参量

The check and measure methods of Bragg angle step and precision etc. parameters with high precision autocollimation are investigated.

针对同步辐射光束线中的弧矢聚焦双晶体单色器，研究了高准确度自准直平行光管对Bragg转角的步长分辨、转角准确度等参量检测的方法。

The aim of this dissertation is to develop a measure system of dispersion and interaction impedance, which has high measure precision and automatism.

因此，研制出一套高度自动化、具有较高测量精度的冷参量在线测量系统就成为行波管科研生产单位的迫切需求，这也是本论文的工作目标。

In this paper, the effects of thermal field of fast axial flow CO〓 laser are analyzed carefully and systematically.

本论文对快速轴流CO〓激光器中的热场效应进行了全面系统研究，在充分考虑热效应引起的放电工作气体负透镜效应以及谐振腔镜片正透镜效应的情况下综合分析它们对激光谐振腔振荡场模参数的影响，最后给出了在一定功率与光束发散角要求下对器件参量的要求。

Therefore,an attempt was made to describe the essence,signification and the correct application conditions of measurement parameters of PAM chlorophyll fluoremeter in this paper,as well as the derivation of relative measurement formula from perspective of axiomatization.

为此，本文尝试从其本质、意义及其正确的使用条件等方面对调制叶绿素荧光仪的测量参量进行阐述，并对应用中的相关计量公式从公理化的角度进行了演释推导。

Because the pressure is a key feature of the internal ballistic inside, change curve of the pressure with time can show the circumstance of internal ballistic inside.

最主要的测量对象是压力，因为只有压力能表征内弹道的循环特性，从压力曲线可以得到火药的火药力、压力冲量及火药的燃速等重要参量。

A great deal locale data proves the stabilization of this system. The paper studies the method and principle of multi-parameter on-line monitoring system and application of main transformer insulation for Basha 220kv transformer substation in Yibin.

论文通过对宜宾白沙220KV变电站主变压器实施多参量在线监测原理及方法的研究，为无人职守站的推广应用和及主变压器在线监测装置做出了实际尝试。

For the implantation dose determines the irradiation injury degree of biological sample,it's a important parameter that should be measured and controlled accurately in the experiment.

在离子注入生物诱变实验中，注入剂量决定了生物样品的辐射损伤程度，是要求精确测定并控制的一个重要参量。

In this paper,a method of chaos control in Bragg acousto-optic bistable system is proposed by using delay feedback acting on system parameter.

针对Bragg声光双稳系统的混沌态，提出了利用延迟反馈的方法对系统参量进行控制的方法，并讨论了连续、间隙两种控制方法下系统的状态演化。

Based on the Boltzmann equation,taking the silicon film as example,the temperature effects on the heat capacity of carrier and lattice,thermal conductivity,relaxation time have been studied with the finite difference method.

基于Boltzmann方程，采用了Chen J K等人建立的自相关模型，考虑了Si薄膜的热容、热导率、弛豫时间等热力学参量随温度非线性变化的影响。

The inelastic scattering angular distributions of discrete levels and double differential cross sections were calculated and analyzed by using the distorted wave Born approximation theory ,the unified Hauser-Feshbach model and the exciton model.

应用得到的光学模型势参量，根据光学模型、统一的Hauser-Feshbach和激子模型理论以及扭曲波玻恩近似理论，系统计算和分析了中子与58，60Ni反应的非弹散射角分布和双微分截面，理论结果与实验很好地一致。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。