url: =Liu, Yanyan (25)\nLuo, Ren (6)\nZhao, Xiaoshan (6)\nCheng, Jingru (5)\nSun, Xiaomin (4)\nWang, Tian (4)\nBi, Jianlu (3)\nChen, Jieyu (3)\nWu, Liuguo (3)\nWu, Yuanshan (3)\nGong, Xiaohong (2)\nXu, Fangfang (2)\nZhu, Yingchun (2)\nCheng, JingRu (1)\nDeng, Wenqian (1)\nDi, Marissa E. (1)\nDu, Linfang (1)\nDu, Yasong (1)\nGao, Xuewu (1)\nGuo, Hongqiang (1)\nHua, Yawei (1)\nHuang, Shaohui (1)\nJia, Yanzhao (1)\nDid you mean: author:("Liu, banyan")\t+\n1. Flowerlike CeO2 microspheres coated with\nSr2Fe1.5Mo0.5Ox nanoparticles for an\nadvanced fuel cell Liu, Yanyan | Tang, Yongfu | Ma, Zhaohui | Singh, Manish | He, Yunjuan | Dong, Wenjing | Sun, Chunwen | Zhu, Bin\nScientific Reports 2015;5:11946.\nFlowerlike CeO2 coated with\nnanoparticles exhibits enhanced conductivity at low temperatures\n(300–600 oC), e.g. 0.12 S\ncm−1 at 600 oC, this is\ncomparable to pure ceria (0.1 S cm−1 at\n800 oC). Advanced single layer fuel cell was\nconstructed using the flowerlike CeO2/Sr-Fe-Mo-oxide layer attached to a\nNi-foam layer coated with the conducting transition metal oxide. Such fuel cell has\nyielded a peak power density of 802 mWcm−2 at\n550 oC. The mechanism of enhanced conductivity and\ncell performance were analyzed. These results provide a promising strategy for\ndeveloping advanced low-temperature SOFCs.\n2. Sch9 regulates intracellular protein ubiquitination by controlling stress responses Qie, Beibei | Lyu, Zhou | Lyu, Lei | Liu, Jun | Gao, Xuejie | Liu, Yanyan | Duan, Wei | Zhang, Nianhui | Du, Linfang | Liu, Ke\n3. The Efficacy of Shugan Jianpi Zhixie Therapy for Diarrhea-Predominant Irritable Bowel Syndrome: A Meta-Analysis of Randomized, Double-Blind, Placebo-Controlled Trials Xiao, Ya | Liu, Yanyan | Huang, Shaohui | Sun, Xiaomin | Tang, Yang | Cheng, Jingru | Wang, Tian | Li, Fei | Kuang, Yuxiang | Luo, Ren | Zhao, Xiaoshan\nPLoS ONE 2015;10(4):e0122397.\nThe MEDLINE, EMBASE, Cochrane Library, the China National Knowledge Infrastructure database, the Chinese Biomedical Literature database and the Wanfang database were searched up to June 2014 with no language restrictions. Summary estimates, including 95% confidence intervals (CI), were calculated for global symptom improvement, abdominal pain improvement, and Symptom Severity Scale (BSS) score.\nSeven trials (N=954) were included. The overall risk of bias assessment was low. SJZT showed significant improvement for global symptom compared to placebo (RR 1.61; 95% CI 1.24, 2.10; P =0.0004; therapeutic gain = 33.0%; number needed to treat (NNT) = 3.0). SJZT was significantly more likely to reduce overall BSS score (SMD –0.67; 95% CI –0.94, –0.40; P < 0.00001) and improve abdominal pain (RR 4.34; 95% CI 2.64, 7.14; P < 0.00001) than placebo. The adverse events of SJZT were no different from those of placebo.\nThis meta-analysis suggests that SJZT is an effective and safe therapy option for patients with IBS-D. However, due to the high clinical heterogeneity and small sample size of the included trials, further standardized preparation, large-scale and rigorously designed trials are needed.\n4. Self-Rated Health Status and Subjective Health Complaints Associated with Health-Promoting Lifestyles among Urban Chinese Women: A Cross-Sectional Study Cheng, Jingru | Wang, Tian | Li, Fei | Xiao, Ya | Bi, Jianlu | Chen, Jieyu | Sun, Xiaomin | Wu, Liuguo | Wu, Shengwei | Liu, Yanyan | Luo, Ren | Zhao, Xiaoshan\n5. Bu-Zhong-Yi-Qi pill alleviate the chemotherapy-related fatigue in 4 T1 murine breast cancer model Ouyang, Mingzi | Liu, Yanyan | Tan, Wei | Xiao, Ya | Yu, Keqiang | Sun, Xiaomin | Huang, Ying | Cheng, JingRu | Luo, Ren | Zhao, Xiaoshan\nBMC Complementary and Alternative Medicine 2014;14:497.\n7. Discovery of a Fluoroquinolone-Resistant Serratia marcescens Clinical Isolate without Quinolone Resistance-Determining Region Mutations Yang, Haifei | Chen, Guosheng | Cheng, Jun | Liu, Yanyan | Hu, Lifen | Ye, Ying | Li, Jiabin\n8. Increased susceptibility to pulmonary Pseudomonas infection in Splunc1 knockout mice Liu, Yanyan | Di, Marissa E. | Chu, Hong Wei | Liu, Xinyu | Wang, Ling | Wenzel, Sally | Di, Y. Peter\n9. Association of lifestyle factors and suboptimal health status: a cross-sectional study of Chinese students Bi, Jianlu | Huang, Ying | Xiao, Ya | Cheng, Jingru | Li, Fei | Wang, Tian | Chen, Jieyu | Wu, Liuguo | Liu, Yanyan | Luo, Ren | Zhao, Xiaoshan\nBMJ Open 2014;4(6):e005156.\nSuboptimal health status (SHS) is considered to be an intermediate status between disease and health, and is characterised by a decline in vitality, in physiological function and in the capacity for adaptation. Although the incidence of SHS is high, the underlying causes remain unclear. Lifestyle is one of the most important factors affecting health status; however, the relationship between SHS and lifestyle has not been elucidated.\nA questionnaire, based on ‘Health Promoting Lifestyle Profile-II (HPLP-II)’ and ‘Sub-Health Measurement Scale V1.0 (SHMS V1.0)’, was sent to four colleges in four districts (Guangzhou, Foshan, Zhanjiang and Shaoguan) of China between May and July 2013.\nA total of 12 429 questionnaires were distributed during the study period, and 11 144 completed responses were received.\nThe prevalence rates for the ‘healthy’, ‘SHS’ and ‘disease’ groups of respondents (students) were 22.81% (2542), 55.9% (6234) and 21.25% (2368), respectively. Most of the students reported a ‘moderate’ or ‘good’ lifestyle. There were significant differences in lifestyle and health status between the two genders. It was notable that health status was significantly positively correlated with lifestyle (r=0.563). For every dimension of the HPLP-II model, the mean values were lower for those participants who reported as ‘SHS’ or ‘disease’ than for those who reported that they were ‘healthy’. The individual dimensions of the HPLP-II model, including ‘spiritual growth’, ‘health responsibility’, ‘physical activity’, ‘interpersonal relations’ and ‘stress management’ were all related to SHS.\nHealth status is significantly positively correlated with lifestyle. Poor lifestyle is a risk factor for SHS. Conversely, adopting a healthier lifestyle can improve SHS.\n10. The Effect of Chinese Herbal Medicine on Albuminuria Levels in Patients with Diabetic Nephropathy: A Systematic Review and Meta-Analysis Xiao, Ya | Liu, Yanyan | Yu, Keqiang | Zhou, Lin | Bi, Jianlu | Cheng, Jingru | Li, Fei | Luo, Ren | Zhao, Xiaoshan\nEvidence-based Complementary and Alternative Medicine : eCAM 2013;2013:937549.\n11. Surveillance of Antimicrobial Susceptibility Patterns among Shigella Species Isolated in China during the 7-Year Period of 2005-2011 Yang, Haifei | Chen, Guosheng | Zhu, Yulin | Liu, Yanyan | Cheng, Jun | Hu, Lifen | Ye, Ying | Li, Jiabin\n12. Lack of Association between NLGN3, NLGN4, SHANK2 and SHANK3 Gene Variants and Autism Spectrum Disorder in a Chinese Population Liu, Yanyan | Du, Yasong | Liu, Wenwen | Yang, Caohua | Liu, Yan | Wang, Hongyan | Gong, Xiaohong\n13. Marginal Hazard Regression for Correlated Failure Time Data with Auxiliary Covariates Liu, Yanyan | Yuan, Zhongshang | Cai, Jianwen | Zhou, Haibo\n14. Scavenger Receptor B1 is a Potential Biomarker of Human Nasopharyngeal Carcinoma and Its Growth is Inhibited by HDL-mimetic Nanoparticles Zheng, Ying | Liu, Yanyan | Jin, Honglin | Pan, Shaotao | Qian, Yuan | Huang, Chuan | Zeng, Yixin | Luo, Qingming | Zeng, Musheng | Zhang, Zhihong\nCancer theranostics; nasopharyngeal carcinoma; biomarker; SR-B1; lipoprotein nanocarrier.\n15. Effects of second hand smoke on airway secretion and mucociliary clearance Liu, Yanyan | Di, Y. Peter\nFrontiers in Physiology 2012;3:342.\nepithelium; mucus; mucociliary clearance; smoke\n16. Semiparametric inference for a 2-stage outcome-auxiliary-dependent sampling design with continuous outcome Zhou, Haibo | Wu, Yuanshan | Liu, Yanyan | Cai, Jianwen\n17. High Proportion of 22q13 Deletions and SHANK3 Mutations in Chinese Patients with Intellectual Disability Gong, Xiaohong | Jiang, Yu-wu | Zhang, Xin | An, Yu | Zhang, Jun | Wu, Ye | Wang, Jingmin | Sun, Yangfei | Liu, Yanyan | Gao, Xuewu | Shen, Yiping | Wu, Xiru | Qiu, Zilong | Jin, Li | Wu, Bai-Lin | Wang, Hongyan\nPLoS ONE 2012;7(4):e34739.\n18. Identification of putative biomarkers for the serodiagnosis of drug-resistant Mycobacterium tuberculosis Zhang, Lu | Wang, Qingzhong | Wang, Wenjie | Liu, Yanyan | Wang, Jie | Yue, Jun | Xu, Ying | Xu, Wenxi | Cui, ZhenLing | Zhang, Xuelian | Wang, Honghai\nProteome Science 2012;10:12.\nEarly diagnosis and treatment of Mycobacterium tuberculosis infection can prevent most deaths resulting from this pathogen; however, multidrug-resistant strains present serious threats to global tuberculosis control and prevention efforts. In this study, we identified antigens that could be used for the serodiagnosis of drug-resistant M. tuberculosis strains, using a proteomics-based analysis.\nSerum from patients infected with drug-resistant or drug-susceptible M. tuberculosis strains and healthy controls was subjected to two-dimensional gel electrophoresis using a western blot approach. This procedure identified nine immunoreactive proteins, which were subjected to MALDI-TOF-MS analysis. Six recombinant proteins, namely rRv2031c, rRv0444c, rRv2145c, rRv3692, rRv0859c, and rRv3040, were expressed and used to determine the immuno-reactivity of 100 serum samples. Antibody reactivity against rRv2031c, rRv3692, and rRv0444c was consistently observed. Among them, the best sensitivity and specificity of rRv3692 were 37% and 95% respectively. Furthermore, when rRv2031c and rRv3692 or rRv2031c, rRv3692, and rRv0444c were combined in 2:1 or equal amounts, the assay sensitivity and specificity were improved to 56.7% and 100% respectively.\nThese results suggest that Rv2031c, Rv3692, and Rv0444c are possible candidate biomarkers for effective use in the serodiagnosis of drug-resistant tuberculosis infections, and a combined formula of these antigens should be considered when designing a subunit assay kit.\nImmunoproteomics; Mycobacterium tuberculosis; Drug-resistance; Serodiagnosis\n19. Additive–multiplicative rates model for recurrent events Liu, Yanyan | Wu, Yuanshan | Cai, Jianwen | Zhou, Haibo\n20. Multivariate Failure Times Regression with a Continuous Auxiliary Covariate Liu, Yanyan | Wu, Yuanshan | Zhou, Haibo\n21. Significance of differential expression of thymidylate synthase in normal and primary tumor tissues from patients with colorectal cancer Liu, Yanyan | Xia, Qingxin | Jia, Yanzhao | Guo, Hongqiang | Wei, Bing | Hua, Yawei | Yang, Shujun\nJournal of Hematology & Oncology 2011;4:33.\n22. Estimated Pseudo-Partial-Likelihood Method for Correlated Failure Time Data with Auxiliary Covariates Liu, Yanyan | Zhou, Haibo | Cai, Jianwen\nAs biological studies become more expensive to conduct, statistical methods that take advantage of existing auxiliary information about an expensive exposure variable are desirable in practice. Such methods should improve the study efficiency and increase the statistical power for a given number of assays. In this paper, we consider an inference procedure for multivariate failure time with auxiliary covariate information. We propose an estimated pseudo-partial likelihood estimator under the marginal hazard model framework and develop the asymptotic properties for the proposed estimator. We conduct simulation studies to evaluate the performance of the proposed method in practical situations and demonstrate the proposed method with a data set from the Studies of Left Ventricular Dysfunction (SOLVD,1991).\nAuxiliary covariate; Marginal hazard model; Multivariate data; Pseudo-partial likelihood; Validation sample\n23. Zili Inhibits Transforming Growth Factor-β Signaling by Interacting with Smad4* Sun, Huaqin | Li, Dan | Chen, Shu | Liu, Yanyan | Liao, Xiaolin | Deng, Wenqian | Li, Na | Zeng, Mei | Tao, Dachang | Ma, Yongxin\nThe Journal of Biological Chemistry 2009;285(6):4243-4250.\nPiwi proteins are required for germ cell proliferation, differentiation, and germ line stem cell maintenance. In normal tissues, human and mouse Piwil2 are primarily expressed in testis but widely expressed in tumors. However, the underlying mechanism remains largely unknown. In vertebrates, transforming growth factor (TGF)-β signaling plays an important role in patterning embryo and control of cell growth and differentiation. A previous study has shown a role for Zili, a Piwil2 gene in zebrafish, in germ cells in zebrafish. Here we report that zili functions in patterning the early embryo and inhibits TGF-β signaling. Whole mount expression analysis shows that zili expresses not only in PGCs but also in axis. Ectopic expression of zili causes fusion of the eyes and reduction of mesodermal marker genes expression, suggesting that zili functions to inhibit Nodal signaling and mesoderm formation. Genetic interaction shows that zili inhibits Nodal and bone morphogenetic protein signaling. The results of protein interaction assays identify that Zili binds to Smad4 via its N-terminal domain and prevents the formation of Smad2/3/4 and Smad1/5/9/4 complexes to antagonize TGF-β signaling. This work shows that zili plays a role in early embryogenesis beyond germ line as a novel negative regulator of TGF-β signaling, extending the function of Piwi proteins in vertebrates.\nCytokines/TGF-β; Development Differentiation; Gene Regulation; Smad/Transcription Factor; Zebra fish; Smad4; TGF-β; Zili; Piwil2\n24. An Effective Amperometric Biosensor Based on Gold Nanoelectrode Arrays Liu, Yanyan | Zhu, Yingchun | Zeng, Yi | Xu, Fangfang\nNanoscale Research Letters 2008;4(3):210-215.\nA sensitive amperometric biosensor based on gold nanoelectrode array (NEA) was investigated. The gold nanoelectrode array was fabricated by template-assisted electrodeposition on general electrodes, which shows an ordered well-defined 3D structure of nanowires. The sensitivity of the gold NEA to hydrogen peroxide is 37 times higher than that of the conventional electrode. The linear range of the platinum NEA toward H2O2 is from 1 × 10−6 to 1 × 10−2 M, covering four orders of magnitudes with detection limit of 1 × 10−7 M and a single noise ratio (S/N) of four. The enzyme electrode exhibits an excellent response performance to glucose with linear range from 1 × 10−5 to 1 × 10−2 M and a fast response time within 8 s. The Michaelis–Menten constant km and the maximum current density imax of the enzyme electrode were 4.97 mM and 84.60 μA cm−2, respectively. This special nanoelectrode may find potential application in other biosensors based on amperometric signals.\nGold nanowires; Nanoelectrode arrays; Amperometric biosensor\n25. An Effective Amperometric Biosensor Based on Gold Nanoelectrode Arrays Liu, Yanyan | Zhu, Yingchun | Zeng, Yi | Xu, Fangfang\nA sensitive amperometric biosensor based on gold nanoelectrode array (NEA) was investigated. The gold nanoelectrode array was fabricated by template-assisted electrodeposition on general electrodes, which shows an ordered well-defined 3D structure of nanowires. The sensitivity of the gold NEA to hydrogen peroxide is 37 times higher than that of the conventional electrode. The linear range of the platinum NEA toward H2O2is from 1 × 10−6to 1 × 10−2 M, covering four orders of magnitudes with detection limit of 1 × 10−7 M and a single noise ratio (S/N) of four. The enzyme electrode exhibits an excellent response performance to glucose with linear range from 1 × 10−5to 1 × 10−2 M and a fast response time within 8 s. The Michaelis–Menten constantkm and the maximum current densityimaxof the enzyme electrode were 4.97 mM and 84.60 μA cm−2, respectively. This special nanoelectrode may find potential application in other biosensors based on amperometric signals.


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4 Free Qigong Blog Posts - kewego
http://qigong15.com/blog/qigong-exercises/ This week I've got 3 posts on qigong exercises and breathing and one post of what to do when the weather starts getting too cold to practice qigong outdoors. Enjoy...\n
Keywords: qigong exercises qigong healing qigong dvd qigong for health chi kung shaolin chi kung
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4 Free Qigong Blog Posts - kewego\tPreview\n4 Free Qigong Blog Posts - kewego\tSend to my friends\nDescription: http://qigong15.com/blog/qigong-exercises/ This week I've got 3 posts on qigong exercises and breathing and one post of what to do when the weather starts getting too cold to practice qigong outdoors. [...]\t+ Details\nDescription: http://qigong15.com/blog/qigong-exercises/ This week I've got 3 posts on qigong exercises and breathing and one post of what to do when the weather starts getting too cold to practice qigong outdoors. Enjoy...\tVideo added on: 28-09-2010 14:08:35\nVideo address: http://www.kewego.co.uk/video/iLyROoaf8ypd.html\nPage built: 2013 12 11 08:30:43


url: =dblp: Shiyuan Chen\nShiyuan Chen , Xiaojiang Li, Shaoquan Chi, Zhiliang Li, Yuxing Mao:\nShip Target Discrimination in SAR Images Based on BOW Model With Multiple Features and Spatial Pyramid Matching. IEEE Access 8: 166071-166082 (2020)\nShiyuan Chen , Xiaojiang Li:\nA new CFAR algorithm based on variable window for ship target detection in SAR images. Signal Image Video Process. 13(4): 779-786 (2019)


url: =Result: Internationales Rennen | SUI | Big Combination | 16. - 17.01.1895 | Competition Data | SpeedSkatingNews\n16. - 17.01.1895\n20x Seasonal Best\n14 athletes from 5 nations\n1 Julius Seyler (Neo) GER 49.40 (2) NR 9:52.60 (1) 2:34.00 (1) NR, TR - - -\n2 August Underborg (Senior) GER 54.20 (4) SB 10:09.40 (2) SB 2:47.60 (3) SB 20:36.00 (1) NR, TR 232.807 SB -12.46.193\n3 Paul Mündner (Neo) GER 51.00 (3) PB 10:33.40 (3) 2:54.40 (4) SB - - -\nKonrad C. Knudsen (n/a) DEN 1:05.40 (9) NR - - - - -\nAlbrecht Haubensack (n/a) SUI 1:03.40 (6) PB - - - - -\nE. Seitz (n/a) SUI 1:03.40 (6) PB - - - - -\nHermann Günther (C2) SUI 1:01.00 (5) NR - - - - -\nCharles Edgington (Senior) GBR 1:04.40 (8) SB - 3:17.00 (5) SB - - -\nAlfred Ingvald Næss (A1) NOR 47.00 (1) WR - 2:37.80 (2) TRJ, SB - - -\nWR - World Record, WRJ - World Record Juniors, WRout - World Record (Outdoor), WRJout - World Record Juniors (Outdoor), WRvKlapp - World Record pre Clap-Skates, WRvKlappout - World Record pre Clap-Skates (Outdoor), NR - National Record, NRJ - National Record Juniors, TRJ - Track Record Junior, AA2 - Age Group Record AG A1/A2, SB - Seasonal Best\n1 Alfred Ingvald Næss (A1) NOR 47.00 WR -\n2 Julius Seyler (Neo) GER 49.40 NR +2.400\n3 Paul Mündner (Neo) GER 51.00 PB +4.000\n4 August Underborg (Senior) GER 54.20 SB +7.200\n5 Hermann Günther (C2) SUI 1:01.00 NR +14.000\n6 Albrecht Haubensack (n/a) SUI 1:03.40 PB +16.400\nE. Seitz (n/a) SUI 1:03.40 PB +16.400\n8 Charles Edgington (Senior) GBR 1:04.40 SB +17.400\n9 Konrad C. Knudsen (n/a) DEN 1:05.40 NR +18.400\n1 Julius Seyler (Neo) GER 9:52.60 -\n2 August Underborg (Senior) GER 10:09.40 SB +16.800\n3 Paul Mündner (Neo) GER 10:33.40 +40.800\nAlfred Ingvald Næss (A1) NOR - -\nHermann Günther (C2) SUI - -\nAlbrecht Haubensack (n/a) SUI - -\nE. Seitz (n/a) SUI - -\nCharles Edgington (Senior) GBR - -\nKonrad C. Knudsen (n/a) DEN - -\n1 Julius Seyler (Neo) GER 2:34.00 NR, TR -\n2 Alfred Ingvald Næss (A1) NOR 2:37.80 TRJ, SB +3.800\n3 August Underborg (Senior) GER 2:47.60 SB +13.600\n4 Paul Mündner (Neo) GER 2:54.40 SB +20.400\n5 Charles Edgington (Senior) GBR 3:17.00 SB +43.000\n1 August Underborg (Senior) GER 20:36.00 NR, TR -\nJulius Seyler (Neo) GER - -\nPaul Mündner (Neo) GER - -\nWR - World Record, WRJ - World Record Juniors, WRout - World Record (Outdoor), WRJout - World Record Juniors (Outdoor), WRvKlapp - World Record pre Clap-Skates, WRvKlappout - World Record pre Clap-Skates (Outdoor), NR - National Record, NRJ - National Record Juniors, TR - Track Record, AA2 - Age Group Record AG A1/A2, SB - Seasonal Best\nSingle Day 1 - 16.01.1895\nSingle Day 2 - 17.01.1895\nSamalogs 16. - 17.01.1895


url: =Dalian near Xigang District hotels reservation, china hotel reservation\nBeijing Time(GMT+8): 2017-12-11 09:56\nDalian near Xigang District hotels reservation.\nThe Zhongxia Hotel (Dalian Zhongxia Huanyuan Jiudian) is located in the Fujia Village scenic spot on the south beach of Dalian City, one side facing the sea, the other three sides surrounded by mountains.This Dalian hotel has 240 guestrooms, including standard rooms. [View Detail]\nLocation:Xigang District222 Bayi Road (Bayi Lu)(222)Hotel Map\nHome Inn (Dalian Railway Station Tuanjie Street)\nLocation:Xigang District14-1 Tuanjie Street (Tuanjie Jie)(14-1)Hotel Map\nHome Inn is a budget hotel chain that comprises of more thatn 1600 hotels in 250 cities across China. The Home Inn (Dalian Railway Station) is located across from the Dalian Railway Station.The hotel features guestrooms equipped with all standard amenities. [View Detail]\nLocation:Xigang District6 Caishi Street (Caishi Jie)(6(()Hotel Map\nThe Tangyin Hotel is an economic business hotel of European style, in Dalian's commercial center, next to the railway station. There are regular single rooms, standard single rooms, standard double rooms, business rooms and deluxe suites. [View Detail]\nLocation:Xigang District10-12 Xingye Street(10-12)Hotel Map


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url: =Chinese Optics Letters(11)\nHi，您目前在 全部期刊 'Fei Wang', 共找到 29个内容。\nSimultaneous measurement of SO2 and NO2 concentration using an optical fiber-based LP-DOAS system\nJieshu Zou Fei Wang\n&nbspPDF全文Chinese Optics Letters | 2020, 18(02):021201\n&nbspPDF全文Chinese Optics Letters | 2019, 17(05):052302\nPropagation dynamics of ring Airy Gaussian beams with cosine modulated optical vortices\nFeili Wang Cibo Lou Yi Liang\n&nbspPDF全文Chinese Optics Letters | 2018, 16(11):110502\npH value monitoring during human albumin purification with near infrared spectroscopy and chemometrics\nQiaofeng Sun Zhongyu Sun Fei Wang Lian Li Ronghua Liu Lei Nie Jiayue Wang Mingyu Wang Hengchang Zang\n&nbspPDF全文Journal of Innovative Optical Health Sciences | 2018, 11(03):1850009\nGeographical origin discrimination and polysaccharides quantitative analysis of Radix codonopsis with micro near-infrared spectrometer engine\nJiayue Wang Tongtong Li Hailong Yang Tian Hu Lei Nie Fei Wang Manel Alcalà Hengchang Zang\n&nbspPDF全文Journal of Innovative Optical Health Sciences | 2018, 11(01):1850004\nJianping Tong Jianxun Gao Fei Wang Hao Yang\n&nbspPDF全文光电工程 | 2017, 44(11):1119\nCascaded fiber Sagnac loop-based microwave photonic multiband bandpass filter with a selectable passband frequency\nJun Gu Fei Wang Youxi Lu Mengmeng Peng Lun Shi Chang-hee Lee\n&nbspPDF全文Chinese Optics Letters | 2017, 15(11):110603\n&nbspPDF全文Optoelectronics Letters | 2017, 13(05):325\nSimultaneous measurement of gas distribution in a premixed flame using adaptive algebraic reconstruction technique based on the absorption spectrum\nLifang Zhang Fei Wang Haidan Zhang Jianhua Yan and Kefa Cen\n&nbspPDF全文Chinese Optics Letters | 2016, 14(11):111201\n&nbspPDF全文Journal of Innovative Optical Health Sciences | 2015, 8(06):1550034\nLuminescent properties of blue emitting phosphor SrZn2(PO4)2:Eu2+for white LEDs\nLU Wei LIU Yu-fei WANG Ying WANG Zhi-jun PANG Li-bin\n[摘要]Blue emitting phosphor SrZn2(PO4)2:Eu2+ is synthesized by a high temperature solid state method, and the luminescent properties are investigated. At the 330 nm radiation excitation, SrZn2(PO4)2:Eu2+ p...\n&nbspPDF全文Optoelectronics Letters | 2015, 11(06):426\nImproved luminescent properties of SrZn2(PO4)2:Sm3+doped with Li+, Na+and K+ions\n[摘要]SrZn2(PO4)2:Sm3+phosphor was synthesized by a high temperature solid-state reaction in atmosphere. SrZn2(PO4)2:Sm3+phosphor is efficiently excited by ultraviolet (UV) and blue light, and the emission ...\n&nbspPDF全文Optoelectronics Letters | 2015, 11(05):366\nLI Jian DENG Jia-chun LU Qi-fei WANG Da-jian\n[摘要]A method of color mixture for white light is presented with Sr3MgSi2O8: Eu2+shell coated on Sr2SiO4:Eu2+core by spray pyrolysis procedure. Upon near ultraviolet (NUV) excitation, a 550 nm band emissio...\n&nbspPDF全文Optoelectronics Letters | 2013, 9(04):293\nFlux-adjusted phase transformation from Ca2SiO4 to Ca3Si2O7 with Eu2+ activator for white light emitting diodes\nTIAN Hua SONG Jun LU Qi-fei WANG Da-jian\n[摘要]Eu2+-activated reddish-orange-emitting Ca3Si2O7 phosphors were synthesized with the addition of NH4Cl flux. When the phosphors were synthesized in a nominal composition of (Ca0.99Eu0.01)3Si2O7 without...\n&nbspPDF全文Optoelectronics Letters | 2012, 8(05):352\nThermal stability of luminous YAG: Ce bulk ceramic as a remote phosphor prepared through silica-stabilizing valence of activator in air\nWANG Peng SONG Jun TIAN Hua LU Qi-fei WANG Da-jian\n[摘要]A prototype of YAG: Ce (Y3Al5O12) luminous bulk ceramic as a remote phosphor for white LED illumination was fabricated in air through a strategy of silica addition. With increasing the amount of silic...\n&nbspPDF全文Optoelectronics Letters | 2012, 8(03):201\nFabrication of low loss polymer inverse ridge waveguide using inductively coupled plasma etching\nXiaoqiang Sun Kun Zhang Changming Chen Xiaodong Li Fei Wang Daming Zhang\n&nbspPDF全文Chinese Optics Letters | 2012, 10(s1):S12202\nFast response 2 \_times 2 thermo-optic switch with polymer/silica hybrid waveguide\nYunfei Yan Chuantao Zheng Xiaoqiang Sun Fei Wang Daming Zhang\n&nbspPDF全文Chinese Optics Letters | 2012, 10(09):092501\nHigh-power and widely tunable Tm-doped fiber laser at 2 \_mu m\nChengzheng Guo Deyuan Shen Jingyu Long Fei Wang\n&nbspPDF全文Chinese Optics Letters | 2012, 10(09):091406\nZhiguo Wang Xingwu Long Fei Wang\n&nbspPDF全文Chinese Optics Letters | 2012, 10(06):061404\nMicrowave photonic filters based on optical semiconductor amplifier\nEnming XU Peili LI Fei WANG Jianfei GUAN\n&nbspPDF全文Frontiers of Optoelectronics | 2011, 4(03):270-276\nPhotonic generation of ultrawideband signals using a delay interferometer\nFei WANG Xinliang ZHANG\n&nbspPDF全文Frontiers of Optoelectronics | 2010, 3(02):179-183\nAll-optical filter for simultaneous implementation of microwave bandpass and notch responses based on semiconductor optical amplifier\nEnming XU Xinliang ZHANG Lina ZHOU Yu ZHANG Yuan YU Fei WANG Dexiu HUANG\n&nbspPDF全文Frontiers of Optoelectronics | 2009, 2(04):403-406\nXiaomin Jin 章蓓 代涛 魏伟 康香宁 张国义 Simeon Trieu Fei Wang\n&nbspPDF全文Chinese Optics Letters | 2008, 6(10):788\nPolymeric 32-channel arrayed waveguide grating multiplexer using fluorinated poly (ether ether ketone)\nFei Wang Wei Sun Aize Li Maobin Yi Zhenhua Jiang Daming Zhang\n&nbspPDF全文Chinese Optics Letters | 2004, 2(10):568\nLIU Jian-fei WANG Jian YU Jin-long MA Xiao-hong DAI Ju-feng YANG En-ze\n&nbspPDF全文半导体光子学与技术 | 2002, 8(02):75-79


url: =5 August 1998 Fabrication of thulium-doped silica optical fiber\nLing Ruan; Wentao Wang; Zhijie Zhang; Ding Ning; Yunhua Shen; Dongfeng Liu;\nLing Ruan , Wentao Wang , Zhijie Zhang , Ding Ning , Yunhua Shen\nMinistry of Electronics Industry (China)\nProceedings Volume 3557, Current Developments in Optical Elements and Manufacturing; (1998) https://doi.org/10.1117/12.318275\nLing Ruan, Wentao Wang, Zhijie Zhang, Ding Ning, Yunhua Shen, Dongfeng Liu, "Fabrication of thulium-doped silica optical fiber", Proc. SPIE 3557, Current Developments in Optical Elements and Manufacturing, (5 August 1998); doi: 10.1117/12.318275; https://doi.org/10.1117/12.318275\nLing Ruan, Wentao Wang, Zhijie Zhang, Ding Ning, Yunhua Shen, Dongfeng Liu, "Fabrication of thulium-doped silica optical fiber," Proc. SPIE 3557, Current Developments in Optical Elements and Manufacturing, (5 August 1998);


url: =dblp: Xuefei Zhang\nJiaqi Ma, Bo Chang, Xuefei Zhang, Qiaozhu Mei:\nCopulaGNN: Towards Integrating Representational and Correlational Roles of Graphs in Graph Neural Networks. ICLR 2021\nHang Luan, Xuefei Zhang, Jian Zhang, Qimei Cui, Shuo Wang:\nA Charging Strategy with Battery Swapping Station in Car-Sharing System Using Deep Q-network. WCNC 2021: 1-6\nTengfei Sui , Xiaofeng Tao , Shida Xia , Hui Chen , Huici Wu , Xuefei Zhang , Kechen Chen:\nA Real-Time Hidden Anomaly Detection of Correlated Data in Wireless Networks. IEEE Access 8: 60990-60999 (2020)\nXuefei Zhang, Hong Zhang , Chao Wang, Yixian Tang, Bo Zhang, Fan Wu, Jing Wang, Zhengjia Zhang:\nActive Layer Thickness Retrieval Over the Qinghai-Tibet Plateau Using Sentinel-1 Multitemporal InSAR Monitored Permafrost Subsidence and Temporal-Spatial Multilayer Soil Moisture Data. IEEE Access 8: 84336-84351 (2020)\nJiazhen Zhang , Xiaofeng Tao , Huici Wu , Ning Zhang , Xuefei Zhang :\nDeep Reinforcement Learning for Throughput Improvement of the Uplink Grant-Free NOMA System. IEEE Internet Things J. 7(7): 6369-6379 (2020)\nJing Wang, Chao Wang , Hong Zhang , Yixian Tang, Xuefei Zhang , Zhengjia Zhang:\nSmall-Baseline Approach for Monitoring the Freezing and Thawing Deformation of Permafrost on the Beiluhe Basin, Tibetan Plateau Using TerraSAR-X and Sentinel-1 Data. Sensors 20(16): 4464 (2020)\nNam-Hee Choi, Kerby Shedden, Gongjun Xu, Xuefei Zhang, Ji Zhu:\nComment: Ridge Regression, Ranking Variables and Improved Principal Component Regression. Technometrics 62(4): 451-455 (2020)\nXuefei Zhang , Jian Zhang , Zhitong Liu, Qimei Cui, Xiaofeng Tao, Shuo Wang:\nMDP-Based Task Offloading for Vehicular Edge Computing Under Certain and Uncertain Transition Probabilities. IEEE Trans. Veh. Technol. 69(3): 3296-3309 (2020)\nJiazhen Zhang , Huici Wu , Xiaofeng Tao , Xuefei Zhang :\nAdaptive Bitrate Video Streaming in Non-Orthogonal Multiple Access Networks. IEEE Trans. Veh. Technol. 69(4): 3980-3993 (2020)\nYan Han , Xiaofeng Tao , Xuefei Zhang , Sijia Jia:\nDelay-Aware Resource Management for Multi-Service Coexisting LTE-D2D Networks With Wireless Network Virtualization. IEEE Trans. Veh. Technol. 69(7): 7339-7353 (2020)\nHierarchical Resource Allocation in Multi-Service Wireless Networks With Wireless Network Virtualization. IEEE Trans. Veh. Technol. 69(10): 11811-11827 (2020)\nQimei Cui , Jian Zhang , Xuefei Zhang , Kwang-Cheng Chen , Xiaofeng Tao , Ping Zhang :\nOnline Anticipatory Proactive Network Association in Mobile Edge Computing for IoT. IEEE Trans. Wirel. Commun. 19(7): 4519-4534 (2020)\nDian Tang, Xuefei Zhang, Meng Li, Xiaofeng Tao:\nAdaptive Inference Reinforcement Learning for Task Offloading in Vehicular Edge Computing Systems. ICC Workshops 2020: 1-6\nXuefei Zhang, Weilong Lin, Yijing Li, Qimei Cui, Xiaofeng Tao, Xueqing Huang, Pinyi Ren:\nMoving Server: Follow-up Computation Offloading Paradigm for Vehicular Users. ICCC 2020: 226-231\nXuefei Zhang, Songkai Xue, Ji Zhu:\nA Flexible Latent Space Model for Multilayer Networks. ICML 2020: 11288-11297\nZhitong Liu, Xuefei Zhang, Jian Zhang, Dian Tang, Xiaofeng Tao:\nLearning Based Fluctuation-aware Computation offloading for Vehicular Edge Computing System. WCNC 2020: 1-7\nCopulaGNN: Towards Integrating Representational and Correlational Roles of Graphs in Graph Neural Networks. CoRR abs/2010.02089 (2020)\nXuefei Zhang , Yinjun Liu, Yue Wang, Juan Bai:\nPerformance analysis and optimization for non-uniformly deployed mmWave cellular network. EURASIP J. Wirel. Commun. Netw. 2019: 49 (2019)\nMinimum Bandwidth Regenerating Codes Based on Cyclic VFR Codes. KSII Trans. Internet Inf. Syst. 13(7): 3583-3598 (2019)\nXuefei Zhang , Hong Zhang , Chao Wang , Yixian Tang , Bo Zhang, Fan Wu , Jing Wang, Zhengjia Zhang:\nTime-Series InSAR Monitoring of Permafrost Freeze-Thaw Seasonal Displacement over Qinghai-Tibetan Plateau Using Sentinel-1 Data. Remote. Sens. 11(9): 1000 (2019)\nYue Wang , Xiaofeng Tao , Xuefei Zhang , Ping Zhang , Y. Thomas Hou :\nCooperative Task Offloading in Three-Tier Mobile Computing Networks: An ADMM Framework. IEEE Trans. Veh. Technol. 68(3): 2763-2776 (2019)\nJunjie Liu, Xuefei Zhang, Yijing Li, Qimei Cui, Xiaofeng Tao:\nBlockchain-Empowered Content Cache System for Vehicle Edge Computing Networks. BlockSys 2019: 410-421\nYe Han, Xuefei Zhang, Jian Zhang, Qimei Cui, Shuo Wang, Zhu Han:\nMulti-Agent Reinforcement Learning Enabling Dynamic Pricing Policy for Charging Station Operators. GLOBECOM 2019: 1-6\nJuan Bai, Tao Dong, Qin Zhang, Xuefei Zhang, Yanhong Lin:\nMulti-Cell Processing and Artificial Noise for Secure Transmission in Downlink Multi-cell MIMO Systems under Imperfect CSI. PIMRC 2019: 1-6\nDian Tang, Xuefei Zhang, Xiaofeng Tao:\nDelay-Optimal Temporal-Spatial Computation Offloading Schemes for Vehicular Edge Computing Systems. WCNC 2019: 1-6\nXuefei Zhang, Junjie Liu, Yijing Li, Qimei Cui, Xiaofeng Tao, Ren Ping Liu:\nBlockchain Based Secure Package Delivery via Ridesharing. WCSP 2019: 1-6\nYijing Li, Xuefei Zhang, Huici Wu, Junjie Liu, Dian Tang, Xiaofeng Tao:\nDQN for Multi-layer Game Based Mining Competition in VEC Network. WiMob 2019: 1-6\nJian Zhang, Qimei Cui, Xuefei Zhang, Kwang-Cheng Chen, Ping Zhang:\nEvent-triggered Online Proactive Network Association to Mobile Edge Computing for IoT. CoRR abs/1905.01097 (2019)\nJiazhen Zhang , Xiaofeng Tao, Huici Wu, Xuefei Zhang :\nSecure Transmission in SWIPT-Powered Two-Way Untrusted Relay Networks. IEEE Access 6: 10508-10519 (2018)\nXuefei Zhang , Yuxuan Xie, Yushan Cui, Qimei Cui, Xiaofeng Tao:\nMulti-Slot Coverage Probability and SINR-Based Handover Rate Analysis for Mobile User in Hetnet. IEEE Access 6: 17868-17879 (2018)\nYan Han, Xiaofeng Tao , Xuefei Zhang , Sijia Jia:\nAverage Service Time Analysis of a Clustered VNF Chaining Scheme in NFV-Based V2X Networks. IEEE Access 6: 73232-73244 (2018)\nJiazhen Zhang , Xiaofeng Tao , Huici Wu, Xuefei Zhang :\nPerformance Analysis of User Pairing in Cooperative NOMA Networks. IEEE Access 6: 74288-74302 (2018)\nQimei Cui, Yu Gu, Wei Ni, Xuefei Zhang, Xiaofeng Tao, Ping Zhang, Ren Ping Liu :\nPreserving Reliability of Heterogeneous Ultra-Dense Distributed Networks in Unlicensed Spectrum. IEEE Commun. Mag. 56(6): 72-78 (2018)\nYushan Cui, Xuefei Zhang, Qimei Cui, Xiaoxuan Zhu:\nModeling and Performance Analysis of Mobile Edge Computing for Static and Dynamic Networks by Integral Geometry. APCC 2018: 201-206\nRuifang He, Xuefei Zhang, Di Jin, Longbiao Wang, Jianwu Dang, Xiangang Li:\nInteraction-Aware Topic Model for Microblog Conversations through Network Embedding and User Attention. COLING 2018: 1398-1409\nYan Han, Xiaofeng Tao, Xuefei Zhang, Sijia Jia:\nA Clustered VNF Chaining Scheme with Delay Guarantees in NFV-Based VANETs. ICC Workshops 2018: 1-6\nXuefei Zhang, Ruifang He:\nTopic Extraction of Events on Social Media Using Reinforced Knowledge. KSEM (2) 2018: 465-476\nHui Jiang, Qimei Cui, Yu Gu, Xiaoqi Qin, Xuefei Zhang, Xiaofeng Tao:\nDistributed Layered Grant-Free Non-Orthogonal Multiple Access for Massive MTC. PIMRC 2018: 1-7\nYan Han, Xiaofeng Tao, Xuefei Zhang:\nPower allocation for device-to-device underlay communication with femtocell using stackelberg game. WCNC 2018: 1-6\nSicheng Zhao, Xuefei Zhang, Yan Han, Xiaofeng Tao:\nTransmission time analysis for hybrid V2V and V2I communications in multi-lane vehicular networks. WCNC 2018: 1-6\nDistributed Layered Grant-Free Non-Orthogonal Multiple Access for Massive MTC. CoRR abs/1807.08143 (2018)\nXuefei Zhang, Yue Wang, Ruiqi Wang, Yanzhao Hou, Da Wang:\nGroup-based joint signaling and data resource allocation in MTC-underlaid cellular networks. Sci. China Inf. Sci. 60(10): 100304:1-100304:13 (2017)\nHengguo Song , Qimei Cui, Huiling Zuo, Xuefei Zhang, Hui Wang:\nVariable rate and power M-QAM for DPS/DPB CoMP with adaptive modulation. Trans. Emerg. Telecommun. Technol. 28(11) (2017)\nYue Wang , Xiaofeng Tao, Xuefei Zhang, Yu Gu:\nCooperative Caching Placement in Cache-Enabled D2D Underlaid Cellular Network. IEEE Commun. Lett. 21(5): 1151-1154 (2017)\nXuefei Zhang, Tingting Zhang, Ping Zhou, Yun Shao, Shan Gao:\nValidation Analysis of SMAP and AMSR2 Soil Moisture Products over the United States Using Ground-Based Measurements. Remote. Sens. 9(2): 104 (2017)\nChaonan He, Zeyu Zhao, Xuefei Zhang, Jin Xu, Xiaofeng Tao:\nThroughput analysis based on antenna downtilt design in coordinated multi-cell 3D MIMO system. ISCIT 2017: 1-6\nYue Wang, Xiaofeng Tao, Xuefei Zhang:\nCache-enabled D2D communication: A social perspective. PIMRC 2017: 1-6\nJiazhen Zhang, Xiaofeng Tao, Xuefei Zhang, Huici Wu:\nEnergy-aware user association in heterogeneous networks with renewable energy supplies. PIMRC 2017: 1-7\nRuiqi Wang, Xuefei Zhang, Yue Wang, Kechen Chen, Xiaofeng Tao:\nQoE-Oriented Random Access for Hybrid MTC and Cellular Communications. VTC Spring 2017: 1-6\nYuxuan Xie, Xuefei Zhang, Qimei Cui, Yanyan Lu:\nUser Association for Offloading in Heterogeneous Network Based on Matern Cluster Process. VTC Spring 2017: 1-5\nQimei Cui, Yu Gu, Wei Ni, Xuefei Zhang, Xiaofeng Tao, Ping Zhang, Ren Ping Liu:\nPreserving Reliability to Heterogeneous Ultra-Dense Distributed Networks in Unlicensed Spectrum. CoRR abs/1711.04614 (2017)\nYue Wang , Xiaofeng Tao, Xuefei Zhang, Guoqiang Mao :\nJoint Caching Placement and User Association for Minimizing User Download Delay. IEEE Access 4: 8625-8633 (2016)\nQimei Cui, Yulong Shi, Xuefei Zhang, Xiaofeng Tao:\nCooperative wireless localization based on weighting for vector-addition error. Int. J. Commun. Syst. 29(15): 2205-2226 (2016)\nJuan Bai, Xiaofeng Tao, Jin Xu, Xuefei Zhang, Qin Zhang:\nRelay selection for secrecy connectivity in random wireless networks. Wirel. Commun. Mob. Comput. 16(15): 2263-2273 (2016)\nBin Yang, Guoqiang Mao , Xiaohu Ge, Hsiao-Hwa Chen, Tao Han, Xuefei Zhang:\nCoverage analysis of heterogeneous cellular networks in urban areas. ICC 2016: 1-6\nDexing Zhong, Xuefei Zhang, Haotian Sun, Zhigang Ren, Jiuqiang Han:\nA vision-based auxiliary system of multirotor unmanned aerial vehicles for autonomous rendezvous and docking. IJCNN 2016: 4586-4592\nQin Zhang, Juan Bai, Linrang Zhang, Guimei Zheng, Xuefei Zhang:\nCoordination beamforming for secrecy enhancement in the downlink MU-MIMO cellular networks. WPMC 2016: 268-273\nBin Yang, Guoqiang Mao, Xiaohu Ge, Hsiao-Hwa Chen, Tao Han, Xuefei Zhang:\nCoverage Analysis of Heterogeneous Cellular Networks in Urban Areas. CoRR abs/1604.02802 (2016)\nXuefei Zhang, Xiaofeng Tao, Qimei Cui:\nUncoordinated Cooperative Multihop Forwarding in 2D Highly Dynamic Networks. Int. J. Distributed Sens. Networks 11: 715842:1-715842:13 (2015)\nXuefei Zhang, Guoqiang Mao , Xiaofeng Tao, Qimei Cui:\nUncoordinated Cooperative Forwarding in Vehicular Networks with Random Transmission Range. GLOBECOM 2015: 1-7\nXuefei Zhang, Guoqiang Mao, Xiaofeng Tao, Qimei Cui, Baoling Liu:\nMultihop uncoordinated cooperative forwarding in highly dynamic networks. QSHINE 2015: 194-200\nQimei Cui, Yulong Shi, Xuefei Zhang, Siqi Cao, Xiaofeng Tao:\nPerformance analyses and enhancement of distributed cooperative localisation on position ambiguity. IET Commun. 8(16): 2881-2890 (2014)\nYulong Shi, Qimei Cui, Xuefei Zhang:\nDistributed Cooperative Localization with EW-TLS Model in Wireless Networks. VTC Spring 2014: 1-5\nQimei Cui, Xuefei Zhang:\nResearch analysis of wireless localization with insufficient resources for next-generation mobile communication networks. Int. J. Commun. Syst. 26(9): 1206-1226 (2013)\nJingang Deng, Qimei Cui, Xuefei Zhang:\nData Pre-Processing in Compressive Sensing Based Indoor Fingerprinting Positioning. Int. J. Wirel. Inf. Networks 20(4): 256-267 (2013)\nXuefei Zhang, Qimei Cui, Yulong Shi, Xiaofeng Tao:\nCooperative Group Localization Based on Factor Graph for Next-Generation Networks. Int. J. Distributed Sens. Networks 8 (2012)\nXiaofeng Gao, Weili Wu, Xuefei Zhang, Xianyue Li:\nA constant-factor approximation for d-hop connected dominating sets in unit disk graph. Int. J. Sens. Networks 12(3): 125-136 (2012)\nQimei Cui, Yulong Shi, Xuefei Zhang, Xiaoxuan Zhu:\nCooperative group localization based on weighted factor graphs. CHINACOM 2012: 436-440\nJingang Deng, Qimei Cui, Xuefei Zhang, Xiaodong Xu:\nCompressive sensing based indoor positioning with denosing and filtering in LF space. PIMRC 2012: 2477-2482\nFG-Based Cooperative Group Localization for Next-Generation Communication Networks. VTC Fall 2012: 1-5\nXuefei Zhang, Qimei Cui, Xianjun Yang, Xiaofeng Tao:\nA Multistep Detection Scheme Based on Iteration for Cooperative Spectrum Sensing in Cognitive Radio. VTC Fall 2011: 1-5\nDawei Qi, Peng Zhang, Xuefei Zhang, Xuejing Jin, Haijun Wu:\nAppling a Novel Cost Function to Hopfield Neural Network for Defects Boundaries Detection of Wood Image. EURASIP J. Adv. Signal Process. 2010 (2010)\nDawei Qi, Peng Zhang, Xuejing Jin, Xuefei Zhang:\nApplying Hopfield neural network to defect edge detection of wood image. ICNC 2010: 1459-1463\nZhao Zhang, Xiaofeng Gao, Xuefei Zhang, Weili Wu, Hui Xiong:\nThree Approximation Algorithms for Energy-Efficient Query Dissemination in Sensor Database System. DEXA 2009: 807-821\n[j23] [c28] [j8] [c10]\nHui Chen 0008\n[c35] [j28] [j24] [c33] [c30] [c29] [c26] [i4] [j18] [j15] [c24] [c20] [i3] [j13] [c13] [i2] [j9] [j7] [c9] [c8] [j6] [c7] [j5] [j4] [j3] [c6] [c5] [c4] [c3]\nTao Dong 0004\nYu Gu 0012\n[j15] [c20] [i3] [j12] [i2]\nTao Han 0001\n[j26] [j25] [j17] [c22] [c19] [c18]\naka: Yanzhao Hou\n[j26] [j25] [j17] [c22]\n[c33] [c30] [c26] [c25]\n[c26] [j15] [i2]\nJiaqi Ma 0001\n[j10] [c12] [i1] [c9] [c8]\n[j9] [j6] [c7] [j3] [c6] [c4]\n[c34] [c31] [c27] [c25]\n[j32] [j30] [j21]\n[j33] [j31] [j28] [j27] [j26] [j25] [j24] [c34] [c33] [c31] [j20] [c30] [c27] [c26] [c25] [j19] [j18] [j17] [j16] [j15] [c22] [c20] [c19] [c18] [i3] [j12] [c17] [c16] [c15] [c14] [i2] [j10] [j9] [j8] [j7] [c9] [c8] [j6] [j3] [c4] [c3]\nChao Wang 0004\nHui Wang 0052\n[j32] [j30] [j22]\nJing Wang 0057\n[c35] [j28] [c29]\nYue Wang 0010\n[j23] [j20] [j14] [j12] [c16] [c14] [j10]\nFan Wu 0001\n[j33] [j31] [j27] [c25] [j19] [j16] [c15]\nJin Xu 0001\nBo Zhang 0001\nHong Zhang 0001\nJian Zhang 0059\n[c35] [j28] [j24] [c31] [c29] [i4]\n[j31] [j27] [j19] [j16] [c15]\nNing Zhang 0007\n[j24] [j20] [i4] [j15] [i2]\n[c28] [j8] [c10]\nlast updated on 2021-06-24 02:09 CEST by the dblp team


url: =Jordanian Household Goods Wholesaler\nHome and Garden Wholesale Jordan\nWholesale> Wholesale Home and Garden> World House and Garden Wholesalers> Jordanian Wholesale Home & Garden Companies\nAmerican Home | Australian Home | Bangladeshi Home | Brazilian Home | Canadian Home | Chinese Home | Dutch Home | Egyptian Home | French Home | German Home | Greek Home | Hong Kong Home | Indian Home | Indonesian Home | Iranian Home | Irish Home | Italian Home | Jamaican Home | Japanese Home | Jordanian Home | Kuwaiti Home | Lebanese Home | Lithuanian Home | Malaysian Home | Mexican Home | Moroccan Home | New Zealand Home | Nigerian Home | Pakistani Home | Philippines Home | Polish Home | Portuguese Home | Russian Home | South African Home | South Korean Home | Spanish Home | Swedish Home | Taiwanese Home | Thai Home | Turkish Home | UAE Home | UK Home | Ukrainian Home | Vietnamese Home\nFind "Jordanian Home and Garden wholesalers" lists distributors, wholesalers, house & garden trade companies, and dropshippers of merchandise that are based the Middle East country of Jordan. Includes all categories of home wholesale companies selling products and merchandise to retailers and in some cases selling directly to the public.\nFeatured Wholesale Household Goods Company\nWant your Jordanian wholesale House and Garden business featured here? It's easy, just visit our Advertiser page.\nMiddle East suppliers of office furniture in Amman Jordan. Distributes a range of wholesale office swivel chairs, 2 seaters, 3 seaters, 4 seaters, management chairs, stools, flip up auditorium chairs, sofas, office desks, wall partitions, and sound proofing acoustic panels for offices.\nhttp://www.nova.com.jo/ (jordan wholesale - wholesale furniture suppliers - sofas - office furniture - office fittings - office chairs - wholesale household goods jordan)\nSubmit Wholesale Jordanian House & Garden Company\nTo have your Jordanian wholesale House and Garden company website listed in this category, click on the link above. Some companies are importers / exporters, manufacturers, dropshippers, distributors, or wholesaling businesses. See also Jordanian Drop shippers, Jordanian Trade Show Resources, Jordanian Wholesale or all Houseware Wholesalers.\nWholesale Household Goods - Manufacturers in Jordan (nf)


url: =A PRELIMINARY STUDY ON TERRACES FORMED AGES WITH THE CHRONOLOGE METHOD OF TECTONIC-CLIMATE CIRCLE--《Northwestern Seismological Journal》2001年04期\n《Northwestern Seismological Journal》 2001-04\nLIU Xiao feng, LIU Bai chi (Lanzhou Institute of Seismology,CSB,Lanzhou 730000,China)\nThe formed ages and uplift rates of river terraces of Qilianshan region are determined with the chronologe methed of tectonic climate circle.The determined ages of the terraces are tested and compared with the results determined by using other methods.The studies indicate the method is practical to determine formed ages of terraces,but the results for low terraces need correcting with field measure data.Tectonic uplift is intermittent and go through four powerful stages since Quaternary period in Qilianshan region.\n【Fund】： 国家重点基础研究项目 (95 13 0 1 0 4);; 中国地震局“九五”重点课题 (95 0 4 10 0 3)\n1 WEI Quanwei1,TAN Lihua1,WANG Suiji2(1.School of Geography,Beijing Normal University,Beijing 100875; 2.Key laboratory of Water Cycle and Related Land Surface Processes,Institute of Geographical Sciences and Natural Resources Research,CAS,Beijing 100101);Formation and Evolution of River Terrace and Environment Responses[J];Progress in Geography;2006-03\n2 Zhang Ke Cai Jianbo(Department of Geosciences,Sun Yat-Sen University,Guangzhou510275);PRELIMINARY RESULT OF THE DATING BY TCN TECHNIQUE OF THE HIGHEST TERRACE OF THE HEISHANXIA GORGE MOUTH,NORTHEAST MARGIN OF TIBETAN PLATEAU AND ITS EXPRESSION OF NEOTECTONIC MOVEMENT IN THAT AREA[J];Quaternary Sciences;2006-01\n3 LIU Bai-chi 1) LIU Xiao-feng 1) YUAN Dao-yang 1) ZHENG Wen-jun 1) GUO Hua 1) CAO Juan-juan 2) 1) Lanzhou Institute of Seismology,China Seismological Bureau, Lanzhou 730000, China 2)Seismological Bureau of Yunnan Province, Kunming 650041, China$$$$;QUATERNARY TECTONIC ACTIVITY IN NORTHEASTERN QINGHAI-XIZANG PLATEAU AS REFLECTED BY RIVER TERRACES ALONG THE MIDDLE-UPPER REACH OF THE YELLOW RIVER[J];Seismology and Geology;2003-01\n4 YANG Nong~1, ZHANG Yue-qiao~1, MENG Hui~2, ZHANG Hui-ping~1(1.Institute of Geomechanics,Chinese Academy of Geological Scinces,Beijing 100081, China;2.China Institute of Geological Environment Measurement,Beijing 100081,China);STUDY OF THE MINJIANG RIVER TERRACES IN THE WESTERN SICHUAN PLATEAU[J];Journal of Geomechanics;2003-04\n5 YUAN Qingdong, GUO Zhaojie, ZHANG Zhicheng, WU Chaodong, FANG Shihu1) Key Laboratory of Orogenic Belts and Crustal Evolution (Peking University), Ministry of Education, Beijing, 1008712) Research Institute of Petroleum Exploration and development, PetroChina , Beijing, 100083;The Late Cenozoic Deformation of Terraces on the North Flank of Tianshan Mt. and the Tectonic Evolution[J];Acta Geologica Sinica;2006-02\n6 KONG Fan-cui,YANG Rui-dong,HAN Xiao-tong(Resource and Environment School of Guizhou University,Guiyang 550003,Guizhou,China);Analysis on the River Terrace Sediment in Quaternary Period of Guizhou Province[J];Guizhou Geology;2010-02\n7 LIU Xiao feng, YUAN Dao yang, LIU Bai chi (Lanzhou Institute of Seismology, CSB,Gansu Lanzhou730000,China);STUDY ON THE DEFORMATION CHARACTERISTICS OF RIVER TERRACES IN LANZHOU AND ADJACENT REGION[J];Northwestern Seismological Journal;2003-02\n8 SHI Xing-min,DU Zhong-chao(1.College of Tourism and Environment Science,Shaanxi Normal University,Xi'an 710062,Shaanxi,China;2.Department of Resource Environment and Urban Science,Xianyang Normal College,Xianyang 712000,Shaanxi,China);Review and Prospect of Tectonic Geomorphology in China[J];Northwestern Seismological Journal;2006-03\n9 WANG Ling-zhan,NIU Zhi-jun,ZHAO Xiao-ming,TU Bing(Yichang Institute of Geology and Mineral Resources,Yichang 443003,Hubei,China);New view on the relationship of landslipe with fault activity and climatic change in pleistocene in area of Three Gorges on Yangtze River[J];The Chinese Journal of Geological Hazard and Control;2009-01\n1 Yang Jingchun; Tan Lihua; Li Youli; Duan Fengjun(Department of Geography, Peking University, Beijing 100871);RIVER TERRACES AND NEOTECTONIC EVOLUTION AT NORTH MARGIN OF THE QILIANSHAN MOUNTAINS[J];QUATERNARY SCIENCES;1998-03\n2 Tian Qinjian Shen Xuhui Ding Guoyu Chen Zhengwei Wei Kaibo (Center for Analysis and Prediction, China Seismological Bureau,Beijing 100036)Xing Chenqi (Seismology Institute of Laozhou, China Seismological Bureau,Lanzhou 730000)Chai Zhizhang (Seism;DISCOVERY AND PRELIMINARY STUDY OF THE LAOLONGWAN TERTIARY PULL-APART BASIN IN THE HAIYUAN FAULT ZONE[J];SEISMOLOGY AND GEOLOGY;2000-03\n3 Yuan Daoyang Liu Baichi Lu Taiyi He Wengui Liu Xiaofeng(Earthquake Research Institute of Lanzhou, SSB, Lanzhou 730000);SLIP RATES OF THE MAOMAOSHAN FAULT ZONE IN GANSU PROVINCE OBTAINTED BY USING AGES OF LOESS PALAEOSOIL SEQUENCE[J];SEISMOLOGY AND GEOLOGY;1997-01\n4 Liu Xiaofeng; Liu Baichi; Lu Taiyi;Yuan Daoyan; Liu Jiansheng; He Wengui(Seismological Institute of Lanzhou,SSB,Lanzhou 730000);THE RESEARCH ON THE LAOHUSHAN ACTIVE FAULT[J];SOUTH CHINA JOURNAL OF SEISMOLOGY;1994-04\n2 MA Guang qin, REN Han (Department of geography,Zhengzhou educational college,Zhengzhou 450002,China);Geomorphic Response of Neotectonic movements in Lianyungang[J];Journal of Aayang Teachers College;2001-02\n5 QI De-Lin1, GUO Song-Chang1, TANG Wen-Jia2, YANG Jie1, ZHAO Xin-Quan 11. Northwest Plateau Institute of Biology, Chinese Academy of Science, Xining 810001, China2. Fishery Environmental Monitoring Station of Qinghai Provice, Xining 810012, China;Molecular systematics of morphologically similar fishes in the Schizothoracinae in Nanmenxia River, with implication for morphological convergent evolution[J];Acta Zoologica Sinica;2006-05\n6 QI De-Lin, GUO Song-Chang, ZHAO Xin-Quan* Northwest Plateau Institute of Biology, Chinese Academy of Science, Xining 810001, China;Molecular systematics of two enigmatic fishes in the genus Schizopygopsis in the Qinghai-Tibetan Plateau[J];Acta Zoologica Sinica;2006-06\n7 NING Shu-Long.1,ZHOU Li-Zhi.1,ZHANG Bao-Wei.1,ZHAO Tian-Biao.2,ZOU Gui-Yi.11.School of Life Science,Anhui University,Anhui Key Laboratory of Eco-engineering and Biotechnology,Hefei 230039,China2.Inner Mongolia Center for Endemic Diseases Control and Research,Huhhot 010020,China);Phylogeographic patterns of the great gerbil Rhombomys opimus in China based on mitochondrial cytochrome b gene sequence variations[J];Acta Zoologica Sinica;2007-04\n8 Liu Zhijie1,Liu Yinchun2(1.School of Earth Sciences and Resources,China University of Geosciences,Beijing 100083,China;2.China Gold Science and Technology Co.,Ltd,Beijing 100176,China);Progress in Paleoenvironmental Research on the Quaternary Loess in China[J];Environmental Science and Management;2008-04\n9 CHEN Yi-Feng CHEN Yi-Yu HE De-Kui SUI Xiao-Yun(①Institute of Hydrobiology,Chinese Academy of Sciences,Wuhan 430072; ②Graduate School,Chinese Academy of Sciences,Beijing 100049,China);Current Status and Perspective of Biogeography Study in Taiwan Strait,China[J];Chinese Journal of Zoology;2006-01\n10 XU Haipeng\_ MO Duowen\_ YUE Shengyang\_ ZHU Zhongli (Department of Urban and Environmental Sciences,Peking University,Beijing,China,100871) YU\_ Jincheng (Beijing Institute of Cultural Relics and Archaeology,Beijing,China,100009);The Sedimentary Facies and Paleotopography of Wangfujing Oriental Plaza Site,Beijing[J];ACTA SCICENTIARUM NATURALUM UNIVERSITIS PEKINESIS;1999-06\n3 Liang Shouyun;The Usage of EH-4 Conductance Imaging Dystem in the Investigation of Water and Electricity Engineering[A];[C];2003\n4 Li Xuefeng;Research on the Depth of the Dynam-Relaxed Rockmass in Heishanxia Gorge on Yellow River[A];[C];2003\n5 Zhao Haiying;Relationship of Geological Environment and Fault in Dam Site of Daliushu Yellow River[A];[C];2003\n6 JIN Peijie (Northwest Research Institute of china Railway Engineering Corporation,Lanzhou,Gansu 730000,China);THE RESEARCH OF THE ROCKNESS STRUCTURE CHARACTER AND THE STABILITY ANALYSES FOR THE CUTTING HIGH SLOPE OF THE FAULTS ZONE ALONG OF THE LINE YUNNAN PROVINCE YUAN-WU EXPRESSWAY[A];[C];2010\n7 HUANG Lei ZHANG Yunxiang GONG Hujun (Key Laboratory of Continental Dynamics of the Ministry of Education and Department of Geology,Northwest University,Xi'an 710069,Shaanxi);GENESIS OF NEOGENE“RED CLAY”IN LINXIA BASIN,GANSU PROVINCE AND ITS GEOLOGICAL SIGNIFICANCES[A];[C];2004\n8 PENG Jianbing MA Runyong LU Quanzhong LI Xi'an (School of Geological Engineering and Surveying Engineering,Chang'an University,Xi'an 710054);MODEL OF REGIONAL SEISM-DYNAMICS IN HEISHANXIA GORGE REGION ON THE YELLOW RIVER[A];[C];2002\n9 LIANG Shouyun LIU Gao HAN Wenfeng (School of Resource and Environment,Lanzhou University,Lanzhou 730000);THE CHARACTERISTICS OF STRUCTURE OF ZHONGWEI-TONGXIN FAULT IN OUTLET OF HEISHAN GORGE[A];[C];2002\n10 MA Runyong PENG Jianbing ZHOU Lixin ZHOU Xinmin (School of Geological Engineering and Surveying Engineering,Chang'an University,Xi'an 710054);THE STUDY OF FRACTURE STRUCTURE AND THE ACTIVITY OF F201 FAULT IN DALIUSHU DAMSITE DISTRICT OF HEISHANXIA GORGE[A];[C];2002\n1 HUANG Lin-yan~1,ZHU Cheng~1,KONG Qing-you~2(1.College of Geography and Marine Science,Nanjing University,Nanjing 210093,China;2.Department of Geology,Nanjing University,Nanjing 210093,China);The Contribution of Lithological Component to Sandstone Forest Landform Genesis in Zhangjiajie,Hunan Province[J];Journal of Anhui Normal University(Natural Science);2006-05\n3 WU Guang\_|jian~ 1, 2,\_ PAN Bao\_|tian~ 2,\_ GUAN Qing\_|yu~ 2,\_ GAO Hong\_|shan~ 2 (1.Key Laboratory of Ice Core and Cold Regions Environment, CAREERI, CAS, Lanzhou Gansu 730000, China; 2.Department of Geography, National Laboratory of Western China;The Maximum Glaciation and Desert Expansion in China during MIS16[J];Journal of Glaciolgy and Geocryology;2002-05\n4 XU Liu-bing,ZHOU Shang-zhe(Department of Geography,South China Normal University,Guangzhou Guangdong 510631,China);River Terraces in the Shuoqu River and Their Response to Mountain Uplift and Climate Changes in Western Sichuan Province[J];Journal of Glaciology and Geocryology;2007-04\n6 ZHAO Hongzhuang,LI Youli,YANG Jingchun College of Urban and Environmental Sciences,Peking University,Beijing 100871;;Implication of Active Structure along the Northern Tianshan by Stream Length-Gradient Index and Hack Profile[J];Acta Scientiarum Naturalium Universitatis Pekinensis;2009-02\n7 ZHENG Wentao (Department of Geology,Peking University,Beijing,100871) DUAN Fengjun;YANG Jingchun (Department of Geography,Peking University,Beijing,100871);A Study on Developed Model about the Asymmetric Graben along Compressional Upwell Mountain Fringe of Qilianshan Mt.in China[J];Acta Scicentiarum Naturalum Universitis Pekinesis;1996-02\n8 MO Duowen\_ ZHU Zhongli\_ WAN Linyi (Department of Urban and Environmental Sciences, Peking University,Beijing,100871);The Alluvial Fans along the Eastern Foot of Helan Mountain[J];ACTA SCICENTIARUM NATURALUM UNIVERSITIS PEKINESIS;1999-06\n9 SHI Xingmin 1),2) YANG Jingchun 1) LI Youli 1) NAN Feng 1) ( 1)College of environmental sciences, Peking University, Beijing, 100871; 2)Department of Geograph,Xianyang Normal College,Xianyang,712000);Deformation of Manas River Terraces and Neotectonics in Northern Front of the Tianshan Mountains[J];Acta Scicentiarum Naturalum Universitis Pekinesis;2004-06\n10 LI Youli Li Baojun YANG Jingchun (Deparrment of Geography,Peking University,Beijing , 100871);Late Quaternary Movement on the Heihekou Fault, West Gansu,China[J];ACTA SCICENTIARUM NATURALUM UNIVERSITIS PEKINESIS;1995-03\n1 GUO Jin-jing, HAN Wen-feng, LIANG Shou-yun (Department of Civil Engineering, Tianjin Institute of Urban construction, Tianjin 300384, China; College of Civil Engineering, Lanzhou University, Lanzhou 730000, Gansu, China);Tectono-morphological evolution of the Minxin-Wudu area on the northeastern margin of the Qinghai-Tibet Plateau and plateau uplift[J];Geology in China;2006-02\n2 SUN Yan-gui1, FANG Hong-bin2, ZHANG Kun1, ZHAO Fu-yue2, LIU Shi-ying1 (1. Center of Remote Sensing, Qinghai Institute of Geological Survey, Xining 810012, Qinghai, China; 2. Aero Geophysical Survey & Remote Sensing Center for Land & Resources, Beijing 100083, China);Step-like landform system of the Gonghe basin and the uplift of the Qinghai-Tibet Plateau and development of the Yellow River[J];Geology in China;2007-06\n3 XU Qin-Mian~1,YANG Da-Yuan~2,GE Zhao-Shuai~3,CHEN De-Ji~4,XUE Guo-Fu~5(1.Tianjin Institute of Geology and Mineral Resources,China Geological Survry,Tianjin 300170;2.Department of Urban and Resources Sciences,Nanjing University,Nanjing,Jiangsu 210093;3.School of Urban and Environmental Sciences, Xuzhou Normal University,Xuzhou,Jiangsu 221116;4.Changjiang Exploration Planning Design Institute,Wuhan,Hubei 430010;5.Department for Three-Gorge Survey and Investigation of Yangtze Water Conservancy Committee,Yichang,Hubei 443003);Terraces Along Sanduizi-Wudongde Secton of Jinsha River[J];Scientia Geographica Sinica;2006-05\n5 LIU Yong, ZHAO Zhijun, LI Cailin, ZHANG Maoheng, CHEN Ye(Jiangsu Key Laboratory of Environmental Change and Ecological Construction;College of Geography, Nanjing Normal University, Nanjing 210097, China);Formation of the Zagunao River Terraces in Western Sichuan Plateau, China[J];Acta Geographica Sinica;2006-03\n6 LU Honghua1, LI Youli1, NAN Feng2, SI Supei1, LIU Yunming1, QIAN Mang1, ZHAO Hongzhuang1 (1. College of Urban and Environmental Sceience, Peking University, Beijing 100871, China; 2. Higher Education Press, Beijing 100029, China);Sequences and Ages of Fluvial Terraces along the Northern Piedmont of the Tianshan Mountains[J];Acta Geographica Sinica;2008-01\n7 CAO Kai, WANG Guo-can, WANG An State Key Laboratory of Geological Processes and Mineral Resources, Faculty of Earth Sciences, China University of Geosciences, Wuhan 430074, China;The Analysis of the Tectonics and the Behavior of the Longitudinal Section of Kunlun River in East Kunlun[J];Earth Science(Journal of China University of Geosciences);2007-05\n8 Wang Ping ① Lu Yanchou ①② Ding Guoyu ① Chen Jie ① Karl Heinz Wyrwoll ③ (① Laboratory of Neotectonic Chronology, Institute of Geology, Seismological Bureau of China, Beijing 100029; ② State Key Laboratory of Loess and Quaternary Geology,Institute of Earth Environment, Chinese Academy of Sciences, Xi′an 710075; ③School of Earth and Geographical Sciences, The University of Western Australia, WA 6009, Australia);RESPONSE OF THE DEVELOPMENT OF THE SHULE RIVER ALLUVIAL FAN TO TECTONIC ACTIVITY[J];Quaternary Sciences;2004-01\n9 Wang Ping~① Wang Zengguang~② Lei Shengxue~① Zhang Keqi~①(①State Key Laboratory of Earthquake Dynamics,Institute of Geology,China Earthquake Administration,Beijing 100029;②Ningxia Earthquake Administration,Yinchuan750001);THE LATEST TECTONIC DEFORMATION AT THE GROWING POINT OF A NEW FRACTURE ON THE EASTERN TIP OF THE ALTYN TAGH FAULT[J];Quaternary Sciences;2006-01\n1 Chang'an Li,Lei Shao,Shengyuan Yuan,Jacques China University of Geosciences,Three Gorges Research Center for geo-hazard,Ministry of Education, Wuhan,430074;Discussion on the relationship between physiography stage-tectonic rhythm-climate cycle coupling and geological hazard at the Three Gorges area[A];[C];2010\n3 Li Youli Yang Jingchun(Department of Geography, Peking University, Beijing 100871);RESPONSE OF ALLUVIAL TERRACES TO HOLOCENE CLIMATIC CHANGES IN THE HEXI CORRIDOR BASINS, GANSU, CHINA[J];SCIENTIA GELGRAPHICA SINICA;1997-03\n4 Li Baojun; Yang Jingchun Li Youli; Tan Lihua; Duan Fengjun; Zhang Yechun (Department of Geography, Peking university,Beijing 100871);ESTIMATING AGES OF LANDFORMS BY ANALYSING ROCK-WEATHERING RINDS[J];GEOGRAPHICAL RESEARCH;1996-01\n6 Chen Jie; Lu Yanchou(Institute of Geology, State Seismological Bureau,Beijing 100029)Ding Guoyu(Center for Analysis and Prediction, State Seismological Bureau, Beijing 100036);STAGES OF QUATERNARY TECTONIC MOVEMENT IN WEST QILIANSHAN MOUNTAIN AND JIUXI BASIN[J];QUATERNARY SCIENCES;1996-03\n8 Qiu Zhanxiang(Institute of Vertebrate Paleontology and Paleoanthropology, Academia Sinica) Xie Junyi(The Provincial Museum of Gansu)Yan Defa(Institute of Vertebrate Paleontology and Paleoanthropology, Academia Sinica);DISCOVERY OF SOME EARLY MIOCENE MAMMALIAN FOSSILS FROM DONGXIANG, GANSU[J];Certebrata Palasiatica;1990-01\n9 Huang Huafang Peng Zuolin Lu Wei Zheng Jianjing (Lanzhou Institute of Geology , Chinese Academy of Sciences Lanzhou 730000);PALEOMAGNETIC DIVISION AND COMPARISON OF THE TERTIARY SYSTEM IN JIUXI AND JIUDONG BASINS[J];Acta Geologica Gansu;1993-01\n10 Cao Xingshan(No.2 Hydrogeology and Engineering Geology Party, Gansu Bureau of Geology and Mineral Exploration and Development Zhangye 734024);QUATERNARY SYSTEM IN GANSU PROVINCE[J];ACTA GEOLOGICA GANSU;1997-02


url: =Challenger Santiago e Guangzhou: Entry list. Marcora in Cina | LiveTennis.it\nChallenger Santiago e Guangzhou: Entry list. Marcora in Cina\n24/02/2015 15:47 1 commento\nSaranno due i tornei challenger che si disputeranno nella settimana che va dal 9 al 15 marzo 2015.\nfabio (Guest) 02-03-2015 18:29\nSperiamo che tanto Marcora che Quinzi,possano fare bene.\n19q - 0,351s . 4.61 .l1noLv5d6


url: =Beidaihe Top 4 in Beautiful Beaches\nThe wooden plank road is more than eight kilometers long. It starts from the coastal side of the pigeon nest park and has been in the direction of Qinhuangdao. It is a good walking route. The amount of movement is moderate. There is basically no slope. The scenery is beautiful. You can see the high-rise building of Qinhuangdao city in a distance.\nBinhai Boardwalk Attractions | Qinhuangdao Bird Museum Attractions | Beidaihe Ziran Ecology Park Attractions | Beidaihe Wetland Park Attractions | Pigeon Nest Park Attractions | Olympic Avenue Park Attractions | Guanniao Wetland Attractions | Beidaihe Museum Attractions | Guai Lou Park Attractions | Chinese Rose Garden Attractions | Haibin National Forest Park Attractions | Hailian Wedding Photography Base Attractions | Biluota Sea Bar Park Attractions | Qin Palace Site Attractions | Beidaihe East Bathing Beach Attractions | Beidaihe Attractions | Luxun Park Attractions | Baoer Road Attractions | Qinhuangdao Wildlife Park Attractions | Middle Beach Attractions | Tiger Stone Marine Park Attractions | Wangguiting Attractions | Pingshuiqiao Park Attractions | Jieshi Garden Attractions | Lianfeng Mountain Attractions | Fayunsi Attractions | Haiyang Huayuan Bieshu Beach Attractions | Golden Bay Forest Park Attractions | Bandao Park Attractions | Yan Mountain University Attractions\nSimilar attractions: Yingwu Shan Tuozhan Peixun Base | Yansaishan Ski Field | Kuangxuehuaxue Club | Laobeicai Shichang Water Amusement Park | Longtan Canyon Drifting | Miaozigou Ski Field | Bashang Hongshanjun Horse track | Letaotao Water Amusement Park (kazuo) | Tianjin Binhai Lake Golf Club | 313 Haishang Yundong Park | Sibada Zhenren Cs Yezhan Tuozhan Club (zhongxinshucheng) | Ou Shan Kanhai Youyong Jianshen Association | Baishawan Shuishang Chonglang Amusement Park | Sibada Zhenren Cs Yezhan Tuozhan Club (laodonggongyuan) | Kangweixunlian Center | Youlandeyouting Club | Sibada Zhenren Cs Yezhan Tuozhan Club (jinzhou) | Badun Conglin Yezhan Club | Rui'ershuiyu Center (shuiyoucheng) | Xinghai Guangchang Jiaotachuan Amusement Park


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url: =VX Zibo Zhangdian District Jinjing Avenue Hotel em Zibo - Hoteis.com\nTodos os estabelecimentos em Zibo, Shandong, China\nZibo - Hotel de 2 estrelas\n2 - VX Zibo Zhangdian District Jinjing Avenue Hotel, Zibo, Vista a partir do Hotel\n3 - VX Zibo Zhangdian District Jinjing Avenue Hotel, Zibo, Vista a partir do Hotel\n4 - VX Zibo Zhangdian District Jinjing Avenue Hotel, Zibo, Vista a partir do Hotel\n5 - VX Zibo Zhangdian District Jinjing Avenue Hotel, Zibo, Vista a partir do Hotel\nZibo - Distrito de Zhangdian\nCentro de Cerâmica de Zibo a 6,8 km\nShandong University of Technology a 8,7 km\nHeitieshan Kangri Wuzhuang Qiyi Memorials a 8,9 km\nZibo Sports Center a 11,1 km\nFushan Park a 11,2 km\nEstádio de Zibo a 11,7 km\nNanjin Qiyuan a 14,5 km\nVer todos os estabelecimentos em Zibo\nAtrações nas imediações de VX Zibo Zhangdian District Jinjing Avenue Hotel\nZibo Railway Station a 18 min. de carro (8,1 km)\nZibo North Railway Station a 20 min. de carro (12,5 km)\nPerguntas frequentes sobre VX Zibo Zhangdian District Jinjing Avenue Hotel\nExiste algum restaurante em VX Zibo Zhangdian District Jinjing Avenue Hotel ou nas imediações?\nSim. Nas imediações, pode encontrar restaurantes como 丽莎大酒店 (2,4 km), 余合顺其味火锅鱼 (2,4 km) e 山东精彩无线科技 (2,4 km).


url: =Thirty-Eight Solo Exhibitions\nGroup Exhibition Creative Garden, Shanghai\nDate: 05.20, 2006 - 05.27, 2006\nArtists: CHEN Xiaoyun 陈晓云 | GENG Jianyi 耿建翌 | Huang Kui 黄奎 | KAN Xuan 阚萱 | LU Chunsheng 陆春生 | LU Lei 陆垒 | LI Pinghu 李平虎 | LIU Weijian 刘唯艰 | LIANG Yue 梁玥 | SHI Qing 石青 | SONG Tao 宋涛 | SUN Xun 孙逊 | SHI Yong 施勇 | TANG Maohong 唐茂宏 | XIANG Liqing 向利庆 | XU Zhen 徐震 | YANG Fudong 杨福东 | YANG Zhenzhong 杨振中 | ZHANG Ding 张鼎 | ZHANG Qing 章清 |\nLocation: 2577 Longhua Road Area C 36 Floor, Xuhui District, Shanghai\nDate: 20th-27th, May 2006\nIn his interactive project, photographs and videos, Shi Yong, Shanghainese artist, look into the concept of identity's change with humor. Important elements are concept of the individual, and appearance in peoples' eyes. Following this idea, his artwork is realized in a public space but in a personal environment, the artist also uses interactive internet as a space of expression.\nSpecimen and Secret\nA History of Exhibition: Shanghai 1979-2006


url: =G2C Sports Management GmbH :: AFC CL 2018\nAchtelfinale Rückspiele: 15./16. Mai 2018\nShanghai SIPG - Kashima Antlers (JPN) 2:1 (1:1)\n1:0, 2:1 Hulk (7., 81., FE), 1:1 Shoma Doi (42.)\nAufstellung Shanghai: 1-Yan Junling 颜骏凌, 5-Shi Ke 石柯, 4-Wang Shenchao 王燊超 (46./21-Yu Hai 于海), 28-He Guan 贺惯, 23-Fu Huan 傅欢, 25-Odil Akhmedov, 8-Oscar, 7-Wu Lei 武磊, 6-Cai Huikang 蔡慧康 (46./14-Li Shenglong 李圣龙), 10-Hulk, 11-Lü Wenjun 吕文君 (73./18-Zhang Yi 张一)\nGuangzhou Evergrande - Tianjin Quanjian 2:2 (1:1)\n1:0, 2:1 Ricardo Goulart (17., 48.), 1:1 Alexandre Pato (19.), 2:2 Wang Jie 王杰 (52.)\nAufstellung Guangzhou: 19-Zeng Cheng 曾诚, 6-Feng Xiaoting 冯潇霆, 35-Li Xuepeng 李学鹏 (77./20-Yu Hanchao 于汉超), 28-Kim Young-gwon, 5-Zhang Linpeng 张琳芃, 10-Zheng Zhi 郑智, 16-Huang Bowen 黄博文 (64./15-Zhang Wenzhao 张文钊), 8-Nemanja Gudelj, 29-Gao Lin 郜林, 7-Alan, 11-Ricardo Goulart\nAufstellung Tianjin: 1-Zhang Lu 张鹭, 21-Kwon Kyung-won, 4-Liu Yiming 刘奕鸣, 25-Mi Haolun 糜昊伦, 18-Zhang Cheng 张诚, 7-Zhao Xuri 赵旭日, 28-Axel Witsel, 39-Wang Yongpo 王永珀 (90./9-Yang Xu 杨旭), 3-Wang Jie 王杰 (87./19-Wang Xiaolong 王晓龙) , 10-Alexandre Pato, 27-Anthony Modeste (81./17-Su Yuanjie 苏缘杰)\nAchtelfinale Hinspiele: 08./09. Mai 2018\nKashima Antlers (JPN) - Shanghai SIPG 3:1 (1:0)\n1:0 Yuma Suzuki (43.), 2:0 Daigo Nishi (49.), 3:0 Yu Hai 于海 (75., ET), 3:1 Elkeson (77.)\nAufstellung Shanghai: 1-Yan Junling 颜骏凌, 5-Shi Ke 石柯, 4-Wang Shenchao 王燊超, 28-He Guan 贺惯, 21-Yu Hai 于海, 25-Odil Akhmedov, 8-Oscar, 7-Wu Lei 武磊, 6-Cai Huikang 蔡慧康 (81./18-Zhang Yi 张一), 9-Elkeson, 11-Lü Wenjun 吕文君\nTianjin Quanjian - Guangzhou Evergrande 0:0\nAufstellung Tianjin: 1-Zhang Lu 张鹭, 21-Kwon Kyung-won, 4-Liu Yiming 刘奕鸣, 25-Mi Haolun 糜昊伦, 18-Zhang Cheng 张诚, 28-Axel Witsel, 39-Wang Yongpo 王永珀 (90./9-Yang Xu 杨旭), 10-Alexandre Pato, 27-Anthony Modeste, 38-Sun Ke 孙可 (25./3-Wang Jie 王杰), 17-Su Yuanjie 苏缘杰(73./19-Wang Xiaolong 王晓龙)\nAufstellung Guangzhou: 19-Zeng Cheng 曾诚, 6-Feng Xiaoting 冯潇霆, 35-Li Xuepeng 李学鹏, 28-Kim Young-gwon, 5-Zhang Linpeng 张琳芃, 16-Huang Bowen 黄博文, 20-Yu Hanchao 于汉超 (84./17-Yang Liyu 杨立瑜), 8-Nemanja Gudelj, 29-Gao Lin 郜林, 7-Alan, 11-Ricardo Goulart\nViertelfinale Rückspiel: 18. September 2018\nTianjin Quanjian - Kashima Antlers (JPN) 0:3 (0:2)\n0:1 Serginho (13.), 0:2 Hiroki Abe (27.), 0:3 Shoma Doi (66.)\nAufstellung Tianjin: 1-Zhang Lu 张鹭, 3-Pei Shuai 裴帅 (74./7-Zhao Xuri 赵旭日), 21-Kwon Kyung-won, 4-Liu Yiming 刘奕鸣, 39-Wang Yongpo 王永珀 (74./16-Zheng Dalun 郑达伦), 19-Wang Xiaolong 王晓龙 (75./25-Mi Haolun 糜昊伦), 3-Wang Jie 王杰, 8-Zhang Xiuwei 张修维, 13-Wu Wei 吴伟, 10-Alexandre Pato, 9-Yang Xu 杨旭\nViertelfinale Hinspiel: 28. August 2018\nKashima Antlers (JPN) - Tianjin Quanjian 2:0 (0:0)\n1:0 Léo Silva (60.), 2:0 Serginho (72.)\nAufstellung Tianjin: 1-Zhang Lu 张鹭, 21-Kwon Kyung-won, 4-Liu Yiming 刘奕鸣, 18-Zhang Cheng 张诚,7-Zhao Xuri 赵旭日 (84./38-Sun Ke 孙可), 39-Wang Yongpo 王永珀 (84./17-Su Yuanjie 苏缘杰), 19-Wang Xiaolong 王晓龙, 3-Wang Jie 王杰 (70./13-Wu Wei 吴伟), 16-Zheng Dalun 郑达伦, 10-Alexandre Pato, 9-Yang Xu 杨旭\n30. Januar 2018 / Play-offs:\nTianjin Quanjian - Ceres-Negros (PHL) 2:0 (1:0)\n1:0, 2:0 Anthony Modeste (18., 57.)\nShanghai SIPG - Chiangrai United (THA) 1:0 (0:0)\n1:0 Yu Hai 于海 (48.)


url: =Experimental study on low temperature properties of dry density salted fine sand--《Arid Land Geography》2017年01期\nExperimental study on low temperature properties of dry density salted fine sand\nPAN Gao-feng;WU Ya-ping;LIU Zhen;ZHANG Xiao-bo;LI Jun-yu;CHEN E;ZHOU Yong;School of Civil Engineering,Lanzhou Jiaotong University;Jiangsu Testing Center for Quality of Construction Engineering Co.,Ltd.;Inner Mongolia Transit Design and Research Institute Co.,Ltd.;Traffic Planning Surveying & Designing Institute of Shanxi Province;Qinghai Local Railway Construction Investment Co.,Ltd.;\nHobson Lake as North Qinghai Province is one of China's most serious soil salinization hazard areas.In recent years,with the rapid development of economy and technology,more and more construction projects will be carried out here. In order to ensure long-term stability and security of the buildings in the area,a scientific inquiry of engineering properties and mechanical properties of saline soil is necessary. Based on the natural accumulated salt and local soil collected from Hobson Lake in September 2015,the indoor frost heave experiment of salted fine sand was performed to study the low temperature characteristics of salted fine sand with low dry density,investigate the mechanism of frost heave of salted fine sand,and analyze the frost shrinkage properties of salted fine sand. Results show as follows:(1)Salted fine sandy with low dry density has great difference in frost heave laws under different moisture conditions. Fine saline soil is frost heave under high moisture content(moisture content 16% and 18%);under low moisture content(moisture content 10% and 12%),the frost heave of fine sand disappears,but the phenomenon of freezing shrinkage appears. Under the critical water content(moisture content 14%),the low temperature characteristic of the saline soil is very special,fine sand occurs cold shrink under the critical moisture content at first,and then the frost emerges as the temperature decreases.(2)Under all moisture contents and salt contents,the volume change of the saline soil is stable at-28 ℃--30 ℃,and the increased salinity will reduce the initial occurrence of salted fine sand frost temperature. Furthermore,when the salt content is less than 10%,the frost shrinkage of the soil decreases with the increase of the salt content;when the salt content is more than 10%,freezing shrinkage increases with the increase of salt content,maximum frozen shrinkage is in the middle salt content of 10%.(3)Except for the condition under critical water content,the frost heave and frost shrinkage of salted fine sand with low dry density shows cubic polynomial relation with temperature and linear relation with moisture content. Compared with other water contents,the relationship between the law of frost heave of saline fine sand and temperature under critical moisture is more complex,so the Bi Dose Resp function was used to fit the frost heave rate data specially,the fitting correlation coefficient is 0.997 59,which is very high. In this paper,the effects of different salt content and water content on the low temperature deformation of saline sandy soil are considered,and the specific relationship between the salt content,water content and temperature are obtained. Find the engineering properties of saline soil has obvious particularity in the cold environment,and the conclusions in this paper can provide valuable theoretical basis for the construction in saline soil area.\n【Fund】： 中国铁路总公司科技研究开发计划课题(2015G005-C);; 国家科技支撑计划课题(2014BAG05B05)\n1 WANG Shuang;DING Jian-li;WANG lu;NIU Zeng-yi;College of Resources and Environment Science,Xinjiang University;Key Laboratory of Oasis Ecology,Xinjiang University;;Remote sensing monitoring of soil salinization based on surface spectral modeling[J];干旱区地理;2016-01\n2 DOU Kai-ge;WANG Yong-dong;LEI Jia-qiang;ZHAO Ying;JIA Meng-meng;SHEN Fang-yu;Xinjiang Institute of Ecology and Geography,Chinese Academy of Science;University of Chinese Academy of Sciences;;Salt distribution characteristics of Taklimakan Desert highway shelterbelt under saline water drip-irrigation[J];干旱区地理;2015-03\n3 MI Hai-zhen;CHEN Gao-feng;YANG Peng;HUANG Jian-ming;LIU Ya-feng;Institute of Rock-Soil Engineering,Lanzhou Univ.of Tech.;Gansu Electric Power Design Institute;;Experimental exploration of salt content for swelling initiation of sandish saline soil[J];兰州理工大学学报;2015-01\n4 ZHANG Ying;BING Hui;State Key Laboratory of Frozen Soil Engineering,Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences;University of Chinese Academy of Sciences;;Study of the Physical and Mechanical Properties of Saline Frozen Soil: Research Status and Progress[J];冰川冻土;2013-06\n5 DING Jian-li;ZHANG Zhe;LI Xin;YAN Xue-ying;College of Resources and Environment Science,Xinjiang University,Key Laboratory of Oasis Ecosystem of Education Ministry, Xinjiang University;;Assessment of dynamic evolution on soil salinization of an oasis in Turkmenistan of Central Asia[J];干旱区地理;2013-04\n6 FU Guang-qiang;LI Zhi-hua;WANG Jian-yong;WANG Shao-ming;WANG Hui-li;BATOOL Asfa;XIONG You-cai;State Key Laboratory of Grassland Agro-ecosystems,Institute of Arid Agroecology,School of Life Sciences,Lanzhou University;School of Life Sciences,Shihezi University;;Effects of seasonal freeze thawing on water and salt movement in saline lands[J];干旱区地理;2013-04\n7 LI Xue~1,LI Guo-min~1,WANG Zhi-min~1,SHAN Shuo~1,ZHANG Jiang-yi~1, LI Sheng-yu~2,FAN Jing-long~2 (1 EGL,Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China; 2 Xinjiang Institute of Ecology and Geography,Chinese Academy of Sciences,Urumqi 830011,Xinjiang,China);Soil water and salt with different water table depths along the Tarim Desert Highway[J];干旱区地理;2013-03\n8 ZHOU Li 1,2,WANG Yu gang 1,LI Yan 1,HUANG Gang 1(1 State Key Laboratory of Desert and Oasis Ecology,Xinjiang Institute of Ecology and Geography,Chinese Academy of Science,Urumqi 830011,Xinjiang,China;2 Graduate School of the Chinese Academy of Sciences,Beijing 100049,China);Effects of cultivation on soil salinity in upper soil profiles of the saline-alkali land[J];干旱区地理;2013-02\n9 QIAO Mu,ZHOU Sheng-bin,LU Lei,YAN Jun-jie,LI He-ping (Xinjiang Institute of Ecology and Geography,Chinese Academy of Sciences,Urumqi 830011,Xinjiang,China);Temporal and spatial changes of soil salinization and improved countermeasures of Tarim Basin Irrigation District in recent 25 a[J];干旱区地理;2011-04\n10 YANG Bao-cun,WANG Wei-wei,YANG Liu(Water Conservancy and Construction Institute of Tarim University,Aral 843300,Xinjiang,China);Integrated control technology of salt-frost heave deformation in saline soil subgrade of southern Xinjiang[J];干旱区地理;2011-01\n1 Liu Huan;Jia Keli;Zhang Junhua;College of Resource and Environment,Ningxia University;Institute of Environmental Engineering,Ningxia University;;Prediction of Alkalization Degree of cracked Alkaline Soil Based on Vegetation Spectral Information[J];绿色科技;2017-20\n2 LI Dongwei;SUN Qinjie;School of Civil Engineering,Fujian University of Technology;State Key Laboratory of Frozen Soil Engineering,Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences;Tianyuan Construction Group Co.,Ltd.,Decoration Design Tnstitute;;Mechanics characteristic test of artificial frozen soil under freeze-thaw cycles condition[J];有色金属(矿山部分);2017-05\n3 LU Longhui;HALIK Wahap;PENG Fei;ZHANG Qinqin;YUAN Yuyun;College of Resources and Environmental Sciences,Xinjiang University;College of Tourism,Xinjiang University;;The Relationship between Characteristics of Shallow Groundwater and Surface Soil of Keriya Oasis Area——Based on the Optimal Interpolation Method[J];中国农业科技导报;2017-09\n4 Lü Na-na;LUO Ge-ping;DING Jian-li;LI Jian-jun;LIU Li-juan;State Key Laboratory of Desert and Oasis Ecology,Xinjiang Institute of Ecology and Geography,CAS;College of Resources and Environmental Sciences,Xinjiang University;;Spatio-temporal Variation of Soil Salinity in Wastelands inside and outside of Oasis in Manas River Watershed in the Context of Dripping Irrigation[J];自然资源学报;2017-09\n5 WEI Xing;ZHOU Jin-long;JIA Rui-liang;ZENG Yan-yan;CHEN Da-chun;College of Water Conservancy and Civil Engineering,Xinjiang Agricultural University;Xinjiang Hydrology and Water Resources Engineering Research Center;;Distribution and Resource Estimation of Shallow Groundwater with Different TDS in Kashgar Region of Xinjiang[J];节水灌溉;2017-09\n6 ZHANG Jiao;FENG Zhi-xiang;CUI Shi-you;ZHAI Cai-jiao;Institute of Agricultural Sciences of Jiangsu Changjiang River Bank District;Rudong Meteorological Observatory;;Seasonal variations of soil salinity and soil factors in reclamation area of tidal flats with different salinity levels[J];江苏农业学报;2017-04\n7 ZHU Wu;Jiujiang River and Lake Authority;;Characteristic Research of Geotinite-Frost Heaving[J];中国水能及电气化;2017-08\n8 MA Chi;Liaoning College of Communication;;Estimation of soil salt content based on GF-1[J];干旱区资源与环境;2017-07\n9 Wang Rui;Yu Xiaokun;Wang Zhe;College of Civil Engineering,Northeast Forestry University;College of Civil Engineering and Architectural Engineering,Heilongjiang Engineering College;;On formation of diseases on roadbed in many-year frozen soil areas in Heilongjiang Province[J];山西建筑;2017-16\n10 MA Chi;Liaoning College of Communication;;Quantitative Retrieval of Soil Salt Content Based on GF-1[J];中国农村水利水电;2017-05\n1 CHEN Da-bo;YANG Degang;TANG Hong;ZHANG Yu-fang;XIA Wen-jin;Xinjiang Institute of Ecology and Geography, CAS;The Statistical Bureau of Urumqi Economic and Technological Development Zone (Toutunhe District);Agricultural Development Research Center of Sichuan, Sichuan Agricultural University;;Agricultural water consumption intensity and effecting factors in Ogan River Basin[J];干旱区地理;2014-03\n2 WU Ying;WU Shi-xin;ZHANG Juan;LIU Mei;Xinjiang Institute of Ecology and Geography,Chinese Academy of Sciences;University of Chinese Academy of Sciences;;Study of Xinjiang oasis with multitude of temporal and spatial data[J];干旱区地理;2014-02\n3 WU Xue-mei;TIYIP Tashpolat;SAWUT Mamat;SUN Qian;JIANG Hong-tao;ZHANG Fei;College of Resource and Environment Sciences,Xinjiang University;Key Laboratory of Oasis Ecology(Xinjiang University) Ministry of Education;;Spatial variability of soil moisture in typical oasis of different seasons in arid areas:a case of Yutian Oasis[J];干旱区地理;2014-02\n4 LI Ning;WANG Xing-peng;LI Miao-ling;Central Irrigation Station of Xinjiang Production and Construction Corps;College of Water Resource and Architectural Engineering,Tarim University;Key Laboratory of Modern Agricultural Engineering in Xinjiang;;Effect of Different Fertilization Modes and Drip Irrigation Quotas with Brackish Water on Enzyme Activities at Jujube Root Zone[J];灌溉排水学报;2013-06\n5 ZHANG Hai-tao;MENG Xiang-yu;CHEN Hong-yu;ZHANG Ye;College of Software,Liaoning Engineering Technology University;Harbin Industrial University;;Target Recognition of Hyperspectral Images Band Selection Method[J];计算机科学;2013-10\n6 Jing JIANG 1,2 , ZaiLin HUO 2 , ShaoYuan FENG 3 , ShaoZhong KANG 2 , FenXing WANG 2 , ChaoBo ZHANG 1 1 College of Water Science and Engineering, Taiyuan University of Technology, Taiyuan 030024, China; 2 Centre for Agricultural Water Research in China, China Agricultural University, Beijing 100083, China; 3 College of Water Science and Engineering, Yangzhou University, Yangzhou 225009, China;Effects of deficit irrigation with saline water on spring wheat growth and yield in arid Northwest China[J];Journal of Arid Land;2013-02\n7 YAO Yuan1,2,DING Jian-li1,2*,ZHANG Fang1,2,ZHAO Zhen-liang1,2,JIANG Hong-nan1,2 1.College of Research and Environmental Science,Xinjiang University,Urumqi 830046,China 2.Lab for Oasis Ecosystem,Ministry of Education,Urumqi 830046,China;Research on Model of Soil Salinization Monitoring Based on Hyperspectral Index and EM38[J];光谱学与光谱分析;2013-06\n8 WANG Ruo-shui 1,2,KANG Yue-hu 1*,WAN Shu-qin 1,HU Wei 1,LIU Shi-ping 1(1.Key Laboratory of Water Cycle and Related Land Surface Processes,Institute of Geographic Sciences and Natural Resources Research,Chinese Academy of Sciences,11 A Datun Road,Anwai,Beijing 100101,China;2.Graduate University of Chinese Academy of Sciences,Beijing 100049,China);Effect of Different Irrigation Regimes on the Distribution of Soil Salt under Drip Irrigation on Saline and Alkaline Soil in Inland and Arid Region[J];土壤通报;2013-03\n9 LI Xue~1,LI Guo-min~1,WANG Zhi-min~1,SHAN Shuo~1,ZHANG Jiang-yi~1, LI Sheng-yu~2,FAN Jing-long~2 (1 EGL,Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China; 2 Xinjiang Institute of Ecology and Geography,Chinese Academy of Sciences,Urumqi 830011,Xinjiang,China);Soil water and salt with different water table depths along the Tarim Desert Highway[J];干旱区地理;2013-03\n10 LI Fa-yong1,WANG Xing-peng1,LIN Jie2,LI Ning3(1.College of Water Resources and Architectural Engineering,Tarim University,Aral 843300,Xinjiang,China; 2.Kashgar Institute of Water Resources and Hydropower Survey and Design,Kashgar 844000,Xinjiang,China; 3.Experiment Station of Irrigation Center,Xinjiang Corps of Production and Construction,Urumqi 830002,China);Effect of Drip Irrigation with Brackish Water with Different Salinities on Soil Alkali-hydrolyzable Nitrogen Content in Rhizosphere of Ziziphus jujuba Trees[J];干旱区研究;2013-03


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