极间的

基本解释 (translations)

interelectrode  ·  interpolar  ·  intrapolar

与极间的相关的网络例句 [注：此内容来源于网络，仅供参考]

There were significantly correlation among the 9 egg quality traits in silkies. There were positive phenotypic correlation among albumen proportion and egg weight (P.01), Haugh Unit and albumen proportion (P.05), shell proportion, shell strength and shell thickness (P.01) respectively. There were negative phenotyp

4本研究还进行了丝羽乌骨鸡蛋品质各个性状间的相关分析，结果发现蛋壳强度与蛋壳厚度极显著正相关(P.01)；蛋黄比例与蛋重极显著负相关(P.01)：蛋壳比例与蛋壳强度、蛋壳厚度极显著正相关(P.01)；蛋白比例与蛋重极显著正相关(P.01)，与蛋黄比例、蛋壳比例极显著负相关(P.01)；哈氏单位与蛋黄比例极显著负相关(P.01)，与蛋白比例显著正相关P 。

When because of come from exterior heat should dint but make resin layer constringency, Al creation slippery move, creation grid-leak pole bad problems such as the leakiness of and the leakiness of the grid-source pole etc..

当由于来自外部的热应力而使树脂层收缩时， Al产生滑移，产生栅极-漏极间的泄漏及栅极-源极间的泄漏等不良的问题。

Based on the mechanical phenomena appeared in the experiments,put forward three suppositions about magnetic line of force named repellency among lines,least resistance route property and amount limit property when magnetic line of force penetrates ferromagnet.

依据实验中电磁、永磁两种元件同极间的力学现象，提出了关于磁力线性质的三个假说，认为磁力线具有线间斥性、最小阻径性和磁力线通过铁磁质时的容限性。

At last of the paper, it's studied the relationship between the resistance of the pins of the pincushion 2D PSD and Gear theorem, and find the way to get the boundary resistance and square resistance of sensitive area from the resistance of the pins which can get the position nonlinearity rapidly.

最后，研究了枕型二维PSD的极间电阻与Gear定理之间的关系，可由具体器件的极间电阻确定其单位长度的边界电阻与光敏区方块电阻，从而可以用Gear定理来判别器件的位置线性度，克服了试片法以一概全的缺点。

When the aphids were feeding on Ww2730 seedlings, the time to 1st probing was delayed compared to those on Xiaoyan22 and Batis, searching was interrupted before 1st probing, and 1st probing was shorter than that on Xiaoyan22 and Batis significantly. Duration of pd Ⅱ-1 on Ww2730 and Xiaoyan22 was much longer than that on Batis. Duration of pd in C waveforms on Ww2730 was longer than that on Xiaoyan22 and Batis remarkedly. Times and duration of G waveform on Ww2730 were more and longer. Times of spot G waveform on Batis were more than on Ww2730 significantly, but the duration was shorter than those on Xiaoyan22 and Ww2730. Total time of E1 waveform, max longest duration of E1 fractions and mean duration time of E1 fractions following E2 wavefrom on Xiaoyan22 and Batis were all longer than on Ww2730 statistically. There were no differenences among mean durations of 1st E1 wavefrom on three varieties, but mean durations of other E1 waveforms on Ww2730 and Xiaoyan22 were shorter than those on Batis. The other waveform parameters, include times and durations of F and E2 were all not different on three wheat varieties.It is suggested that the resistance mechanism of wheat variety Ww2730 to S.

麦长管蚜在品种Ww2730上口针开始接触叶面时间显著晚于小偃22和Batis，第1次持续刺探前的刺探次数显著多于小偃22和Batis，开始刺入叶面后第1次刺探的持续时间极显著短于小偃22和Batis；在Ww2730和小偃22上的PdⅡ-1的平均时间显著长于Batis；Ww2730上C波阶段2个Pd波间的间隔平均时间显著大于另外2个品种；在Ww2730木质部取食的次数和时间显著大于其它2个品种；Batis上的点G波的次数极显著地高于Ww2730，而平均持续时间极显著短于小偃22和Ww2730；在Batis和小偃22上E1波的总时间，E1波的最大值、跟随E2波的E1波的平均时间均显著大于Ww2730；3个品种间第1次E1波持续的时间差异不显著，但Ww2730和小偃22上其它E1波持续的时间极显著少于Batis；3个品种上其它波形参数，包括F波的次数和总时间、E2波的次数和总时间没有差异。

There was significant allomatric growth of Phalaris arundinacea and Phalaris arundinacea between ramets height and biomass or constituent biomass, between ramets biomass and constituent biomass in wet and drought environments. And the relationship between ramets biomass or height and ramets quantitative characteristics also followed allomatric growth for Phragmites australis and Phragmites Jeholensis in wet and drought environments.

水生生境和旱生生境生长的虉草和紧穗三棱草，分株高度和分株生物量、组分生物量以及分株生物量和组分生物量间存在着极显著的异速生长关系；水生生境和旱生生境生长的芦苇以及水生生境生长的热河芦苇，分株生物量和分株数量性状以及分株高度和分株数量性状间存在极显著或显著的异速生长关系。

We also strongly suggest that the recently reported chaperone acitivity of periplasmic PDI-ase and PPIase assayed by traditional substrate should be reexamined using periplasmic proteins as substrate due to the significant difference between those two classes of proteins, the possible chaperone fuctions of PDIase and PPIase in vivo should be reappraised.

同时，由于本实验结果显示膜间质蛋白与常用的分子伴侣测活底物蛋白在聚集行为上存在极显著的区别，我们建议对最近报导的膜间质蛋白二硫键异构酶和脯氨酸顺反异构酶分子伴侣活性以膜间质蛋白为底物再进行验证，对其在膜间质是否发挥分子伴侣功能重新慎重考虑。

All plugs areindependent storehouse; In the multi-purpose place copper-piece reaches 0.5mmfor thickness the acid pickling phosphor bronze; N, E, the Linterelectrode connection reaches 5mm for the width the yellow coppertape connection.

所有插座均为独立仓位；万能座内铜件为厚度达0.5mm 的酸洗磷青铜； N 、 E 、 L 极间的连接为宽度达5mm 的黄铜带连接。

The gating of PMT was realized with the method of adding the applied gating and gain-control nano-second pulse, and by changing the electric potential difference between the cathode and the first dynode.

采用给PMT外加选通和变增益纳秒电脉冲的方法，通过改变PMT光阴极与第一打拿极之间电势差，实现PMT选通；借助给PMT最后一个打拿极外加变增益高压脉冲改变PMT最后一个打拿极与前置打拿极间的电势差，实现PMT变增益。

The gating of PMT was realized with the method of adding the applied gating and gain-control nano-second pulse, and by changing the electric potential difference between the cathode and the first dynode. The gain control of PMT was complemented by the aid of adding the high voltage pulse to the last dynode of PMT to change the electric potential difference between the last dynode and front dynode.

采用给PMT外加选通和变增益纳秒电脉冲的方法，通过改变PMT光阴极与第一打拿极之间电势差，实现PMT选通；借助给PMT最后一个打拿极外加变增益高压脉冲改变PMT最后一个打拿极与前置打拿极间的电势差，实现PMT变增益。

与极间的相关的网络解释 [注：此内容来源于网络，仅供参考]

climax：顶极

演替顶极(climax)植物群落演替学说中的一个概念. 由美国植物生态学家克莱门茨所提出,认为演替顶极是一定地区气候条件下的自然群落最终发展(演替)阶段,它与地区气候和其他环境因素间的相互关系处于平衡状态,是最中生和最稳定的群落.

climax community：顶极群落

以及它们相互之间的关系和与环境相互间的关系,都趋于稳定,演替顶极意味着一个自然群落中的一种稳定情况. 目录 1.演替顶极(climax)是美国学者Clements(1916,1928,1938)提出的,是指演替最终的成熟群落,或称为顶极群落(climax community).

dipole：电偶极

蛋白质(Protein)是一切生物藉以表现生命功能的基本单元.任何一个生命体的繁衍,新陈代谢,行.每一个蛋白质都由二十种氨基酸(amino acid)依特订的秩序串联而成.不同的蛋白质则由不同长分子和水分子间的表面张力及其电偶极(dipole)间电磁力的交互作用,

interelectrode：极间的

interdiffusion 相互扩散 | interelectrode 极间的 | Interelectrode capacitance 极际电容

interelectrode capacitance：极际电容

interelectrode 极间的 | Interelectrode capacitance 极际电容 | interelectronic 电子间的

interelectrode capacitance：极间电容=>電極間容量

interelectrode 极间的 | interelectrode capacitance 极间电容=>電極間容量 | interelectrode conductance 极间电导

interpolar：极间的

2008. interphone 内部互通电话 | 2009. interpolar 极间的 | 2010. interpolar axis 极间轴线

interpolar：极间 极间的

interpluvialinterval间雨期 | interpolar极间 极间的 | interpolaraxis极间轴线

interpolar axis：极间轴线

2009. interpolar 极间的 | 2010. interpolar axis 极间轴线 | 2011. interpolar gap 极间空隙

space charge region：空间电荷区

在这种状况下,由源极出发的载子经由通道到达夹止点时,会被注入漏极周围的空间电荷区(space charge region),再被电场扫入漏极. 此时通过MOSFET的电流与其漏极-源极间的电压且VDS无关,只与栅极电压有关,关系式如下:上述的公式也是理想状况下,