093; 2 Institute of Exploration and Development, Daqing Petroleum Administrative Bureau, Daqing 163453);STUDY ON FRACTURES AND THEIR STRESS FEATURES IN OIL RESERVOIR OF THE SANZHAO DISTRICT, SONGLIAO BASIN[J];GEOLOGICAL JOURNAL OF CHINA UNIVERSITIESF;1999-03\n4 ZHOU Wen LIU Jia duo HU Wen yan MENG Wan bin (Chengdu University of Technology,Chengdu 610059) DU Xian yue GUO Ru tai WANG Yong shi LIN Hui xi (Shengli Petrolenm Administration, Dongyin 257092);EVALUATION ON DISTRIBUTION OF FRACTURE FROM RESERVOIR OF PALAEZOIC AND ARCHEOZOIC IN THE EAST CHENGDAO BURIED HILL[J];JOURNAL OF MINERALOGY AND PETROLOGY;2000-01\n5 Dong Dong Yang Shenbiao Xiang Xiyong Liu Hongying (Geological Research Institute, Shengli Petroleum Administration);MUDDY HYDROCARBON RESERVOIRS IN JIYANG DEPRESSION[J];Petroleum Expoloration and Development;1993-06\n6 Li Detong Wen Shipeng(University of Petroleum, Beijing, China 102200);METHODS OF QUANTITATIVE DESCRIPTION AND PREDICTION FOR STRUCTURAL FRACTURE OF SUBSURFACE RESERVOIR[J];Journal of the University of Petroleum,China;1996-04\n7 Li Li and Dai Jun sheng;NUMERICAL SIMULATION OF TECTONIC STRESS FIELD AND FRACTURE DISTRIBUTION OF MESOZOIC AND PALEOZOIC ERATHEM IN CHENGDAO AREA[J];JOURNAL OF THE UNIVERSITY OF PETROLEUM,CHINA;2000-01\n8 An Fengquan* et al.(Daqing Petroleum Institute， Anda 151400);The quantitative identification of fractures using well log data[J];GEOPHYSICAL PROSPECTING FOR PETROLE;1998-03\n9 Chen Bo et al. (Information Center of GRI,BGP);OIL FIELD DEVELOPMENT Abstract NUMERICAL SIMULATION TECHNIQUE FOR STRUCTURAL FRACTURES IN A RESERVOIR:CASE STUDIES[J];ACTA PETROLEI SINICA;1998-04\n10 Zeng Lianbo (Petroleum University,Beijing);FRACTURE CHARACTERISTICS OF EOGENE LOW PERMEABLE RESERVOIRS IN LEIJIA OILFIELD[J];OIL & GAS GEOLOGY;1999-02\n2 Sun Lijian1),Zhu Yuanqing2),Yang Guangliang3) and Yinjiyao2) (1)Institute of Geophysics,China Earthquake Administration,Beijing 100081 2)Earthquake Administration of Shanghai Municiplity,Shanghai 200062 3)Tongji University,Shanghai 200092);NUMERICAL SIMULATION OF GROUND STRESS FIELD AT ENDS AND VICINITY OF A FAULT[J];Journal of Geodesy and Geodynamics;2009-02\n5 Sun Xiaoqing(College of Geo-Resources and Information,China University of Petroleum,Dongying 257061,China).;Present situation and prospect of application for finite element numerical simulation of palaeotectonic stress fields[J];Fault-Block Oil & Gas Field;2008-03\n8 LIU Yun-bin,et al.(Southwest Petroleum Institute,Chengdu 610500,China);Confirming Characteristics of Ground Stress Field of Toutai Oil Field in Songliao Basin by Microseismic Wave Method[J];Petroleum Geology & Oilfield Development in Daqing;2006-03\n9 SHEN Hai-chao,CHENG Yuan-fang,WANG Jing-yin,ZHAO Yi-zhong (Petroleum Engineering Institute of China University of Petroleum,Dongying 257061,China);Study of finite element on egfects of faults on ground stress field[J];Petroleum Geology & Oilfield Development in Daqing;2007-02\n10 WU Qiong,LIN Dong-ping,YU Chun-yan,ZHAO Cui-ping,HAN Ling (Xinli Oil Production Company of Jilin Oilfield Branch Company,Songyuan 131109,China);Fracture logging diagnosis method of low permeable reservoirs in Xinli Oilfield[J];Petroleum Geology & Oilfield Development in Daqing;2007-02\n1 Yang Lei Zhang Jin-gong/Northwest University,Xi'an 710069 //Jiao Daqing Liang Zhigang/Zhongyuan Petroleum Exploration Administration,Puyang,Henan 457001;Fractured Mudstone Reservoirs in Dongpu Depression and the Mechanism of its Formation[A];[C];1996\n2 SHEN Hai-chao,CHENG Yuan-fang,WANG Jing-yin,ZHAO Yi-zhong,ZHANG Jian-guo (College of Petroleum Engineering,China University of Petroleum,Dongying 257061,China);3-D FEM inversion for the in-situ stress field around complex faults based on the theory of constrained optimization[A];[C];2007\n3 LI Zhi-yong~(1,2), ZENG Zuo-xun~(1,2), LUO Wen-qiang~(3)(1.Faculty of Earth Sciences, China University of Geosciences, Wuhan430074,China; 2.Huazhong Tectonomechanical Research Center, Wuhan430074, China; 3.Department of Mathematics and Physics, Wuhan430074, China);Curvature analysis and fracture estimating of folds A case study of Wangchang fold in Jianghan Basin[J];Journal of Jiling University (Earth Science Edition);2004-04\n5 Li Jie Wang Haiyun(Daqing Petroleum Institute,Anda 15l400);RELATION BETWEEN THE ABNORMAL HIGH PRESSUREAND THE FRACTURES OF QINGSHANKOU FORMATION INGULONG DEPRESSION ON, SONGLIAO BASIN[J];;1996-02\n7 Zhou Wen;Liu Wedi;Cheng Guangying;EVOLUTION AND SEAL MECHANISM OF SHALE CAPS IN HAILAER BASIN[J];JOURNAL OF CHENGDU UNIVERSITY OF TECHNOLOGY;1994-01\n8 Liu Li, Cui Liying, Chang Guihua, et al ..;Determination of Formation Stress and Its Applications in Low Permeable Oilfield Development.[J];Well Logging Technology;2001-05\n9 Qi Dunke, Wu Haibo, Chen Liying.;Logging Response Characterization of Volcanic Rock Gas Reservoir in the Xujiaweizi Area in Songliao Basin.[J];Well Logging Technology;2002-01\n10 ZHANG Ji-chang~(1,3),XING Yu-zhong~(2,3),ZHENG Li-hui~3(1.China Mineral University, Beijing 100083, China; 2.Geology University of China, Beijing 100083, China;3.Exploration & Development Institute, Liaohe Oilfield Subsidiary, Panjing, Liaoning 124010, China);Using Artificial Intelligent Technique to Identify Fractures[J];Well Logging Technology;2005-01\n1 Han Zongyuan(Key Laboratory of Continental Dynamics of Ministry of Education, Northwest University, Xi′an 710069, China), Xu Wei, Fang Qinghai, et al.;Comparison and analysis of hydrocarbon source rocks in Yanchang and Yan′an Formations, Longdong Area[J];Fault-Block Oil & Gas Field;2008-01\n2 ZHANG Xin1,2, ZOU Yan-Rong1*, CAI Yu-lan1, ZHAO Chang-yi3 and LIU Jin-zhong1 1. State Key Laboratory of Organic Geochemistry, Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, Guangzhou 510640, China; 2. Graduate University of Chinese Academy of Sciences, Beijing 100049, China; 3. Research Institute of Petroleum Exploration and Development, CNPC, Beijing 100083, China;Retention potential of oil group-type in coals[J];Geochimica;2008-03\n3 JIANG Fu-jiea,b,PANG Xiong-qia,b,JIANG Zhen-xuea,b,LI Su-meia,b,TIAN Feng-huaa,b,ZHANG Xiao-boa,b(a.Basin and Reservoir Research Center;b.Key Laboratory forHydrocarbon AccumulationMechanism of Education Ministry,China Petrolenm University,Beijing 102249,China);Hydrocarbon-Expulsion Characters and the Potential Resource Evaluation of Hydrocarbon Source Rocks from the Upper Section of 4th Member of Shahejie Formation in Dongying Depression[J];Geological Science and Technology Information;2007-02\n5 HAN Qing-hua1,4,YAN Peng2,YU Zhao-hua3,WU Shi-guo1,4(1.Key Lab of Marine Geology and Environment,Institute of Oceanology,Chinese Academy of Sciences,Qingdao 266071,China;2.College of Geo-Resource and Information,China University of Petroleum(Huadong),Dongying 257061,China;3.CNPC International Research Center,Beijing 100083,China;4.Graduate School of Chinese Academy of Sciences,Beijing 100049,China);STRUCTURAL EVOLUTION AND HYDROCARBON ACCUMULATION IN THE XINDONG AREA OF DONGYING SAG,BOHAI BAY BASIN[J];Journal of Geomechanics;2008-04\n6 CHEN Zhonghong, ZHA Ming & LIU Taixun (College of Georesources and Information, China University of Petroleum, Dongying 257061, P.R.China);Response and evolution of formation water chemical fields of the paleogene in Dongying sag[J];Journal of Lake Sciences;2008-06\n7 ZHOU Chun-mei~1,ZHANG Ze-jun~2,Li Xian-fu~1(1.School of Environment and Civil Engineering,Wuhan Institute of Technology,Wuhan 430073,China;2.Faculty of Earth Sciences,China University of Geosciences,Wuhan 430074,China);ANALYSIS OF NUMERICAL SIMULATION METHOD FOR PALEO-TECTONIC STRESS FIELD[J];Journal of Geomechanics;2009-03\n8 Chen Anding (Geological Research Institute of Jiangsu Oilfield Company ,SINOPEC ,Yangzhou,Jiangsu 225009);Discussion on mechanism and thickness of hydrocarbon expulsion[J];Complex Hydrocarbon Reservoirs;2010-03\n9 ZHANG ShanWen1, ZHANG LinYe2, ZHANG ShouChun2, LIU Qing2, ZHU RiFang2 & BAO YouShu2 1 Shengli Oilfield Company, SINOPEC, Dongying 257015, China; 2 Geological Scientific Research Institute, Shengli Oilfield Company, SINOPEC, Dongying 257015, China;Formation of abnormal high pressure and its application in the study of oil-bearing property of lithologic hydrocarbon reservoirs in the Dongying Sag[J];科学通报(英文版);2009-23\n10 CHEN Jingyi, WANG Feiyu State Key Laboratory of Petroleum Resource and Prospecting;Faculty of Natural Resource and Information Technology, China Petroleum University, Beijing 102249, China;Characteristics of Source Kitchen and Hydrocarbon Generation in Banqiao Sag, Bohaiwan Basin[J];Science & Technology Review;2010-06\n1 AN Fengquan Dept of Petroleum Prospecting YU Cuiqun,LIN Liang Daqing Petroleum Exploration and Exploitation Institute;THE USES OF DIPLOG DATA PROCESSING PROGRAMS IN DAQING[J];JOURNAL OF DAQING PETROLEUM INSTITUTE;1994-03\n4 Zhao Congjun (Institute of Geological Exploration and development,Sichuan Petroleum Administration);A DISCUSSION ON THE RELATION OF BETWEEN THE DISTRIBUTION OF FORMATION STRESS DUE TO CURVED STRAIN OF THE FORMATION AND THE GAS ACCUMULATION IN TIGHT CARBONATE RESERVOIRS IN SICHUAN PROVINCE[J];Petroleum Expoloration and Development;1986-02\n5 Mei Lianfu;Xu Sihuang(China University of Geoscience,Wuhan );A COMPREHENSIVE ANALYSIS SYSTEM FOR FRACTURED RESERVOIR[J];ACTA PETROLEI SINICA;1995-01\n6 Duan Junhu(Comprehensive Research Institute of Petroleum Geology,Ministry of Geology and Mineral Resources);ORIGIN,TYPE AND DISTRIBUTION REGULARITY OF SRRUCTURAL-FRACTURED RESERVOIR[J];ACTA PETROLEI SINICA;1995-02\n7 Zheng Rongcai (State Laboratory of Oil/Gas Reservoir Geology and Exploration, Chengdu College of Technology,Chengdu,Sichuan);TX A NEW METHOD OF STUDYING RESERVOIR FRACTURES: ACOUSTIC EMISSION EXPERIMENT[J];OIL & GAS GEOLOGY;1998-03\n8 Song Huizhen Sun Junxiu Liu Lihua(Institute of Geology,SSB);NUMERICAL MODEL ON IDENTIFICATION OF EARTHQUAKE RISK[J];Earthquake Research In China;1989-02


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url: =ZJU - Zhejiang University (China) | AcronymFinder\nWhat does ZJU stand for?\nZJU stands for Zhejiang University (China)\nSee other definitions of ZJU\nMLA style: "ZJU." Acronym Finder. 2021. AcronymFinder.com 30 Jul. 2021 https://www.acronymfinder.com/Zhejiang-University-(China)-(ZJU).html\nChicago style: Acronym Finder. S.v. "ZJU." Retrieved July 30 2021 from https://www.acronymfinder.com/Zhejiang-University-(China)-(ZJU).html\nAPA style: ZJU. (n.d.) Acronym Finder. (2021). Retrieved July 30 2021 from https://www.acronymfinder.com/Zhejiang-University-(China)-(ZJU).html\nZentrum für Jüdische Kulturgeschichte (German: Center for Jewish Cultural History; Austria)\nZürcher Judo und Ju-Jitsu Verband (German: Zurich Judo and Ju-Jitsu Association; Zurich, Switzerland)\nA 56-year-old man surnamed Wang, a 35-year-old woman surnamed Gan, and a 37-year-old man surnamed Sun all tested positive for H7N9 and are being treated at the First Affiliated Hospital of the College of Medicine, Zhejiang University in Hangzhou.\n1 Affiliated Hospital of the Medical College of Zhejiang University.\nFirst H7N9 patient discharged from hospital in China, more recovering\nTsinghua University, Zhejiang University, Jinan University, the Southwestern University of Finance and Economics, and the Huazhong University of Science and Technology all won their regional championships in December and will now compete against each other for a place in the global finals in South Africa.\nFive teams make the China country finals of the CIMA 2013 Global ...\nMarshall professor shares kidney research in China\nXie Binfei of Zhenjiang University and Naigen, Zhejiang University, and officials of Coal and Energy Development Department, Government of Sindh.\nHong Kong based company to invest in Thar Coal field\nIn this context, the College of Media and international Culture at Zhejiang University, the Institute of Journalism at Xinhua News Agency, and the School of Communication and Design at Sun Yat-Sen University co-organized the West Lake International Communications Summit in Hangzhou, China.\nFengqin Feng, Department of Food Science and Nutrition, Huajiachi Campus, Zhejiang University, 388 Yuhangtang Rd.


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url: =The Tacheng Yiyue Courtyard Seaview Villa was recently renovated in 2017, making it a fantastic choice for those staying in Xiamen.\nWith Xiamen Railway Station just 5km away and Gaoqi International Airport only 17km away, transportation is very convenient. Being just minutes away from Zhenhai Road Metro Station allows guests to explore the city with ease. There's plenty to do nearby, with Linzumi Former Residence, World Architecture Expo and Longshan Cave all within a short distance.\nThe Yihe Hotel (Xiamen Zhongshan Road Pedestrian Street) is one of the newest hotels in Xiamen, having been renovated in 2017.\nBoasting a convenient location, the hotel is just 5km from Xiamen Railway Station and 14km from Gaoqi International Airport. Just a short walk from Zhenhai Road Metro Station, traveling to most city destinations is a breeze. With Yinghuochong Zhi Mohuan Forest Theme Park, Shanhujiao Haiyang World and Jukou Street all within a short distance, there is no shortage of things to do in the area.\nWith Xiamen Railway Station just 5km away and Gaoqi International Airport only 15km away, transportation is very convenient. Being just minutes away from Zhenhai Road Metro Station allows guests to explore the city with ease. There's plenty to do nearby, with Zhongshan Road Pedestrian Street, Jiangxia Hall and Jukou Street all within a short distance.\nThe Tianyi Inn (Xiamen Zhongshan Road Pedestrian Street) is one of the newest hotels in Xiamen, having opened in 2017.\nBoasting a convenient location, the hotel is just 6km from Xiamen Railway Station and 15km from Gaoqi International Airport. Being just minutes away from Zhenhai Road Metro Station allows guests to explore the city with ease. Keeping busy is easy, with Xiamen Library (gulangyufenguan), Xiamenshilian Museum and Jukou Street all nearby.\nScoot | Singapore Airlines | Flights from Xiamen | Singapore to Xiamen | Hong Kong to Xiamen | Hangzhou to Xiamen | Singapore to Dhaka | Singapore to Manila | Singapore to Jakarta | Ningbo to Xiamen | Taipei to Xiamen | Wuyishan to Xiamen | Vancouver to Xiamen | Amsterdam to Xiamen | Liverpool to Bordeaux | Liverpool to Naples | Liverpool to Paris | Liverpool to Palermo | Liverpool to Pisa | Flights to Xiamen


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