E is a Visual Programming Language ( VPL), which can be used to depict Virtual Instrument System ( VIS).

The ultrastructure and synaptic relationship of projection fiber terminals from area SI to VPL in the cat

皮质丘脑纤维终末的超微结构及突触联系

Isolation and sequencing of VPl region of enterovirus 71 strains in Zhejiang, China

浙江省肠道病毒71型的分离与VP1区域序列分析

Research of the optimal route of the sailboat based on VPP

基于VPP帆板最佳航线的研究

Implementation framework for virtual instrument component library of VPP

VPP虚拟仪器元件库的实现框架

Collaborative development of intelligent instrument based on VPP

基于VPP规范的智能仪器协同开发

Establishing and Realizing of VPP Method Basing on Functional Analytic Theory

基于泛函数分析VPP计算模型的建立与实现

Relationship between HIV Vpr and apoptosis and its roles

HIV Vpr蛋白与细胞凋亡的关系及其作用

Recent Advance in Apoptosis Induced by HIV Vpr

HIV Vpr蛋白诱导细胞凋亡研究进展

Objective To construct hepatocarcinoma specific expression vector of HIV-1 vpr gene.

目的构建可在肝癌细胞中特异性表达人HIV1vpr基因的重组表达载体。

Among the viral offensive strategies, Vpr plays a particularly active role.

在病毒侵犯宿主细胞的过程中，Vpr蛋白发挥着重要的作用。

【 Objective 】 In order to confirm the function of vpr gene.

目的进一步确定vpr基因及相关蛋白的功能。

Study on the Application of HIV Vpr to Specific Hepatoma Gene Therapy

HIV Vpr蛋白应用于特异性肝癌基因治疗的研究

Structure Description Method for Hierarchical FPGA Based on VPR

基于VPR的层次式FPGA结构描述方法研究

In this paper, the electrode materials of VRB were modified, and the kinetic parameters of varies working electrodes reaction were also calculated.

本论文针对钒电池电极材料进行了改性研究，计算了不同工作电极反应的动力学参数。分析了电池充放电过程中电池性能的变化及其电池失效的原因。

All vanadium redox flow battery ( VRB) is a novel electrochemical apparatus which can transfer and store electricity effectively.

全钒液流电池是一种新型高效电能转化与储存装置。

Vanadium redox flow battery ( VRB) is mainly used in energy storage of wind energy and solar energy and regulation of power grid.

钒电池（VRB）是一种新型的储能电池，主要应用于风光储能和电网调节中。

It was examined in VRB that the over potentiality was mainly caused by positive pole reactions.

实验表明：电池的过电位主要由正极反应造成；

Study on VRB variable wind in automatic meteorological observing system

自动观测系统中VRB风向不定问题的探讨

However, many problems of electrode materials restrict the development of VRB.

但目前钒电池在电极材料方面还存在很多问题，制约着钒电池的发展。

Effects of current density and temperature on the performance of VRB

电流密度和温度对VRB性能的影响