Study on Winding Control Technique of Reducing the Square Lithium ion Battery Core Deformation 减小方形锂离子电池电芯变形的卷绕控制技术研究
An intelligent control system for beam current from cold cathode PIG ion source was developed, taking TMS320LF2407A DSP as core device and fuzzy-neural network as basic control algorithm. 设计了一种以TMS320LF2407ADSP器件为控制核心,以模糊神经网络控制为主要算法的智能冷阴极潘宁气体离子源束流控制系统。
Purification of anti-HBcAg monoclonal antibodies using immobilized metal ion affinity chromatography Study on the Improvement of Immunogenicity of Myostatin with Hepatitis B Core Antigen 金属螯合亲和层析法纯化抗乙肝核心抗原单克隆抗体应用乙肝核心抗原增强肌肉抑制素免疫原性的研究
Four kinds of coin-type lithium ion batteries were prepared with the optimization in battery core structure and electrolyte composition. 结合对电池极群组结构和电解液组成的研究,制备出了4种扣式锂离子蓄电池。
Surface Modifications of Carbon Materials Used as Anode of Lithium Ion Battery ⅱ. The Carbon Material with Core Shell Structure and Its Positive Effect on Cell Performance of Graphite Anode 锂离子电池负极碳材料的表面改性与修饰Ⅱ.具有核壳结构的碳及其对电池性能的影响
The results of wettability alteration is mainly dependent on the source of asphaltenes and the ion constituent of brine contained in core samples. 测定结果表明,岩样润湿性改变的程度主要与沥青质的来源和岩样所含盐水的组成有关。
The above diffusing mechanism is explained from glass network structure and a realizable approach is suggested for minimizing the ion diffusion in the core and clad glass recipe design of rigid optical fiber element. 本文从玻璃网络结构观点解释了这一扩散机理,并就刚性光纤元器件芯、皮玻璃配方设计中如何使离子扩散减到最小程度提出了可行性措施。
Studies on the hydrolytic polymerization of chromium ( iii) ion IV. the transition between two types of "core plus links" compounds Cr~(3+)的水解,聚合作用Ⅳ.两种根+节体系之间的过渡状态
The mean effective ion charge Z_ ( eff) in the core of ohmic tokamak discharge has been determined from information on sawtooth-relaxations of the steady state plasma, using an analysis of the power balance of the plasma electrons in the plasma core. 基于等离子体锯齿弛豫振荡的测量和研究,结合芯区电子功率平衡的分析,获得一种可靠的确定芯区平均有效离子电荷数Zeff的测量方法。
The results of wettability determination show that the extent of wettability alteration is mainly dependent on the types of asphaltene and the ion constituent of formation water, and is also related to the ion concentrations and irreducible water saturation of core samples. 对润湿性的测定结果表明,油藏岩石润湿性改变的程度主要取决于沥青质的来源和地层水的离子组成,同时也与离子浓度和岩样的束缚水饱和度有关。
The relaxation characteristics are investigated with experiments of ion solutions of different paramagnetic melals and saturated core samples, which provides basic experimental data for nuclear magnetic resonance log. 通过对比实验分别研究不同含有顺磁性金属离子溶液及其饱和岩样的弛豫特性,为核磁共振测井提供了基础的实验数据。
At the same time, the ION research mainly focused on research on the Control Plane as it is the core and manifestation of intelligence of ION. 同时由于控制平面是智能光网络的核心及其智能的集中体现,对智能光网络的研究也主要集中在对控制平面的研究上。
But the key equipment for production of lithium ion battery& winding equipment for the core of lithium-ion battery, manual and semi-auto equipment are still as the principal ways in China. 但是锂离子电池生产中的关键设备&锂离子芯体卷绕设备,在我国仍以手工卷绕和半自动卷绕型为主。
FAIMS utilize the characteristic, which is nonlinear variation of ion mobility about different ions in the strong electric field, to achieve the separation and identification of ions. FAIMS sensitivity is high, core device is little and detecting time is short. FAIMS利用不同离子在强电场中离子迁移率非线性变化特性来实现离子的分离和识别,其具有灵敏度高、核心器件小、检测时间短等优点。
Intelligent Optical Network ( ION) emerges with the exponential growth of data traffic in recent years. The core of ION is the introduction of real-time control in traditional WDM network to realize the distribution of network resource on demand in a dynamic, real-time way. 近年来,随着数据业务的持续爆炸性增长,智能光网络应运而生,其核心就是在传统的WDM光网络中引入实时控制功能,完成网络资源的动态、实时、按需分配。
At present, polymer lithium ion batteries have been widely used in many fields of life because they have good security and stability. As the core of polymer lithium ion batteries, polymer electrolytes have been widely concerned. 目前,聚合物锂离子电池因具有较好的安全性和稳定性被广泛应用于各行各业,其核心组成聚合物电解质得到了广泛关注。