The development of universal data output platform of the comprehensive mud logging equipment;
综合录井仪通用数据输出平台系统开发
On teacher′s input and students′ output in English teaching;
英语教学中教师的输入与学生的输出(英文)
Research on strategic export about ideology of engineering construction standards;
中国工程建设标准化理念战略输出浅探
Imaging Export & Recording Equipments——Technical Achievements of Information Recording Materials in Imaging Fields(8);
成像输出记录设备——信息记录材料在成像领域技术进展(八)
Export Strategy of Labor Services in Chinese Small Towns;
中国小城镇劳务输出战略
Strength analysis on output shaft gear of Fl reduction device;
热轧F1减速机输出轴大齿轮强度分析
A harmonic transmission with a integrative plastic part of a flexible wheel and the output shaft;
一种柔轮与输出轴为整体塑料件的谐波传动
Stress analysis of automotive drive shaft center bearing and transmission output shaft;
汽车传动轴中间支承及变速器输出轴受力分析
Study on the energy output characteristics and action with objects of different explosives in the confined field;
密闭空间内不同炸药爆源的能量输出结构及与目标作用研究
The effect of major factors were studied by means of single factor test and orthogonal test,and the energy output of the sub-micron TATB and that of its raw material were tested.
通过单因素和正交试验对各种影响因素进行了研究,并测试了产品细化前后的能量输出变化。
In order to improve energy output and impact security of 2,6-bis(picrylamino)-3,5-dinitropyridine(PYX),the micron PYX particle with mean particle diameter of 1.
为了提高耐热炸药2,6-二苦氨基-3,5-二硝基吡啶(PYX)的能量输出和撞击安全性,以N-N-甲基甲酰胺(DMF)为溶剂,蒸馏水为非溶剂,采用溶剂-非溶剂重结晶细化技术制备出了重均平均粒径为1。
The light output as a function of electron and proton energy for SND-S1 liquid scintillator was measured using several γ-ray sources and mono-energy neutrons from D-D,D-T nuclear reactions.
采用不同能量的γ射线标准源及D-D、D-T核反应的单能中子源分别测定了新型液体闪烁体SND-S1的光输出随粒子能量的变化,采用Monte-Carlo程序Penelope模拟计算了137Csγ射线的能量分布谱,最大康普顿电子能量的计算值和实验值相差2。
The light output and its non-uniformity of nine crystal samples with 40 mm×40 mm×300 mm dimensions were tested.
实验测试了中国科学院近代物理研究所制备的9根大尺寸闪烁晶体样品(40 mm×40 mm×300 mm)的光输出及其非均匀性。
CsI(Tl) Crystal light output and uniformity was measured with different wrap material and different thick.
对于不同厚度和不同层数的Teflon、millipor和Tyvek三种反光膜包裹下闪烁晶体的光输出量及其均匀性进行了一系列的测量和比较,选择BESⅢ量能器晶体的反射材料。