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6篇 您的检索式:作者名="Caiping Ding"
    题名 作者 年代 出处 被引量
1Spatial and temporal variability in the net primary production of alpine grassland on the Tibetan Plateau since 1982显示文摘基于 GIMMS AVHRR NDVI 数据( 8 km 空间分辨率)为 19822000 , SPOT 植被 NDVI 数据( 1 km 空间分辨率)为 19982009 ,并且观察植物生物资源数据, CASA 模型习惯于在高山的草地的变化在西藏的高原( TP )上让主要生产( NPP )赚的模型。这研究将帮助评估高山的草地生态系统的健康条件,并且对高原牧场并且到 TP 上的国家生态的安全躲蔽处的函数的理解的持续开发的提升很重要。NPP 变化的时间空间的特征用空间统计分析被调查,独立根据 physico 地理的因素(自然地区,高度,纬度和经度) ,河盆,和县级的行政区域。处理的数据用一个 ENVI 4.8 平台被执行,当一个 ArcGIS 9.3 和 ANUSPLIN 平台被用来进行空间分析并且印射时。主要结果如下:(1 ) TP 上的高山的草地的 NPP 逐渐地从东南减少到西北,它在降水和温度对应于坡度。从 1982 ~ 2009,在 TP 高山的草地的平均年度全部的 NPP 是 177.2 ??  ??  ?ZHANG Yili QI Wei ZHOU Caiping DING Mingjun LIU Linshan GAO Jungang BAI Wanqi WANG Zhaofeng ZHENG Du 2014Journal of Geographical Sciences2014,24,2:47
2The Achyranthes bidentata polypeptide k fraction enhances neuronal growth in vitro and promotes peripheral nerve regeneration after crush injury in vivo显示文摘We have previously shown that Achyranthes bidentata polypeptides(ABPP), isolated from Achyranthes bidentata Blume(a medicinal herb), exhibit neurotrophic and neuroprotective effects on the nervous system. To identify the major active component of ABPP, and thus optimize the use of ABPP, we used reverse-phase high performance liquid chromatography to separate ABPP. We obtained 12 fractions, among which the fraction of ABPPk demonstrated the strongest neuroactivity. Immunocytochemistry and western blot analysis showed that ABPPk promoted neurite growth in cultured dorsal root ganglion explant and dorsal root ganglion neurons, which might be associated with activation of Erk1/2. A combination of behavioral tests, electrophysiological assessment, and histomorphometric analysis indicated that ABPPk enhanced nerve regeneration and function restoration in a mouse model of crushed sciatic nerve. All the results suggest that ABPPk, as the key component of ABPP, can be used for peripheral nerve repair to yield better outcomes than ABPP.Qiong Cheng Chunyi Jiang Caiping Wang Shu Yu Qi Zhang Xiaosong Gu Fei Ding 2014Neural Regeneration Research2014,9,24:5
3High-salt diet during pregnancy and angiotensin-related cardiac changes 显示文摘Yang Ding Juanxiu Lv Caiping Mao 2010Hypertension2010,28,:1
4DNA Functionalized Fluorescent Quantum Dots for Bioanalytical Applications显示文摘作为一最新发展了荧光灯探查,有唯一的光性质的 DNA functionalized 量点(QD ) 在 bioanalytical 应用程序起一个关键作用。现在的评论在 DNA 的变化形式技术上提供概述给 QD,包括静电的吸引力,共有原子价附件,特定的效果和直接合成。另外,我们在 bioapplications 在 DNA functionalized QD 上总结最近的进展,例如指向 nucleic 酸,离子,小分子和蛋白质察觉,房间成像和疾病诊断。最后,我们在 DNA functionalized 上有关当前的挑战想象方面荧光灯 QD。Cuiling Zhang Caiping Ding Dongshan Xiang Li Li Xinghu Ji Zhike He Yuezhong Xian 2016Chinese Journal of Chemistry2016,34,3:1
5High - salt diet during pregnancy and angiotensin - related cardiac changes 显示文摘Yang Ding Juanxiu Lv Caiping Mao 2010Hyperten- sion2010,28,:1
6State of health based battery reconfiguration for improved energy efficiency显示文摘This paper analyzes the system-level state of health(SOH)and its dependence on the SOHs of its component battery modules.Due to stochastic natures of battery aging processes and their dependence on charge/discharge rate and depth,operating temperature,and environment conditions,capacities of battery modules decay unevenly and randomly.Based on estimated SOHs of battery modules during battery operation,we analyze how the SOH of the entire system deteriorates when battery modules age and become increasingly diverse in their capacities.A rigorous mathematical analysis of system-level capacity utilization is conducted.It is shown that for large battery strings with uniformly distributed capacities,the average string capacity approaches the minimum,implying an asymptotically near worst-case capacity utility without reorganization.It is demonstrated that the overall battery usable capacities can be more efficiently utilized to achieve extended operational ranges by using battery reconfiguration.An optimal regrouping algorithm is introduced.Analysis methods,simulation examples,and a case study using real-world battery data are presented.Le Yi Wang George Yin Yi Ding Caiping Zhang 2022Control Theory and Technology2022,20,4:0
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