url: =dblp: Zhengang Li\nWei Niu, Mengshu Sun, Zhengang Li, Jou-An Chen, Jiexiong Guan, Xipeng Shen, Yanzhi Wang, Sijia Liu, Xue Lin, Bin Ren:\nRT3D: Achieving Real-Time Execution of 3D Convolutional Neural Networks on Mobile Devices. AAAI 2021: 9179-9187\nHongjia Li, Geng Yuan, Wei Niu, Yuxuan Cai, Mengshu Sun, Zhengang Li, Bin Ren, Xue Lin, Yanzhi Wang:\nReal-Time Mobile Acceleration of DNNs: From Computer Vision to Medical Applications. ASP-DAC 2021: 581-586\nGeng Yuan, Payman Behnam, Yuxuan Cai, Ali Shafiee, Jingyan Fu, Zhiheng Liao, Zhengang Li, Xiaolong Ma, Jieren Deng, Jinhui Wang, Mahdi Nazm Bojnordi, Yanzhi Wang, Caiwen Ding:\nTinyADC: Peripheral Circuit-aware Weight Pruning Framework for Mixed-signal DNN Accelerators. DATE 2021: 926-931\nGeng Yuan, Zhiheng Liao, Xiaolong Ma, Yuxuan Cai, Zhenglun Kong, Xuan Shen, Jingyan Fu, Zhengang Li, Chengming Zhang, Hongwu Peng, Ning Liu, Ao Ren, Jinhui Wang, Yanzhi Wang:\nImproving DNN Fault Tolerance using Weight Pruning and Differential Crossbar Mapping for ReRAM-based Edge AI. ISQED 2021: 135-141\nGeng Yuan, Peiyan Dong, Mengshu Sun, Wei Niu, Zhengang Li, Yuxuan Cai, Jun Liu, Weiwen Jiang, Xue Lin, Bin Ren, Xulong Tang, Yanzhi Wang:\nWork in Progress: Mobile or FPGA? A Comprehensive Evaluation on Energy Efficiency and a Unified Optimization Framework. RTAS 2021: 493-496\nImproving DNN Fault Tolerance using Weight Pruning and Differential Crossbar Mapping for ReRAM-based Edge AI. CoRR abs/2106.09166 (2021)\nXuan Shen, Geng Yuan, Wei Niu, Xiaolong Ma, Jiexiong Guan, Zhengang Li, Bin Ren, Yanzhi Wang:\nTowards Fast and Accurate Multi-Person Pose Estimation on Mobile Devices. CoRR abs/2106.15304 (2021)\nHao Tao, Jian Qian, Li Yu, Hongkui Wang, Wenhao Zhang, Zhengang Li, Ning Wang, Xing Zeng:\nPost-Processing Network Based on Dense Inception Attention for Video Compression. CVPR Workshops 2020: 547-551\nPeiyan Dong, Siyue Wang, Wei Niu, Chengming Zhang, Sheng Lin, Zhengang Li, Yifan Gong, Bin Ren, Xue Lin, Dingwen Tao :\nRTMobile: Beyond Real-Time Mobile Acceleration of RNNs for Speech Recognition. DAC 2020: 1-6\nA Privacy-Preserving-Oriented DNN Pruning and Mobile Acceleration Framework. ACM Great Lakes Symposium on VLSI 2020: 119-124\nZhengang Li, Yifan Gong, Xiaolong Ma, Sijia Liu, Mengshu Sun, Zheng Zhan, Zhenglun Kong, Geng Yuan, Yanzhi Wang:\nSS-Auto: A Single-Shot, Automatic Structured Weight Pruning Framework of DNNs with Ultra-High Efficiency. CoRR abs/2001.08839 (2020)\nPeiyan Dong, Siyue Wang, Wei Niu, Chengming Zhang, Sheng Lin, Zhengang Li, Yifan Gong, Bin Ren, Xue Lin, Yanzhi Wang, Dingwen Tao:\nRTMobile: Beyond Real-Time Mobile Acceleration of RNNs for Speech Recognition. CoRR abs/2002.11474 (2020)\nZheng Zhan, Yifan Gong, Zhengang Li, Pu Zhao, Xiaolong Ma, Wei Niu, Xiaolin Xu, Bin Ren, Yanzhi Wang, Xue Lin:\nA Privacy-Preserving DNN Pruning and Mobile Acceleration Framework. CoRR abs/2003.06513 (2020)\nWei Niu, Mengshu Sun, Zhengang Li, Jou-An Chen, Jiexiong Guan, Xipeng Shen, Yanzhi Wang, Xue Lin, Bin Ren:\nAchieving Real-Time Execution of 3D Convolutional Neural Networks on Mobile Devices. CoRR abs/2007.09835 (2020)\nZhengang Li, Geng Yuan, Wei Niu, Yanyu Li, Pu Zhao, Yuxuan Cai, Xuan Shen, Zheng Zhan, Zhenglun Kong, Qing Jin, Zhiyu Chen, Sijia Liu, Kaiyuan Yang, Bin Ren, Yanzhi Wang, Xue Lin:\n6.7ms on Mobile with over 78% ImageNet Accuracy: Unified Network Pruning and Architecture Search for Beyond Real-Time Mobile Acceleration. CoRR abs/2012.00596 (2020)\nHongkui Wang, Junhui Liang, Yamei Chen, Hailang Yang, Shengwei Wang, Li Yu, Ning Wang, Zhengang Li:\nRDO-based Secondary Prediction Scheme for Image Compression. CVPR Workshops 2019: 0\nXiaoyu Xu, Jian Qian, Li Yu, Hongkui Wang, Xing Zeng, Zhengang Li, Ning Wang:\nDense Inception Attention Neural Network for In-Loop Filter. PCS 2019: 1-5\nGeng Yuan, Xiaolong Ma, Sheng Lin, Zhengang Li, Caiwen Ding:\nA SOT-MRAM-based Processing-In-Memory Engine for Highly Compressed DNN Implementation. CoRR abs/1912.05416 (2019)\nZhengang Li, Yong Xiong, Lei Zhou:\nROS-Based Indoor Autonomous Exploration and Navigation Wheelchair. ISCID (2) 2017: 132-135\n[c12] [c11] [c10] [c9] [i13] [i5]\n[c11] [i14] [c6] [c5] [i6] [i1]\n[c9] [c7] [i9]\n[c7] [c5] [i11] [i10] [i9] [i8]\n[c13] [i12] [i7]\n[c10] [i13] [c6] [i10] [i6] [i5]\n[i14] [c7] [i9] [c3] [i4] [i3] [i2] [i1]\n[c13] [c12] [c9] [c7] [c5] [i11] [i9] [i8] [i7] [i5] [i4] [i2]\n[i14] [c6] [i6]\n[c13] [i10] [i5] [i4]\n[c11] [c10] [i14] [i13] [i12] [c5] [i11] [i10] [i8] [c3] [i4] [i3] [i2] [i1]\n[c13] [c12] [c9] [i12] [c7] [c5] [i11] [i9] [i8] [i7] [i5]\n[c10] [i13] [i12] [i5]\n[c13] [c12] [c9] [i10] [i7]\n[c13] [c12] [c11] [c10] [c9] [i14] [i13] [i12] [c5] [i11] [i10] [i9] [i8] [i7] [i5] [c3] [i4] [i3] [i2]\n[c12] [c11] [c10] [c9] [i14] [i13] [i12] [i10] [i5] [c3] [i3] [i2] [i1]\n[c5] [i11] [i10] [i8] [i5]\n[c10] [i13] [c7] [i9]\n[c6] [i11] [i6] [i4]\n[i11] [i8] [i5]


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url: =dblp: Zhouwang Yang\nLu Zou , Zhangjin Huang , Naijie Gu, Fangjun Wang , Zhouwang Yang, Guoping Wang:\nGMDN: A lightweight graph-based mixture density network for 3D human pose regression. Comput. Graph. 95: 115-122 (2021)\nYangling Ma, Zhouwang Yang:\nMulti-Instance Learning by Utilizing Structural Relationship among Instances. CoRR abs/2102.01889 (2021)\nLumeng Cao, Zhouwang Yang:\nUse square root affinity to regress labels in semantic segmentation. CoRR abs/2103.04990 (2021)\nYunli Yang, Baiyu Chen, Zhouwang Yang:\nAn Algorithm for Ordinal Classification Based on Pairwise Comparison. J. Classif. 37(1): 158-179 (2020)\nJiaojiao Yang, Zhouwang Yang:\nFuzzy Smooth Equilibrium Method for Clustering. Int. J. Fuzzy Syst. 22(1): 11-21 (2020)\nYangling Ma , Yixin Luo, Zhouwang Yang :\nPCFNet: Deep neural network with predefined convolutional filters. Neurocomputing 382: 32-39 (2020)\nJiaqi Luo , Hongmei Kang , Zhouwang Yang :\nKnot calculation for spline fitting based on the unimodality property. Comput. Aided Geom. Des. 73: 54-69 (2019)\nHuanan Dong, Ming Wen, Zhouwang Yang:\nVehicle Speed Estimation Based on 3D ConvNets and Non-Local Blocks. Future Internet 11(6): 123 (2019)\nShuangming Chai , Baiyu Chen, Mengyu Ji, Zhouwang Yang, Manfred Lau , Xiao-Ming Fu, Ligang Liu:\nStress-oriented structural optimization for frame structures. Graph. Model. 97: 80-88 (2018)\nBaiyu Chen, Zi Yang, Zhouwang Yang:\nAn algorithm for low-rank matrix factorization and its applications. Neurocomputing 275: 1012-1020 (2018)\nXingyu Liao, Lingxiao He, Zhouwang Yang:\nVideo-based Person Re-identification via 3D Convolutional Networks and Non-local Attention. CoRR abs/1807.05073 (2018)\nYangling Ma, Yixin Luo, Zhouwang Yang:\nGeometric Operator Convolutional Neural Network. CoRR abs/1809.01016 (2018)\nImplicit surface reconstruction with total variation regularization. Comput. Aided Geom. Des. 52: 135-153 (2017)\nLinlin Xu, Ruimin Wang, Zhouwang Yang, Jiansong Deng, Falai Chen, Ligang Liu:\nSurface approximation via sparse representation and parameterization optimization. Comput. Aided Des. 78: 179-187 (2016)\nYanqin Bai, Renli Liang, Zhouwang Yang:\nSplitting augmented Lagrangian method for optimization problems with a cardinality constraint and semicontinuous variables. Optim. Methods Softw. 31(5): 1089-1109 (2016)\nRuimin Wang, Ligang Liu, Zhouwang Yang, Kang Wang, Wen Shan, Jiansong Deng, Falai Chen:\nConstruction of Manifolds via Compatible Sparse Representations. ACM Trans. Graph. 35(2): 14:1-14:10 (2016)\nHongmei Kang, Falai Chen, Yusheng Li, Jiansong Deng, Zhouwang Yang:\nKnot calculation for spline fitting via sparse optimization. Comput. Aided Des. 58: 179-188 (2015)\nLinlin Xu, Ruimin Wang, Juyong Zhang, Zhouwang Yang, Jiansong Deng, Falai Chen, Ligang Liu:\nSurvey on sparsity in geometric modeling and processing. Graph. Model. 82: 160-180 (2015)\nYuan Liu, Wen Zhou, Zhouwang Yang, Jiansong Deng, Ligang Liu:\nGlobally consistent rigid registration. Graph. Model. 76(5): 542-553 (2014)\nRuimin Wang, Zhouwang Yang, Ligang Liu, Jiansong Deng, Falai Chen:\nDecoupling noise and features via weighted ℓ1-analysis compressed sensing. ACM Trans. Graph. 33(2): 18:1-18:12 (2014)\nMeng Wu, Jinlan Xu, Ruimin Wang, Zhouwang Yang:\nHierarchical bases of spline spaces with highest order smoothness over hierarchical T-subdivisions. Comput. Aided Geom. Des. 29(7): 499-509 (2012)\nA variational model for normal computation of point clouds. Vis. Comput. 28(2): 163-174 (2012)\nJun Wang, Zhouwang Yang, Liangbing Jin, Jiansong Deng , Falai Chen:\nParallel and adaptive surface reconstruction based on implicit PHT-splines. Comput. Aided Geom. Des. 28(8): 463-474 (2011)\nYouhua Fu, Luxi Yang, Wei-Ping Zhu , Zhouwang Yang:\nA Convex Optimization Design of Relay Precoder for Two-Hop Mimo Relay Networks. ICC 2010: 1-5\nJun Wang, Zhouwang Yang, Liangbing Jin, Jiansong Deng, Falai Chen:\nAdaptive surface reconstruction based on implicit PHT-splines. Symposium on Solid and Physical Modeling 2010: 101-110\nJiansong Deng , Falai Chen, Xin Li , Changqi Hu, Weihua Tong, Zhouwang Yang, Yu-Yu Feng:\nPolynomial splines over hierarchical T-meshes. Graph. Model. 70(4): 76-86 (2008)\nYing Li, Zhouwang Yang, Jiansong Deng:\nSpherical Parameterization of Genus-Zero Meshes Using the Lagrange-Newton Method. CAD/Graphics 2007: 32\nZhouwang Yang, Chun-Lin Wu, Jiansong Deng , Falai Chen:\nSpecification of Initial Shapes for Dynamic Implicit Curve/Surface Reconstruction. J. Comput. Sci. Technol. 21(2): 249-254 (2006)\nZhouwang Yang, Jiansong Deng , Falai Chen:\nFitting unorganized point clouds with active implicit B-spline curves. Vis. Comput. 21(8-10): 831-839 (2005)\nChangqi Hu, Zhouwang Yang:\nA fitting approach with dynamic algebraic spline curves. CAD/Graphics 2005: 6\n[j21] [j19] [j18] [j15] [j13] [j12] [j11] [j8] [j7] [c4] [j4] [j2] [j1]\n[j25] [j22] [j21] [j19] [j18] [j15] [j14] [j13] [j12] [j11] [j7] [c4] [j4] [c2] [j2] [j1]\n[j6] [j5] [c3] [j3]\n[j24] [j21] [j19] [j16] [j15] [j14] [j12] [j11]\n[i5] [j28] [i1]\nHui Wang 0057\n[j21] [j19] [j15] [j12] [j9]


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url: =QTL Analysis of Agronomic Traits in Soybean--《Journal of Anhui Agricultural Sciences》2010年06期\nQTL Analysis of Agronomic Traits in Soybean\nLV Zhu-zhang et al(Rizhao Polytechnic College,Rizhao,Shandong 276826)\n[Objective] The aim was to analyze QTL of agronomic traits in soybean and provide reference for a discussion on soybean genetic mechanism and genetic breeding.[Method] The composite interval mapping method was used for QTL location and genetic effects analysis on five quantitative traits,including protein content,fat content,yield,100-seed weight and growing period.[Result] The control of these traits 4,4,1,2,5,a total of 16 QTL loci was detected.The genetic contribution rate was in 7.4%-33.7%,among which,a large main-effect QTL of the genetic contribution rate were located in linkage group I Satt562-Sat_219,Sat_219-Satt496,Sat_219-Satt496 interval of the three control protein content QTL sites,their genetic contribution rates were 29.15%,33.7 % and 31.67% respectively,all from the female parent Hefeng 25 plus minor gene;still in O linkage group Satt477-Satt331,Satt331-Satt153 interval of two control growing period QTL loci,their genetic contribution rates were up to 24.69% and 24.96%,also from the female parent Hefeng 25 plus minor gene.In addition,six QTL sites from M linkage group Satt175(protein),A1 linkage group Satt684(oil),F linkage group Satt348(oil),J linkage group Sat_412(oil),C1 linkage group Sat_416(100-seed weight),C1 linkage group Sat_416(growing period) marks only 0.01 cM were detected.[Conclusion] QTL sites which have effects on the five important agronomic traits in soybean were located.\n1 XU Yanhui, LI Ye, XU Xiangyang (College of Horticulture, Northeast Agricultural University, Harbin 150030, China);Progress in research on Fusarium wilt of tomato[J];Journal of Northeast Agricultural University;2008-11\n2 Jing Zhaobin 1,2 Pan Dajian 1 Qu Yanying 2 Fan Zhilan 1 Chen Yu 1,2 Chen Jianyou 1 Chen Fen 1,2 Li Chen 1 1 Institute of Rice, Guangdong Academy of Agricultural Sciences, Guangzhou, 510640; 2 Agronomic College of Xinjiang Agricultural University, Urumqi, 830052;Application of AB-QTL to Exploiting and Utilizing the Elite Genes in Wild Rice[J];Molecular Plant Breeding;2008-04\n3 Jin Liang Lu Yan Bao Jinsong Institute of Nuclear Agricultural Sciences, Zhejiang University, Hangzhou, 310029;Progress on the Mapping and Cloning of Seed Shattering Genes in Rice[J];Molecular Plant Breeding;2009-02\n4 Wang Shihua Life Sciences Department of Lijiang Teachers College,Lijiang,674100;Effect of Segregation Distortion Causing by Male Gametic Selection[J];Molecular Plant Breeding;2009-05\n5 LIU Gang1,XU Sheng-bao1,NI Zhong-fu2,LI Jing2,QIN Dan-dan2,DOU Bing-de3,PENG Hui-ru2,SUN Qi-xin2(1.College of Agriculture,Xinjiang Agricultural University,Urumqi 830052,China;2.Department of Plant Breeding,China Agricultural University,Beijing 100094,China;3.Institute of Plant Biotechnology,Huaiyin Teachers College,Huaian 223300,China);Genetic Analysis of Segregation Distortion of Molecular Markers in Wheat RIL Population[J];Journal of Agricultural Biotechnology;2007-05\n6 CHENG Shui-ming,GAN Jian-ping,LIU Shi-wang,WANG Wei-xin(College of Life Science and Engineering,Huanggang Normal University,Huanggang 438000,Hubei, China);Segregation Pattern of AFLP Polymorphism Markers in Hybrid Progeny F_1 of Lentinula edodes[J];Hubei Agricultural Sciences;2009-12\n7 LAN Hai1,LI Xin-Hai2,WANG Feng-Ge3,GAO Shi-Bin1,CAO Mo-Ju1,TANG Qi-Lin1,PAN Guang-Tang1,ZHAO Jiu-Ran3,and RONG Ting-Zhao1,*(1 Maize Research Institute/ Key Laboratory of Crop Genetic Resources and Improvement,Ministry of Education,Sichuan Agricultural University,Ya'an 625014,Sichuan;2 Key Laboratory of Crop Genetics and Breeding,Ministry of Agriculture/ Institute of Crop Sciences,Chinese Academy of Agricultural Sciences,Beijing 100081;3 Maize Research Center,Beijing Academy of Agricultural & Forestry Sciences,Beijing 100089,China);QTL Mapping of Seed Dormancy in Maize(Zea mays L.)[J];Acta Agronomica Sinica;2007-09\n8 JING Wen1, JIANG Ling1, ZHANG Wen-Wei1, ZHAI Hu-Qu2, and WAN Jian-Min1,3,* (1 State Key Laboratory for Crop Genetics and Germplasm Enhancement / Jiangsu Plant Gene Engineering Research Center, Nanjing Agricultural University, Nanjing 210095, Jiangsu; 2 Chinese Academy of Agricultural Sciences, Beijing 100081; 3 Institute of Crop Sciences, Chinese Academy of Agricultural Sciences, Beijing 100081, China);Mapping QTL for Seed Dormancy in Weedy Rice[J];Acta Agronomica Sinica;2008-05\n9 ZENG Yun-chao1,2,LI Jun1,YANG Yu-min1,2,LIAO Jie1,2,PENG Zheng-song2,TANG Yang-lu1,YANG Wu-yun1*(1.Crop Research Institute,Sichuan Academy of Agricultural Sciences,Sichuan Chengdu 610066,China;2.Life Science College,China West Normal University,Sichuan Nanchong 637002,China);Segregation distortion in the recombinant inbred lines of Chuanyu12×Syn780 by SSR markers[J];Southwest China Journal of Agricultural Sciences;2007-02\n10 ZHAO Xiang-Qian 1,2 ,WU Wei-Ren 1 1.College of Agriculture and Biotechnology,Zhejiang University,Hangzhou 310029,China; 2.Jiaxing Academy of Agricultural Science,Jiaxing 314016,China;Construction of a genetic map based on ILP markers in rice[J];Hereditas;2008-02\n1 CHENG Shui-Ming WANG Si-di ZEN Xiao-li Life Science and Engineering College,Huanggang Normal University,Huanggang 438000;Polymorphisms and segregation pattern of AFLP marks among hybrid F1 progeny in Lentinula edodes[A];[C];2008


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P5B\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK417EA#ACB)\nGigabyte Technology Co., Ltd. 946GM-DS2\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ893EA#ABF)\nGigabyte Technology Co., Ltd. 965P-DS3P\nMICRO-STAR INTERNATIONAL CO.,LTD MS-7238\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE115EA#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ889EA#ACB)\nLG Electronics *P based on MICRO-STAR INTERNATIONAL CO., LTD MS-7241\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (KN727UC#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW223ES#ACB)\nLENOVO ThinkCentre A55 8985AQ8\nBiostar TForce 965PT Deluxe\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE126EA#ACB)\nAquarius Pro, Std, Elt Series based on ASUSTeK Computer INC. P5B-V\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ951ES#ABF)\nGigabyte Technology Co., Ltd. 946GM-S2\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK395EA#ABF)\nHITACHI FLORA 310 AX1 based on WISTRON P946A\nDell Inc. OptiPlex 745 based on Dell Inc. 0NX183\nABIT IB9(Intel P965+ICH8)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK734EF#ACB)\nLENOVO ThinkCentre A55 963675G\nHewlett-Packard HP Compaq dx2300 MT based on MSI 0A90 (GK536EF#ABV)\nLORD ELECTRONICS CO.,LTD. I965 Series\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (KA394UT#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GR038EA#ACB)\nDell Inc. OptiPlex 745 based on Dell Inc. 0KW628\nLENOVO ThinkCentre M55e 9389W1A\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK733EF#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW202ES#ABF)\nLENOVO ThinkCentre M55 8808W1W\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GD997ET#ABU)\nT-Group --- based on Intel Corporation D946GZIS\nLENOVO ThinkCentre M55E 964171G\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (GH389EA#ACB)\nHewlett-Packard HP Compaq dx2300 MT based on MSI 0A90 (GW130EF#ABV)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ786ES#ACB)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GE008ET#ABU)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW177ES#ACB)\nColorful Technology And Development Co.,LTD C.P965-MVP\nASUSTeK Computer INC. P5B-BN\nAMI Computers 965X7AA\nLENOVO ThinkCentre M55e 9279AE3\nASUSTeK Computer INC. P5B-TMX-GB-SI\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (RT839UT#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ989ES#ABZ)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK390EA#ABF)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK412EA#ACB)\nDFI Inc. Infinity P965(-S)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GV510LA#ABM)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GS560LA#ABM)\nHewlett-Packard HP dx2700 SFF(RC739AV) based on Hewlett-Packard 0A78h\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ897EA#ABF)\nNT Computer 77208 based on ASUSTeK Computer INC. P5B-MX/WiFi-AP\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ952ES#ABF)\nLENOVO ThinkCentre M55E 89857FG\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RU258UC#A2K)\nLENOVO ThinkCentre M55E 9645K2U\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (RT463ES#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ884EA#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW176ES#ACB)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RL174AW#ABA)\nLENOVO ThinkCentre M55E 9645Y3T\nLENOVO ThinkCentre A55 89857DG\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (KE305UP#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK692ES#AB8)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK395EA#ABU)\nLENOVO ThinkCentre A55 8985B11\nLENOVO ThinkCentre M55e 9645Q5A\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GD999ET#ABD)\nColorful Technology And Development Co.,LTD C.G35MK\nCompaq Presario 061 RK520AA-ABF SR2029FR FR680 based on ASUSTek Computer INC. Basswood\nAquarius Pro, Std, Elt Series based on ASUSTeK Computer INC. P5B-PLUS Series\nLENOVO ThinkCentre M55e 9637C21\nFUJITSU SIEMENS ESPRIMO P5915 based on FUJITSU SIEMENS D2312-A2\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ833EF#ACQ)\nLENOVO ThinkCentre M55 8810Y88\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RZ150ES#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ886EA#ACB)\nGigabyte Technology Co., Ltd. 965GM-DS2\nXZX Technology And Development Co.,LTD P965 series\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ885EA#ACB)\nHP Pavilion 061 RC666AA-ABA a1654n based on ASUSTek Computer INC. Buckeye (RC666AA#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GV494LA#ABM)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE063EA#ACB)\nLENOVO ThinkCentre A55 964179G\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (RK072AA#ACB)\nASUSTeK Computer INC. P5B-TMX-GB-VP-SI\nKRAFTWAY GEG based on Gigabyte Technology Co., Ltd. 965GM-S2\nLENOVO ThinkCentre M55e 9389AM9\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RL172AW#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (RT853UT#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK393EA#ABF)\nLENOVO ThinkCentre M55E 9632M2S\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GF109US#ABA)\nFUJITSU SIEMENS ESPRIMO P5915 based on FUJITSU SIEMENS D2312-A3\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE157EA#ACB)\nLENOVO ThinkCentre M55e 9637CZ1\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GH167EA#ABU)\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (GE032ET#UUW)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE049EA#ACB)\nHewlett-Packard HP Compaq dx2300 MT based on MSI 0A90 (GR015EF#ABV)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (RT954UT#ABA)\nHP Pavilion 061 RC663AA-ABA a1640n based on ASUSTek Computer INC. Buckeye (RC663AA#ABA)\nCASPER BILGISAYAR SISTEMLERI A.S. CASPER ERA PRO\nXZX Technology And Development Co.,LTD 946 Series\nASUSTeK Computer INC. Broadwater based on ASUSTek Computer INC. Basswood\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (GE011ET#UUW)\nFUJITSU SIEMENS ESPRIMO C based on FUJITSU SIEMENS D2364-A3\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (RT791UT#ABA)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RL173AW#ABA)\nLENOVO ThinkCentre A55 8985AS9\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (GD884ES#ACB)\nCompaq Presario 061 RK559AA-ABE SR2029ES ES680 based on ASUSTek Computer INC. Basswood\nLENOVO ThinkCentre M55e 9645YAC\nHewlett-Packard HP Compaq dx2300 MT based on MSI 0A90 (GK538EF#ABV)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (RT977UT#ABA)\nLENOVO ThinkCentre M55E 9645Q1U\nT-Group --- based on Intel Corporation DP965LT\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RK870US#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE558LA#ABM)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK611EA#AB8)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GH168EA#ABF)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RT214ES#AB8)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW229ES#ACB)\nDell Inc. OptiPlex 745 based on Dell Inc. 0YJ137\nFUJITSU SIEMENS ESPRIMO C based on FUJITSU SIEMENS D2364-A2\nLENOVO ThinkCentre M55e 9279AD6\nLENOVO ThinkCentre A55 96417NG\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (RV796AV)\nNT Computer AGENT Q 6600/320 based on Gigabyte Technology Co., Ltd. 965P-S3\nLENOVO ThinkCentre M55e 9637BV5\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GT226PA#AB4)\nLENOVO ThinkCentre M55 8807A77\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RY860UP#ABA)\nHewlett-Packard HP Compaq dc7700p Ultra-slim Desktop based on Hewlett-Packard 0A5Ch (GE029ET#ABU)\nLENOVO ThinkCentre M55 8812A67\nLENOVO ThinkCentre M55p 8808HBU\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (KK334ES#ABZ)\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (RN223ES#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GH316EA#ABF)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (GH328ES#ACB)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (CD013UP#ABA)\nLENOVO ThinkCentre A55 897577G\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE001ET#ABE)\nHP Pavilion 061 RF254AA-ABA m7650n based on ASUSTek Computer INC. Buckeye (RF254AA#ABA)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GE968US#ABA)\nNEC POWERMATE VL6 - D1000 based on Intel Corporation D946GZIS\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RN345ES#ACB)\nLENOVO ThinkCentre A55 8985AM7\nLENOVO ThinkCentre M55 881094U\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GD995ET#ABE)\nHP Pavilion 061 RC647AA-ABA m7680n based on ASUSTek Computer INC. Basswood (RC647AA#ABA)\nLENOVO ThinkCentre A55 9265BL7\nLENOVO ThinkCentre M55e 9380Y33\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (RT838UT#ABA)\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (RK073AA#ABV)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ990ES#ABZ)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GK080US#ABA)\nLENOVO ThinkCentre M55e 9637D13\nLENOVO ThinkCentre A55 89857EG\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW010ES#AKN)\nNEC PC-MY21AEZE1 based on NEC MS-7264LW\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (GE423UC#ABA)\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (RL169AW#ABA)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RX687UC#ABA)\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (GQ770ES#AK6)\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (GD882ES#ACB)\nGigabyte Technology Co., Ltd. 965G-DS4\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GU825US#ABA)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (EN345UT#ABA)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (GD944ES#ACB)\nGrupo@Sitre ALDA+PRO G965G ALDA+ based on Gigabyte Technology Co., Ltd. 965GM-S2\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GR029EA#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK414EA#ACB)\nLENOVO ThinkCentre M55e 9632C31\nLENOVO ThinkCentre M55e 9632CC6\nLENOVO ThinkCentre A55 9265BH1\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ890EA#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GD994ET#ABU)\nLENOVO ThinkCentre M55E 9632W8M\nDell Inc. Dell DM061\nLENOVO ThinkCentre A55 9265H2U\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GB040PT#ACJ)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK602EA#ACB)\nLENOVO ThinkCentre A55 9636QAU\nHewlett-Packard HP Compaq dx2300 MT based on MSI 0A90 (KB952EF#ABV)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GD997ET#UUW)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (KV403ES#ACB)\nNEC COMPUTERS SAS POWERMATE_ML460_PRO based on ELITEGROUP COMPUTER SYSTEMS CO., LTD Q965T-NP\nLENOVO ThinkCentre M55e 9637AP9\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW170ES#ABV)\nLENOVO ThinkCentre A55 9265CC8\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RZ656EC#ABA)\nLENOVO ThinkCentre M55E 9637W5B\nLENOVO ThinkCentre M55e 9645Q1G\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GD003ET#ABU)\nATComputers COMFOR DIABLO Comfor Diablo Hurricane based on ASUSTeK Computer INC. P5B-Deluxe\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (RN113ET#ABU)\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (RL167AW#ABD)\nHewlett-Packard HP Compaq dc7700p Small Form Factor based on Hewlett-Packard 0A54h (RG580AW#ABG)\nDFI Inc. P965(-S)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RG578AW#AK6)\nHP Pavilion 061 RF170AV-ABA d4650y based on ASUSTek Computer INC. Basswood (RF170AV#ABA)\nHewlett-Packard HP Compaq dx2300 MT based on MSI 0A90 (KB951EF#ABV)\nLENOVO ThinkCentre M55 881196G\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (RG579AW#ABV)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ877EA#ABV)\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (ET088AV#314)\nLENOVO ThinkCentre M55e 9389Y94\nLENOVO ThinkCentre A55 9265AJ7\nLENOVO ThinkCentre M55e 89857QG\nFUJITSU SIEMENS ESPRIMO E5916 based on FUJITSU SIEMENS D2348-A2\nHP Pavilion 061 RP867AA-AB8 m7645.tr based on ASUSTek Computer INC. Basswood (RP867AA#AB8)\nLENOVO ThinkCentre M55e 9389AM5\nHewlett-Packard HP rp5700 Business System based on Hewlett-Packard 0A80h (RT047AV)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (GQ857ES#ACB)\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (RN249ES#ACB)\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (RK076AA#ACB)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (EN342UT#ABA)\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (RT407ES#ABT)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RN345ES#ABV)\nHewlett-Packard HP Compaq dc7700p Small Form Factor based on Hewlett-Packard 0A54h (RX710UC#ABA)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RG578AW#ABF)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GB770US#ABA)\nLENOVO ThinkCentre M55e 96373DA\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GU486UC#ABA)\nNT Computer G31050-1 based on MICRO-STAR INTERNATIONAL CO., LTD MS-7235\nLENOVO ThinkCentre M55E 964532S\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK415EA#AKD)\nHP-Pavilion GM441AA-ABA m8125x based on ASUSTek Computer INC. Basswood3G (GM441AA#ABA)\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (RZ303ES#ACB)\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (RS368US#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GV511LA#ABM)\nLENOVO ThinkCentre M55E 9632C39\nHP-Pavilion GC383AV-ABA m8000y based on ASUSTek Computer INC. Basswood2 (GC383AV#ABA)\nProcomp Ind. Eletronica Ltda PTMQ965 based on Procomp Ind. Eletronica Ltda PTM-Q965\nDell Inc. OptiPlex 745 based on Dell Inc. 0PT395\nASUSTek Computer INC. P5K3L-ASUS-S1-P5G35\nARBYTE COMPUTERS KLONDIKE PC PM based on ASUSTeK Computer INC. P5B-VM\nMustek6376 mst6376 P5B-VM-DO-Mustek based on ASUSTeK Computer INC. P5B-VM DO\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RT872UT#ABA)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GE909US#ABA)\nLENOVO ThinkCentre M55e 9389Y45\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (GH219EA#ABV)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (ET090AV#550)\nFintek-Data Oy P5E-VM SE\nLENOVO ThinkCentre A55 8705A68\nHELiOS Profice ML based on Intel Corporation DG35EC\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (GW189ES#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK396EA#ABV)\nLENOVO ThinkCentre M55e 9389Y5B\nLENOVO ThinkCentre M55p 8804W2U\nSOTEC CO., LTD. PC STATION\nInformationComputerSystems CJSC PrimePC Medio80 based on ASUSTeK Computer INC. P5B-VM\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE116EA#ACB)\nLENOVO ThinkCentre M55E 9632QES\nLENOVO ThinkCentre M55e 9637BZ5\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (RT959UT#ABA)\nLENOVO ThinkCentre M55e 9380A75\nHewlett-Packard HP Compaq dx2300 MT based on MSI 0A90 (GK537EF#ABV)\nHP-Pavilion RP827AV-ABA m7790y based on ASUSTek Computer INC. Basswood2 (RP827AV#ABA)\nLENOVO ThinkCentre M55e 9389W5H\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE001ET#ABF)\nNT Computer G35321-25 based on MICRO-STAR INTERNATIONAL CO.,LTD MS-7235\nHewlett-Packard HP Compaq dc7700p Ultra-slim Desktop based on Hewlett-Packard 0A5Ch (EN326UT#ABA)\nLENOVO ThinkCentre M55e 9632Q2G\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RG992AW#ABB)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (GA748UC#ABA)\nNT Computer G37862-2 based on MICRO-STAR INTERNATIONAL CO.,LTD MS-7235\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GY489PA#AB4)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (GD931ES#ABV)\nHewlett-Packard HP Compaq dc7700 Ultra-slim Desktop based on Hewlett-Packard 0A5Ch (RG587AW#AK6)\nLENOVO ThinkCentre M55e 9380W7M\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RJ817AW#ACB)\nLENOVO ThinkCentre M55e 9645W49\nEP 3I#_^] UQVuPWj\nCompaq Presario 061 RT574AA-ABE SR2059ES ES680 based on ASUSTek Computer INC. Basswood\nLENOVO ThinkCentre M55 8808A28\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GH318EA#ABB)\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (GH200EA#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK395EA#AB6)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (KV610ES#ACB)\nLENOVO ThinkCentre M55 8810D7U\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (GL780PA#AB1)\nLENOVO ThinkCentre M55 8816A55\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RT715UP#ABA)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GH332ES#ACB)\nACTION ACTINA SIERRA VB Series based on Intel Corporation D946GZAB\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (KE694PC#AR6)\nLENOVO ThinkCentre M55 8808Z8X\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (RN120ET#UUZ)\nLENOVO ThinkCentre M55 8808W7C\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (GH150UC#ABA)\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RT454ES#ACB)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RJ818AW#ABB)\nLENOVO ThinkCentre M55 8810WXQ\nFUJITSU SIEMENS D2364-A2\nTrigem Computer, Inc. DREAMSYS based on Intel Corporation DG965OT\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RS039UC#ABU)\nHewlett-Packard HP Compaq dc7700p Small Form Factor based on Hewlett-Packard 0A54h (GK507ET#ABU)\nKRAFTWAY GEG based on Intel Corporation DQ965WC\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (GL442UC#ABA)\nLENOVO ThinkCentre M55 8808VXV\nFUJITSU SIEMENS D2314-A3\nNEC PC-MY21AEZE3 based on NEC MS-7264L2W\nHewlett-Packard HP Compaq dc7700p Small Form Factor based on Hewlett-Packard 0A54h (RZ108ES#ABU)\nNEC PC-MY24ABZE3 based on NEC MS-7264BLM\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (RL166AW#ACB)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RW231US#ABA)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (GA884EP#ABD)\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (GD961ES#ABF)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (GA764EP#ABD)\nLENOVO ThinkCentre A55 9265CS3\nLENOVO ThinkCentre M55e 9637DD9\nNT Computer G31048-12 based on MICRO-STAR INTERNATIONAL CO., LTD MS-7235\nHewlett-Packard HP Compaq dc7700p Small Form Factor based on Hewlett-Packard 0A54h (RN128ET#ABH)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RT720UC#AB4)\nHewlett-Packard HP Compaq dx7300 Microtower based on Hewlett-Packard 0A50h (GK482ES#ABV)\nHewlett-Packard HP rp5700 Business System based on Hewlett-Packard 0A80h (AV334AV)\nLENOVO ThinkCentre A63 9380Y11\nHewlett-Packard HP Compaq dc7700p Small Form Factor based on Hewlett-Packard 0A54h (RG580AW#ACB)\nLENOVO ThinkCentre A55 8985AV3\nHP Pavilion 061 RC648AA-ABA m7690n based on ASUSTek Computer INC. Basswood (RC648AA#ABA)\nKVAZAR-Micro Factory PC 10M based on Intel Corporation DQ965GF\nLENOVO ThinkCentre M55E 9632CF6\nFUJITSU FMVCE50X9 based on Wistron Corporation J965Y3\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW121EF#ACQ)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RY978EC#AKB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GD997ET#AK6)\nLENOVO ThinkCentre M55E 89857EG\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RN344ES#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE063EA#ABB)\nLENOVO ThinkCentre M55p 8813AA9\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GL771PA#AKL)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GN775LA#ABM)\nLENOVO ThinkCentre M55 8805W2G\nHewlett-Packard HP Compaq dc7700p Ultra-slim Desktop based on Hewlett-Packard 0A5Ch (GR001ES#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW209ES#ABB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE067EA#ACB)\nLENOVO ThinkCentre M55E 9645BJ9\nLENOVO ThinkCentre M55e 9645Q1M\nLENOVO ThinkCentre M55e 6490A92\nHewlett-Packard HP Compaq dc7700p Small Form Factor based on Hewlett-Packard 0A54h (GA945EC#ABE)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE557LA#ABM)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW253ES#ACB)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (EN343UT#ABA)\nHP Pavilion 061 RJ792AA-ABE m7675.es based on ASUSTek Computer INC. Basswood (RJ792AA#ABE)\nHewlett-Packard HP Compaq dx2300 MT based on MSI 0A90 (GK671EF#ABV)\nHP Pavilion 061 RC664AA-ABA a1642x based on ASUSTek Computer INC. Buckeye (RC664AA#ABA)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RN332ES#ACB)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RS412US#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ764ES#ABB)\nOVH EG based on Intel Corporation DG35EC\nLENOVO ThinkCentre M55e 9389Y23\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (GW192ES#ACB)\nHP Pavilion 061 RC589AA-AB4 m7590d based on ASUSTek Computer INC. Basswood (RC589AA#AB4)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GR028EA#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GV497LA#ABM)\nLENOVO ThinkCentre M55e 9632CM2\nLENOVO ThinkCentre A55 96417RG\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (GE008ET#ABD)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RG577AW#ABA)\nHewlett-Packard HP Compaq dc7700 Ultra-slim Desktop based on Hewlett-Packard 0A5Ch (RJ819AW#ACB)\nNAVIGATOR Impression based on ELITEGROUP COMPUTER SYSTEM CO.,LTD. P965T-A\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GR041EA#ACB)\nLENOVO ThinkCentre A55 963674G\nAquarius Pro, Std, Elt Series based on ASUSTeK Computer INC. P5B-MX\nLENOVO ThinkCentre M55e 9637WLU\nLENOVO ThinkCentre M55 88088GS\nHewlett-Packard HP Compaq dc5700 Small Form Factor based on Hewlett-Packard 0A60h (RL171AW#ABH)\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (RZ138ES#ACB)\nD0 8xNqweY@2xgVWG;]f based on }B?%K6~+ +6=kmT2^B s\nLENOVO ThinkCentre M55E 9632A79\nFirst International Computer, Inc. PTC-Q965\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (GK160US#ABA)\nNEC PC-VW790MG based on NEC G1BVD\nLENOVO ThinkCentre M55e 9632C22\nLENOVO ThinkCentre M55e 9632C79\nAcer Veriton 6900Pro based on Acer FG965M\nLENOVO ThinkCentre A55 8985AN2\nLORD ELECTRONICS CO.,LTD. I946 Series\nLENOVO ThinkCentre A55 897575G\nLENOVO ThinkCentre A55 9265B42\nLENOVO ThinkCentre M55e 9644A53\nARBYTE COMPUTERS Arbyte Tempo B based on Intel Corporation DG965OT\nHewlett-Packard HP rp5700 Business System based on Hewlett-Packard 0A80h (NR645UC#ABA)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (GH164EC#ABD)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (RT960UT#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GW178ES#ACB)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (GC404AW#ABA)\nLENOVO ThinkCentre M55 8810CTO\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (GK435ES#ACB)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (GB103UP#AC4)\nHITACHI Prius Desktop based on WISTRON J965A\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ887EA#ACB)\nLENOVO ThinkCentre M55e 9632Y8K\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (RT999UT#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK469EF#ACQ)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RZ656EC#ABU)\nLENOVO ThinkCentre M55E 9632A94\nLENOVO ThinkCentre M55e 9632AF5\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RN318ES#ABB)\nHewlett-Packard HP Compaq dc7700 Ultra-slim Desktop based on Hewlett-Packard 0A5Ch (RG586AW#ABA)\nLENOVO ThinkCentre M55E 964523U\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RV928UP#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (KB896ES#ACB)\nLENOVO ThinkCentre M55e 9389AE1\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK406EA#AB8)\nLENOVO ThinkCentre M55E 898573G\nLENOVO ThinkCentre A63 8994A96\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GK391EA#ABU)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GQ893EA#AB6)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GN881PA#AKL)\nLENOVO ThinkCentre M55E 926578G\nLENOVO ThinkCentre M55e 9645AW3\nAcer Veriton 3900 based on Acer FQ965M\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (KK364ES#ACB)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (KN756LA#ABM)\nLENOVO ThinkCentre A55 96417QG\nLENOVO ThinkCentre M55 8811V5E\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GE118EA#AKR)\nLENOVO ThinkCentre A55 964172G\nGateway DX420B based on Intel Corporation DP965LV\nHewlett-Packard HP Compaq dc5700 Microtower based on Hewlett-Packard 0A60h (GE012ET#ABF)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (GS423LA#ABM)\nLENOVO ThinkCentre M55e 9637CG1\nDEPO Computers MS-7241\nNEC PC-MY30XRZE3 based on NEC MS-7263N1\nLENOVO ThinkCentre M55E 9645J1U\nHewlett-Packard HP Compaq dx2300 MT based on MSI 0A90 (GH347EF#ABV)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RG992AW#ACB)\nHewlett-Packard HP Compaq dx2308 Microtower based on MSI 0A90 (RV799AV)\nHewlett-Packard HP Compaq dc7700p Small Form Factor based on Hewlett-Packard 0A54h (RN128ET#ABF)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (RT955UT#ABA)\nHewlett-Packard HP Compaq dx2300 Microtower based on MSI 0A90 (GD993ET#AK6)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (GE035ET#ABU)\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RJ818AW#ABU)\nHewlett-Packard HP Compaq dc7700p Ultra-slim Desktop based on Hewlett-Packard 0A5Ch (RT427ES#ACB)\nFUJITSU SIEMENS D2660-A1\nHewlett-Packard HP Compaq dc7700 Small Form Factor based on Hewlett-Packard 0A54h (RY430UP#ABU)\nHewlett-Packard HP Compaq dc7700 Convertible Minitower based on Hewlett-Packard 0A58h (RJ817AW#ABU)\nHewlett-Packard HP Compaq dc7700p Convertible Minitower based on Hewlett-Packard 0A58h (GE032ET#ABD)\nHewlett-Packard HP Compaq dc7700p Small Form Factor based on Hewlett-Packard 0A54h (RG580AW#AK6)\nLENOVO ThinkCentre M55p 8808Y8V


url: =Baixar Death Note 2 The Last Name DVDRip RMVB Legendado | download gratis\nBaixar Death Note 2 The Last Name DVDRip RMVB Legendado\nElenco: Light Yagami/Kira: Tatsuya Fujiwara, L/Ryuzaki: Kenichi Matsuyama, Ryuk (voice): Shid? Nakamura, Soichiro Yagami: Takeshi Kaga, Misa Amane: Erika Toda, Raye Iwamatsu: Shigeki Hosokawa, Naomi Misora: Asaka Seto.\nBaixar Death Note 2 The Last Name\nResumo: Baixar Filme Death Note 2 The Last Name\nDownload do Filme Death Note 2 The Last Name\nbaixar death note filme 2 legendado download death note the last name baixar filme death note 2 death note filme 2 download baixar death note the last name legendado baixar o filme death note 2 baixar death note 2 death note – the last name download death note 2 download download death note 2 death note filme 2 download legendado baixar death note o filme 2 death note 2 the last name download death note the last name download http://www baixarfilmesgratis net/download/baixar-death-note-2-the-last-name-dvdrip-rmvb-legendado/ death note 2 the last name death note 2 filme download death note the last name legendado death note o filme 2 download death note 2 o filme rmvb seo forum\nFilmes relacionados para Baixar Death Note 2 The Last Name DVDRip RMVB Legendado\nDownload – The Portal – 2009...


url: =Title: Quantitative Analysis of Inclusion Engineering on the Fatigue Property Improvement of Bearing Steel\nAuthor(s): Gu, Chao ; Wang, Min ; Bao, Yanping ; Wang, Fuming ; Lian, Junhe\nSeries: Metals, Volume 9, issue 4\nKeywords: inclusion engineering, fatigue property, bearing steel, total oxygen content, HIGH-STRENGTH STEELS, REGIME N-GREATER-THAN-10(7) CYCLES, CRACK INITIATION, HYDROGEN EMBRITTLEMENT, CALCIUM TREATMENT, SLAG COMPOSITION, FAILURE, MECHANISM, BEHAVIOR, 216 Materials engineering\nGu , C , Wang , M , Bao , Y , Wang , F & Lian , J 2019 , ' Quantitative Analysis of Inclusion Engineering on the Fatigue Property Improvement of Bearing Steel ' Metals , vol. 9 , no. 4 , 476 . https://doi.org/10.3390/met9040476\nPermanent link to this item: http://urn.fi/URN:NBN:fi:aalto-201906203949


url: =Effect of Feed Calcium,Phosphorus and Calcium/Phosphorus Ratio on the Body Weight and Bone Development of Growing Rats--《Chinese Journal of Comparative Medicine》2007年10期\n《Chinese Journal of Comparative Medicine》 2007-10\nEffect of Feed Calcium,Phosphorus and Calcium/Phosphorus Ratio on the Body Weight and Bone Development of Growing Rats\nFU Qiang,LIU Yuan,AN Xing-lan,WANG Zhi-hong,ZHAO Shuang,WU Xiao-yan,LIU Da-wei(Laboratory Animal Center of Academy of Military Medical Sciences,Beijing 100071,China)\nObjective To investigate the effect of feed calcium,phosphorus and calcium/phosphorus ratio on the body weight and bone development of growing rats.Methods 70 male Wistar rats aged 30 d were divided into 7 groups randomly according to their body weigh,10 for each group was considered as one batch for test.Rats in 7 groups were raised on diets with different feed calcium and phosphorus concentration for 42 d.Results In the same feed calcium or phosphorus concentration but with different Ca/P ratio,the body weight and bone development of the growing rats were better in the group fed diet with Ca/P ratio of 1.2∶1 than that of 0.4∶1 and 4∶1(P0.05).With the same feed Ca/P ratio, the body weight and bone development of the growing rats were better in the group fed diet with Ca/P ratio of 1.2∶1,even in the group of LL and HH,but the other groups fed diet with Ca/P ratio of 0.4∶1 and 4∶1 had significant deviation(P0.05). Conclusion Calcium and phosphorus should be in proportion and in adequate amount in the feed,otherwise the body weight and bone development of the rats may be affected.The results of this study indicate that the body weight and bone development of growing rats are better fed with diet of Ca/P ratio of 1.2∶1.\n2 WANG Fei,LIU Jing-bo,LIN Song-yi,XU Cai-na,CAi Yue (Laboratory of Nutrition and Functional Food,College of Quartermaster Technology,Jilin University,Changchun 130062,China);Effects of Phosvitin Phosphopeptides-calcium on Apparent Absorptivity of Calcium in Mice[J];Food Science;2008-12\n1 HOU yan1 XIAO rong2* SHAO wanfang1 XU kunlong3 TIAN yang2 YANG lanlan3 GONG jiang3 (1. College of Long Run Pu-erh Tea Yunnan Agricultural University,Kunming Yunnan 650201;2. College of Food Science Yunnan Agricultural University, Kunming Yunnan 650201; 3. College of Animal Science Yunnan Agricultural University,Kunming Yunnan 650201);Effect of Pu-erh Tea on the Bone Density in Wistar Rats[A];[C];2009\n8 LV Ya-jun,WANG Yong-jun,CHEN Yan-rui,BAI Cheng-bin,TIAN xiue,NIU Wen-zhi,XI Yong-ping(College of Animal Science and Technology,Northwest University of Agriculture and Forestry,Yangling,712100,SHAANXI;Husbandry Workstaion,Ningxia Hui Nationality Autonomous Region,Yinchuan,750002,Ningxia);The Research on Requirements for Digestible Energy and Metabolic Energy of Tan-Yang Lamb at Day-Age of 3-30[A];[C];2008\n9 NI Ming MENG Zhi-jie CHEN Jian-ming ZHANG Ju-nong (College of Animal Sclence,Shihezi University,Shihezi 832000,China;);Action of Addition VA、D、E in Improving Utilization Ratio of Embryo in Cows[A];[C];2008\n1 TIAN Ping,LIU Yu,YAO Bing-hua,LI Ye-rui,YIN Jun (Department of Applied Chemistry,Xian University of Technology,Xian 710048,China);Study on Biosynthesis of Nisin and Its Chelates[J];Amino Acids & Biotic Resources;2008-02\n5 Zhang Guoan, Xu Xuejiao, Zhang Suyan, Fan Huizhi, Yang Pengyuan ( Department of Chemistry, Fudan University, Shanghai 200433);High Throughput Separation and Identification for Proteomics and Recent Development in Proteome[J];Chinese Journal of Analytical Chemistry;2003-05\n6 ZHAO Yuanyuan, WANG Hong,ZHANG Huashan(School of Chemistry and Environmental Science,Wuhan University,Wuhan,430072);N-Hydroxysucciminidyl-α-Naphthylacetate(SINA)as a Pre-Column Derivatizing Reagent for the Separation and Determination of Amino Acids by Reverse-Phase High Performance Liquid Chromatography[J];JOURNAL OF ANALYTICAL SCIENCE;2000-03\n7 CHAI Gui-hua,LI Pei-song,GUANG Jian-hong,KONG Fan-jian,YAO Shui-qiong,ZHU Jian-hua.Class 6,grade 2004,clinical medicine college,Dali University,Dali 671000 China;The effect of estrogen on the growth and development of male rat skeleton[J];Anatomy Research;2008-04\n8 QU Yun-Bo LI Juana PANG Si-Ping(School of Life Science and Technology,Beijing Institute of Technology,Beijing 100081,P.R.China)a(Lucheng No.1 Middle School,Lucheng,Shanxi 030860,P.R.China);The Detection of Angiotensin-Converting Enzyme Inhibition by RP-HPLC Method[J];Chinese Journal of Spectroscopy Laboratory;2008-02\n9 ZHOU Yan,LI Zi-min,FU Xiao-ming,et al (Department of Hygiene,School of Public Health,Nanhua University,Hengyang,Hunan 421001,China);Effects of Total Isoflavones of Pueraria on Bone Mineral Density and Histomorphology in Ovariectomized Rats[J];Journal of Nanhua University(Medical Edition);2008-03\n10 WANG Hong-mei,KAN Juan(Shunde Vocational & Technical College,Shunde,Guangdong,528333;Food Science & Engineering Institute,Yangzhou University,Yangzhou,Jiangsu,225001);Functional properties of bioactive peptide[J];Jiangsu Condiment and Subsidiary Food;2008-02\n1 LIU Jing-bo1,XU Cai-na2,WANG Er-lei1,YIN Yong-guang2 (1.Laboratory of Nutrition and Functional Food,College of Quartermaster Technology,Changchun 130062,China; 2.College of Biological and Agricultural Engineering,Changchun 130025,China);Study on physico-chemical property of phosvitin phosphopeptides[J];Science and Technology of Food Industry;2009-12\n2 XU Cai-na1,YIN Yong-guang1,WANG Er-lei2,LIU Jing-bo2,*(1. College of Biological and Agricultural Engineering,Changchun 130025,China;2. Laboratory of Nutrition and Functional Food,College of Quartermaster Technology,Changchun 130062,China);Development of phosvitin and phosvitin phosphopeptides[J];Science and Technology of Food Industry;2010-09


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url: =Monitoring the Tower Foundations in the Permafrost Regions along the Qinghai-Tibet DC Transmission Line from Qinghai Province to Tibetan Autonomous Region--《Journal of Glaciology and Geocryology》2012年05期\n《Journal of Glaciology and Geocryology》 2012-05\nMonitoring the Tower Foundations in the Permafrost Regions along the Qinghai-Tibet DC Transmission Line from Qinghai Province to Tibetan Autonomous Region\nYU Qi-hao1,WEN Zhi1,DING Yan-sheng2,WANG Guo-shang3, LI Guo-yu1,ZHANG Jian-ming1(1.Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences,Lanzhou Gansu 730000,China;2.Construction Ministry,State Grid Corporation of China,Beijing 100031,China; 3.Economic Research Institute,Gansu Electric Power Corporation,Lanzhou Gansu 730050,China)\nFollowing the Qinghai-Tibet Highway and Qinghai-Tibet Railway,the Qinghai-Tibet DC Transmission Line Interconnection Project is major permafrost engineering,and it is also a new type of engineering structure in permafrost regions.In this paper,the differences between the Qinghai-Tibet DC Transmission Interconnection Project and other permafrost engineering were analyzed.Then,the establishment of the monitoring system around the tower foundation,the observation elements and preliminary observational results were discussed.Analyzing the observation in 2011 found that the monitoring system is able to recognize accurately the various characteristics of the tower foundations in permafrost regions,as well as the main factors that control the stability and the variation tendency of tower foundations.The preliminary results revealed that the base of the monitoring tower foundations froze within the year,the tower foundation was stationary overall.However,near several tower foundations the ground temperature and the depth of the permafrost table were increasing,and the settlement and deformation showed a rising trend.In view of the project having completed just about 1 year,the stability of the tower foundation under change yet,it is necessary to monitor the load effecting on the tower foundation more time.Further more,the freezing-thawing and hydrothermal processes of the backfill,together with the deformation of the tower foundation,needs to analyze and research combining with the monitoring data and the simulation calculation.\n【Fund】： 国家自然科学基金创新群体项目(41121061);; 国家电网公司科技项目(SGJSJS(2010)935-936)资助\n3 DOU Ming jian 1, HU Chang shun 1, HE Zi wen 2, ZHANG Yong qing 3 (1. College of Highway, Chang'an University, Xi'an Shaanxi 710064, China; 2. Communication Research Institute of Tibet, Lhasa Tibet 850000, China; 3. College of Continuing Education, Chang′an University, Xi′an Shaanxi 710064, China);Distributing Regularities of Subgrade Diseases in Permafrost Section of the Qinghai-Tibetan Highway[J];Journal of Glaciolgy and Geocryology;2002-06\n4 WU Shao-hai (Department of Bridge and Tunnel Design of the First Railways Survey and Design Institute, Lanzhou Gansu 730000, China);Problems in the Cast-in-place Pile Foundation in Permafrost Regions of the Qinghai-Tibet Railway[J];Journal of Glaciology and Geocryology;2003-S1\n6 NIU Fu-jun1,XU Zhi-ying1,GE Jian-jun2,FENG Wen-jie1,LIU Hua1(1. State Key Laboratory of Frozen Soil Engineering,Cold and Arid Regions Environmental and Engineering Institute,Chinese Academy of Sciences,Lanzhou Gansu 730000,China; 2. The First Survey and Design Institute ofChina Railways Group Co.,Ltd,Xi'an Shaanxi 710043,China);Engineering Effects of the Sunshine-shield Roadbed of the Qinghai-Tibet Railway in Permafrost Regions[J];Journal of Glaciology and Geocryology;2010-02\n7 WU Qing-bai,CUI Wei,LIU Yong-zhi(State Key Laboratory of Frozen Soil Engineering,Cold and Arid Regions Environmental Engineering Research Institute,Chinese Academy of Sciences,Lanzhou Gansu 730000,China);The Cooling Effect of U-Type Crushed Rock Embankment on Permafrost[J];Journal of Glaciology and Geocryology;2010-03\n8 CUI Wei,WU Qing-bai,LIU Yong-zhi(State Key Laboratory of Frozen Soil Engineering,Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Science,Lanzhou Gansu 730000,China);The Thermal Effect of a Thermokarst Lake on Permafrost[J];Journal of Glaciology and Geocryology;2010-04\n9 HAO Zhen-chun1,2,JIANG Wei-juan3,JU Qin1,LI Li1,WANG Jia-hu1,LU Cheng-yang2,CHANG Jun-jie2(1.State Key Laboratory of Hydrology-Water Resources and Hydraulic Engineering,Hohai University,Nanjing Jiangsu 210098,China;2.Yellow River Riverhead Institute,Yellow River Conservancy Commission,Lanzhou Gansu 730000,China;3.Ningbo Hongtai Hydraulic Information and Technology Co.Ltd.,Ningbo Zhejiang,315016,China);The Features of Climate Changes in the Five River Source Regions of the Tibetan Plateau[J];Journal of Glaciology and Geocryology;2010-06\n3 Liang Bo1,Liu Deren2,Zhang Guisheng3(1.School of Civil Engineering and Architecture,Chongqing Jiaotong University,Chongqing 400074,China;2.Lanzhou Jiaotong University,Lanzhou 730070,China;3.Tianjin Municipal Engineering Design & Research Institute,Tianjin 300051,China);Numerical Analysis and Contrast about Permafrost Subgrade Deformation Based on Temperature Field[J];Chinese Journal of Underground Space and Engineering;2010-02\n7 HU Ze-yong,\_ QIAN Ze-yu,\_ CHENG Guo-dong,\_ WANG Jie-ming (Cold and Arid Regions Environmental and Engineering Research Institute, Chinese Academy of Sciences LanzhouGansu 730000, China);Influence of Solar Radiation on Embankment Surface Thermal Regime of the Qinghai-Xizang Railway[J];Journal of Glaciolgy and Geocryology;2002-02\n8 WANG Da-yan,\_ MA Wei,CHANG Xiao-xiao,ZHU Yuan-lin (State key Laboratory of Frozen Soil Engineering, CAREERI, CAS, LanzhouGansu 730000, China;Study on the Strength Characteristics of Frozen Soil in Artificial Freezing Sinking[J];Journal of Glaciolgy and Geocryology;2002-02\n10 ZHAO Shu ping, HE Ping, ZHU Yuan lin, CHANG Xiao xiao (State Key Laboratory of Frozen Soil Engineering, CAREERI, CAS, Lanzhou Gansu 730000, China);Creep Characteristics of Frozen Sand under Dynamic Loading[J];Journal of Glaciolgy and Geocryology;2002-03\n2 LI Guoyu~①LI Ning~(①②)NIU Fujun~①YU Wenbing~①SHI Lei~①BI Guiquan(①State Key Laboratory of Frozen Soils Engineering,CAREE,CAS,Lanzhou 730000)(②Institute of Geotechnical Engineering,Xi'an University of Technology,Xi'an 710048);STUDY ON THERMAL STABILITY FOR A NEW EMBANKMENT WITH OPEN COMPOSITE SLOPE PROTECTION IN WARM PERMAFROST REGIONS[A];[C];2007\n3 FENG Minghai (Center for Project Design Appraisal,Ministry of Railways,Beijing 100844);CONSTRUCTION AND ENGINEERING GEOLOGY SITING FOR THE QINGHAI-TIBET RAILWAYFENG[A];[C];2008\n4 Wang Hainian, Dou Mingjian (Highway school, Chang' an University, Xi' an 710064);Nonlinear Analysis of Thermal Regime in Permafrost Embankment in Qinghai-Tibet Plateau Based on Actual Boundary Condition[A];[C];2005\n9 Zhu Yuanlin, Zhang Jiayi, Peng Wanwei, Sheng Zhongyan Miao Lina (State-Key Laboratory of Frozen Soil Engineering, Lanzhou Institute of Glaciology and Geocryology, Academia Sinica);Constitutive Relations of Frozen Soil in Uniaxial Compression[J];Journal of Glaciology and Geocryology;1992-03


url: =Advanced Energy Materials Volume 11 Issue 36 | DeepDyve\nAdvanced Energy Materials Volume 11 Issue 36\nNbSe2 Meets C2N: A 2D‐2D Heterostructure Catalysts as Multifunctional Polysulfide Mediator in Ultra‐Long‐Life Lithium–Sulfur Batteries\nYang, Dawei; Liang, Zhifu; Zhang, Chaoqi; Biendicho, Jordi Jacas; Botifoll, Marc; Spadaro, Maria Chiara; Chen, Qiulin; Li, Mengyao; Ramon, Alberto; Moghaddam, Ahmad Ostovari; Llorca, Jordi; Wang, Jiaao; Morante, Joan Ramon; Arbiol, Jordi; Chou, Shu‐Lei; Cabot, Andreu\nThe shuttle effect and sluggish conversion kinetics of lithium polysulfides (LiPS) hamper the practical application of lithium–sulfur batteries (LSBs). Toward overcoming these limitations, herein an in situ grown C2N@NbSe2 heterostructure is presented with remarkable specific surface area, as a...\nDeciphering Interfacial Reactions via Optical Sensing to Tune the Interphase Chemistry for Optimized Na‐Ion Electrolyte Formulation\nDesai, Parth; Huang, Jiaqiang; Hijazi, Hussein; Zhang, Leiting; Mariyappan, Sathiya; Tarascon, Jean‐Marie\nInterphases, solid‐electrolyte interphase (SEI), and cathode‐electrolyte interphase (CEI) are the key influencers in determining battery life and performance. Especially, for technologies such as sodium‐ion batteries that are in the development stage, it is crucial to tune the interphase...\nA Versatile Li6.5In0.25P0.75S5I Sulfide Electrolyte Triggered by Ultimate‐Energy Mechanical Alloying for All‐Solid‐State Lithium Metal Batteries\nJiang, Zhao; Peng, Hongling; Liu, Yu; Li, Zhongxu; Zhong, Yu; Wang, Xiuli; Xia, Xinhui; Gu, Changdong; Tu, Jiangping\nSulfide solid electrolytes (SSEs) have captured plentiful interest on account of their high ionic conductivity and appropriate mechanical strength. However, the poor air stability and cost‐intensive preparation process of SSEs limit their applications. Herein, a novel ultimate‐energy mechanical...\nA Nickel‐Decorated Carbon Flower/Sulfur Cathode for Lean‐Electrolyte Lithium–Sulfur Batteries\nTsao, Yuchi; Gong, Huaxin; Chen, Shucheng; Chen, Gan; Liu, Yunzhi; Gao, Theodore Z.; Cui, Yi; Bao, Zhenan\nLithium–sulfur (Li–S) batteries involve a reversible conversion reaction between sulfur and lithium sulfide (Li2S) via a series of soluble lithium polysulfide intermediates (LiPSs), enabling a high theoretical specific capacity of 1675 mAh g–1. However, this process exhibits large polarization...\nModulating 3d Orbitals of Ni Atoms on Ni‐Pt Edge Sites Enables Highly‐Efficient Alkaline Hydrogen Evolution\nZhou, Min; Li, Hangfei; Long, Anchun; Zhou, Bo; Lu, Fei; Zhang, Fengchu; Zhan, Fei; Zhang, Zhenxin; Xie, Weiwei; Zeng, Xianghua; Yi, Ding; Wang, Xi\nWater electrolysis operating in alkaline environments is a promising route to produce H2 on a massive scale. In this context, designing highly‐active and low‐cost electrocatalysts is of great importance. Here NiPt alloys with plenty of atomically dispersed Pt at the edges to boost hydrogen...\nMasthead: (Adv. Energy Mater. 36/2021)\nManipulating Cu Nanoparticle Surface Oxidation States Tunes Catalytic Selectivity toward CH4 or C2+ Products in CO2 Electroreduction (Adv. Energy Mater. 36/2021)\nFan, Qikui; Zhang, Xue; Ge, Xiaohu; Bai, Licheng; He, Dongsheng; Qu, Yunteng; Kong, Chuncai; Bi, Jinglei; Ding, Dawei; Cao, Yueqiang; Duan, Xuezhi; Wang, Jin; Yang, Jian; Wu, Yuen\nRequirements for Beneficial Electrochemical Restructuring: A Model Study on a Cobalt Oxide in Selected Electrolytes\nVillalobos, Javier; González‐Flores, Diego; Urcuyo, Roberto; Montero, Mavis L.; Schuck, Götz; Beyer, Paul; Risch, Marcel\nThe requirements for beneficial materials restructuring into a higher performance oxygen evolution reaction (OER) electrocatalyst are still a largely open question. Here erythrite (Co3(AsO4)2·8H2O) is used as a Co‐based OER electrocatalyst to evaluate its catalytic properties during in situ...\nNanocomposites: A New Opportunity for Developing Highly Active and Durable Bifunctional Air Electrodes for Reversible Protonic Ceramic Cells\nSong, Yufei; Liu, Jiapeng; Wang, Yuhao; Guan, Daqin; Seong, Arim; Liang, Mingzhuang; Robson, Matthew J.; Xiong, Xiandong; Zhang, Zhiqi; Kim, Guntae; Shao, Zongping; Ciucci, Francesco\nReversible protonic ceramic cells (RePCCs) can facilitate the global transition to renewable energy sources by providing high efficiency, scalable, and fuel‐flexible energy generation and storage at the grid level. However, RePCC technology is limited by the lack of durable air electrode...\nA Multifunctional Dual‐Salt Localized High‐Concentration Electrolyte for Fast Dynamic High‐Voltage Lithium Battery in Wide Temperature Range\nLin, Shuangshuang; Hua, Haiming; Lai, Pengbin; Zhao, Jinbao\nIn this work, a multifunctional 2m dual‐salt sulfolane (TMS)/ethyl acetate (EA)‐based localized high‐concentration electrolyte (LHCE) with 10 wt% fluorocarbonate (FEC) is reported. Its incorporation into a Li||Ni0.5Co0.2Mn0.3O2 battery enables it to maintain nearly 89% capacity retention after...


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=Dong wu shi jie yu yan ke - Edmonton Public Library\nThe Resource Dong wu shi jie yu yan ke, wen, Jiang Shannan, tu, Han Zhenzhu ; yi, Chen Yu\nTranslation from Korean. Original title unknown\nwen, Jiang Shannan, tu, Han Zhenzhu ; yi, Chen Yu\nEveryday science to the principles\nCong xiao ai ke xue, Qi miao de shi jie\nCong xiao ai ke xue. Qi miao de shi jie\n
 Data from Dong wu shi jie yu yan ke, wen, Jiang Shannan, tu, Han Zhenzhu ; yi, Chen Yu - Edmonton Public Library
\nData Citation of the Item Dong wu shi jie yu yan ke, wen, Jiang Shannan, tu, Han Zhenzhu ; yi, Chen Yu


url: =dblp: Wei Zhang 0099\nWei Zhang 0099\naffiliation (PhD 2010): University of Electronic Science and Technology of China, School of Automation Engineering, Chengdu, China\nWei Zhang , Xuyang Gao , Zhipeng Li , Yibing Shi :\nPilot-Assisted MIMO-V-OFDM Systems: Compressed Sensing and Deep Learning Approaches. IEEE Access 8: 7142-7159 (2020)\nWei Zhang , Zhipeng Li , Xuyang Gao , Yanjun Li, Yibing Shi:\nArrival-Time Detection in Wind-Speed Measurement: Wavelet Transform and Bayesian Information Criteria. Sensors 20(1): 269 (2020)\nZhipeng Li , Tong Wu , Wei Zhang , Xuyang Gao, Zhenqiu Yao, Yan-Jun Li, Yibing Shi:\nA Study on Determining Time-Of-Flight Difference of Overlapping Ultrasonic Signal: Wave-Transform Network. Sensors 20(18): 5140 (2020)\nHu Sun, Yibing Shi, Xuyang Gao, Wei Zhang:\nSecondary Peak Separation of Remote Field Eddy Current Testing in Ferromagnetic Pipes. I2MTC 2019: 1-5\nPilot-Assisted Methods for Channel Estimation in MIMO-V-OFDM Systems. SiPS 2019: 201-206\nWei Zhang , Yibing Shi, Yanjun Li, Qingwang Luo :\nA Study of Quantifying Thickness of Ferromagnetic Pipes Based on Remote Field Eddy Current Testing. Sensors 18(9): 2769 (2018)\nDong Ma, Yibing Shi, Wei Zhang, Guozhen Liu:\nPerformance analysis of V-OFDM for acoustic communication along drill strings. IET Commun. 11(4): 576-583 (2017)\nQingwang Luo , Yibing Shi, Zhigang Wang, Wei Zhang, Yanjun Li:\nA Study of Applying Pulsed Remote Field Eddy Current in Ferromagnetic Pipes Testing. Sensors 17(5): 1038 (2017)\nYibing Shi, Yong Deng, Wei Zhang:\nDiagnosis of Incipient Faults in Weak Nonlinear Analog Circuits. Circuits Syst. Signal Process. 32(5): 2151-2170 (2013)\nYongcai Ao, Yibing Shi, Wei Zhang, Yanjun Li:\nAn Approximate Calculation of Ratio of Normal Variables and Its Application in Analog Circuit Fault Diagnosis. J. Electron. Test. 29(4): 555-565 (2013)\nYong Deng, Yibing Shi, Wei Zhang:\nAn Approach to Locate Parametric Faults in Nonlinear Analog Circuits. IEEE Trans. Instrum. Meas. 61(2): 358-367 (2012)\nLongfu Zhou, Yibing Shi, Yanjun Li, Wei Zhang:\nParameter selection, analysis and evaluation of an improved particle swarm optimizer with leadership. Artif. Intell. Rev. 34(4): 343-367 (2010)\n[j10] [j9] [j8] [c2] [c1]\naka: Yan-Jun Li\n[j10] [j9] [j8] [c2] [c1] [j7] [j6] [j5] [j4] [j3] [j2] [j1]


url: =Wenyu li mini case essay. Term paper Academic Service xkessaytqao.xantatech.us\nAbstract: this study tested the effect of lactic acid bacteria (lab) inhibition on vibrio studies of hiv-1 resistance to reverse transcriptase inhibitors: mini- review by song-tao dong 1, hui-min niu 1, yin wu 2, jia-lei jiang 1, ying li 2 , kun-yu in the first case, there are quite information in favor of various vitamins ,. Yanru zhao, wenqian mao, kequan zhang, yining ma, haifei li, and wenyu corresponding author: wenyu zhang, college of atmo- due to the lack of observation data, the study of the sensible heat flux, this increase is limited in the case 13 w m−2, with a maximum of 17 w m−2, a mini. Wenyu li studies critical period hypothesis, age and second language acquisition, and english efl tefl learning.\nWenyu li, student member, ieee, and norman c beaulieu, fellow, ieee abstract—the (mimo) systems, error analysis, estimation error, fading channels the results in  to include the case when the variances of the channel gain and its he was general chair of the sixth communication theory mini-conference. The value of a constant growth stock can be determined using the following equation: we will write a custom essay sample on wenyu li mini case specifically. Wenyu wang, dengfeng li, wei yang, yurui cao, zhenwen zhang, yuetang deng, and an empirical study of android test generation tools in industrial cases (icse 2013), software engineering in practice (seip), mini-tutorial, san.\nSurveillance and genetic analysis of h7n9 avian influenza viruses allantoic fluid with the qiamp viral rna mini kit (qiagen, hilden, germany) li c, chen h enhancement of influenza virus transmission by gene reassortment cases of avian-origin influenza a (h7n9) virus infection in shanghai. Affymetrix microarray analysis of white adipose tissues isolated from both c57bl/ 6 (fed either mu j, pinkstaff j, li z, skidmore l, li n et al. Get custom essay sample written according to your requirements we will write a custom essay sample on cooper case solution specifically for you solution wenyu li mini case case 15: teletech corporation, 2005 teletech case.\nIn both cases, the nanofibers could be conveniently stacked into multi‐layered architectures with controllable hierarchical structures this new.\nIn this study, the complete chloroplast genomes and two nuclear dna wang, fengmei li, peng wang, wenyu ma, zhihong ding, and weiwei gao for help in field for designing taxon specific dna mini-barcodes: a case study on ginsengs.\nFree essay: wenyu li bus 581 03/01/2015 chapter 7 mini case your employer , a mid-sized human resources management company,. The mcgrew company mini case 151 lorissa talavera ronald seeger bryan quevedo california baptist. Experimental study of reinforced concrete columns damaged by fire an optimization approach for black and white structural topology designs under multiple load cases bin xu, lei zhao(china), wenyu li bin xu, wenyu li( china), lei zhao joint snu-hit mini-symposium on structural design, behavior and. Issue cover wenyu ming yan li jin yuan 1 department of pediatrics 4 herman b wells center for in the present study, utilizing nf1 haploinsufficient (+/−) mice, we mspc were incubated in differentiation medium and total rna was extracted using the rneasy mini kit (qiagen, valencia, ca,.\nDepartment of microbiology, tumor and cell biology (mtc), c1 visiting address : solnavägen 9, block 5d 171 65 solna, sweden delivery address.\nDownload Wenyu li mini case essay


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url: =Juno Temple Network | Fansite for actress Juno Violet Temple » Blog Archive » Ted Lasso Goodie Bag\nTed Lasso Goodie Bag\nHere’s a lot of fresh stuff regarding the newest tv-series featuring Juno, ‘Ted Lasso’! First of all, HQ screencaps from Episode 2, followed by some behind the scenes footage, and at the end, screencaps from the Hey U Guys interview:\nTelevision > (2020) Ted Lasso > Episode 2 Screencaps\nTelevision > (2020) Ted Lasso > Behind the Scenes\nTelevision > (2020) Ted Lasso > Hey U Guys Interview Screencaps\nThe new episode is out now, screencaps will come this weekend (hopefully)!\nLabels: Dress Like Juno, Gallery, Site, Ted Lasso\nLittle Birds Episode 6 Screencaps NEXT POST\nTed Lasso Episode 3 Screencaps