1)electrostatic charge静电电荷
英文短句/例句
1.Charge decay test system based on MCU and LabVIEW基于单片机和LabVIEW的静电电荷衰减测试系统
2.Electrostatics refers to stationary arrangements of electrical charge.静电指的是电荷的静止分布。
3.Electrostatic attraction occurs between opposite electrical charges: ＋and-.静电吸引发生于相反的电荷之间：＋与－。
4.ANALYTICAL CALCULATIONS OF THE 3-D ELECTROSTATIC FIELDS OF ARC UNIFORM LINE CHARGES弧形均匀线电荷三维静电场解析计算
5.Analysis of Charge Distribution on Conductor Electrostatic Balance;关于导体静电平衡时电荷分布的分析
6.Study of Surface Charge Distribution Based on Conductor Electrostatic Balance静电平衡条件下导体面电荷分布研究
7.Study on Motion of Charged Particles in Electric Field of Electrostatic Precipitator;静电除尘器荷电粒子在电场中运动方式研究
8.Electrostatic coagulation of bipolar-charged particles in an external AC electric field双极荷电颗粒在外加交变电场中的静电凝聚
9.Oxide-Trapped Charges Induced by Electrostatic Discharge Impulse Stress由静电放电脉冲应力产生的氧化层陷阱电荷
10.Study on Oil Corona Discharge and Atomization Experiment with Electrostatic Spray静电喷涂中油液的电晕荷电及雾化试验研究
11.The electricity that collects on insulators is called a static charge because the electricity is at rest.集聚在绝缘体上的电叫静电荷，因为这种电是静止的。
12.produces a high voltage by building up a charge of static electricity.通过产生静位觉电荷制造高压。
13.Planck’s Absolute Entropy of the Dirac Field of Static Spherically Symmetric Black Holes;静态球对称荷电黑洞Dirac场的Planck绝对熵
14.Simulation analysis of a quasi-static charge amplifier based on multisim基于Multisim的准静态电荷放大器仿真分析
15.Electrostatic repulsion occurs between identical charges: -and-, or ＋and＋.静电排斥发生于相同的电荷之间；＋与＋，或－与－。
16.Within the remainder of the dielectric the net charge per unit volume remains zero.在电介质的其余部分，单位体积的静电荷仍为零。
17.Large static charges may build up in the bed causing spark discharges.大量静电荷可能在床内积聚而引起火花放电。
18.The Investigation about the Technology of Filtration in Particle Layer Accelerating by Electrostatic Charge and Percharge;预荷电与静电增强对颗粒层过滤的影响研究
相关短句/例句
electrostatic charge静电荷
1.The configuration and quantum chemistry parameters of quinclorac esters such as,△E(E_(LUMO)-E_(HOMO)),heat of formation(HF),electrostatic charges of active point were cal- culated using quantum chemistry program.利用量子化学程序计算了12个氯喹酸酯化合物的量子化学参数(如:最高占据轨道能级、最低空轨道能级、生成热、偶极矩、活性部位原子静电荷等),并对玉米根抑制活性进行了定量结构-活性相关(QSARs)分析,其中最低空轨道能级、羰基氧原子静电荷参数共同构建的多元高阶模型准确性最高(R=0。
2.Experiments were performed in a gas-solid fluidized bed to determine the changes in the electrostatic charges with addition of various fine polyethylene particles,which were the same material as the coarse polyethylene particles,to better understand their role in influencing electros.有研究[6-8]表明,加入细粉可以起到减少流化床中静电荷积累量的效果,但却仅对与流化床中的主体大颗粒类型不同的细粉进行了考察。
3.The configuration and quantum chemistry parameters of quinclorac esters,such as ΔΕ(ELUMO-EHOMO),heat of formation(EHF),dipole moment,electrostatic charges of active point were calculated using quantum chemistry program.利用量子化学程序计算了12个氯喹酸酯化合物的量子化学参数,如最高占据轨道能级、最低空轨道能级、生成热、偶极矩、活性部位原子静电荷等,并对玉米根抑制活性进行了定量结构-活性相关(QSARs)分析,其中最低空轨道能级、前线轨道能级差、偶极矩、原子静电荷4类参数共同构建的模型准确性最高(R=0。
3)static charge静电荷
1.The data acquisition and handing system controlled by computer for static charge along meridians in human;人体经络静电荷的计算机数据采集与处理系统
4)effective static charge静态电荷
5)friction electrostatic charge摩擦静电荷
1.Experimental results show that the friction electrostatic charge of the antistatic fibers prepared by conspinning polypropylene and composite antistatic agent was lowere than that of the antistatic fibers prepared by conspinning polypropylen.实验结果表明:与含碳纳米管的有机抗静电剂混纺的聚丙稀纤维的摩擦静电荷显著低于与纯有机抗静电剂混纺的聚丙稀纤维,而与含化学镀银的碳纳米管的有机抗静电剂混纺的聚丙稀纤维的摩擦静电荷进一步降低,经过化学镀银的碳纳米管,导电性和抗静电效果进一步提高。
6)statically charged ball静态荷电球
1.An interior solution for higher-dimensional statically charged ball has been obtained under certain assumptions.严格求解Einstein-Maxwell方程,得到了高维静态荷电球体的一个内部解,并将TOV方程推广到了高维荷电情形。
延伸阅读
电荷电荷electriccharge物质的固有属性之一。琥珀经摩擦后能够吸引轻小物体的现象是物体带电的最早发现。继而发现雷击、感应、加热、照射等等都能使物体带电。电分正、负，同号排斥，异号吸引，正负结合，彼此中和，电可以转移，此增彼减，而总量不变。构成物质的基本单元是原子，原子由电子和原子核构成，核又由质子和中子构成，电子带负电，质子带正电，是正、负电荷的基本单元，中子不带电。所谓物体不带电就是电子数与质子数相等，物体带电则是这种平衡的破坏。在自然界中不存在脱离物质而单独存在的电荷。在一个孤立系统中，不管发生了什么变化，电子、质子的总数不变，只是组合方式或所在位置有所变化，因而电荷必定守恒。为了说明电荷的特征，不妨与质量作一些类比。电荷有正、负之分，于是电力有排斥力和吸引力的区别，质量只有一种，其间总是相互吸引，正是这种区别，使电力可以屏蔽，引力则无从屏蔽。A.爱因斯坦描述了质量有随运动变化的相对论效应；而电子、质子以及一切带电体的电量都不因运动变化，电量是相对论性的不变量。电荷具有量子性，任何电荷都是电子电荷e的整数倍，e的精确值(1986年推荐值)为：
