去查网 logo

friction sentivity of explosive

中文翻译炸药的摩擦感应度

同义词释义

    1)friction sentivity of explosive,炸药的摩擦感应度2)sensitivity to friction of propellants and explosives,火炸药摩擦感度3)Friction sensitivity,摩擦感度4)impact sensitivity,摩擦感度5)impact sensitivity of explosives,炸药的撞击感度6)explosive sensitivity,炸药感度

用法例句

    Effect of particle size of RDX on impact sensitivity and friction sensitivity is systematically studied.

    系统研究了RDX粒度对撞击感度和摩擦感度的影响,实验测试的RDX平均粒径为1。

    To compare the properties of superfine RDX with common industrial RDX, and those of granulated superfine RDX with granulated industrial RDX, the impact sensitivity,friction sensitivity, brisance were tested in the same condition.

    采用纯超细RDX与工业RDX ,以及以超细RDX和工业RDX为主体、采用相同配方和制备工艺制取的高分子粘结炸药对比的方式 ,在相同的实验条件下 ,对撞击感度、摩擦感度、爆轰感度进行了测试和研究 ,得出超细RDX无论是纯品还是高分子粘结炸药 ,其撞击感度、摩擦感度均低于工业RDX ,而爆轰感度优于工业RDX的结论。

    The results of sensitivity tests show that the nano-LaCoO_3 makes the impact sensitivity and thermal sensitivity of these explosive mixture decrease and the friction sensitivity of the mixture increase.

    结果表明,纳米LaCoO3对含有AP的RDX基爆炸混合物的热分解具有一定的催化作用;纳米LaCoO3使RDX基混合炸药的撞击感度和热感度降低,摩擦感度增大。

    The impact sensitivity,friction sensitivity,thermal sensitivity (explosion point) and sensitivity to electrostatic spark of HNIW were measured according to the Chinese National Military Standard (GJB).

    测定了六硝基六氮杂异伍兹烷( H N I W) 的撞击感度、摩擦感度、热感度及静电火花感度。

    A method to evaluate explosive sensitivity by the degree of grey incidence between the tested explosive and standard explosive is presented.

    文中提出了一种用比较被测炸药与基准炸药的灰色关联度评价炸药感度的方法,对几种炸药的感度进行了排序,所得结果与加权系数相同时的贴近度法完全一致,说明文中所提的方法是可行的。

    Sequence is lined up according to explosive sensitivity.

    提出了以比较被测炸药与基准炸药的贴近度评价炸药感度的方法 ,对几种炸药的感度进行了排序 ,并进行了讨论。

    Trinitrotriazidobenzene is less sensitive to impact and friction than mercury fulminate.

    三硝基三叠氮苯的摩擦感度和冲击感度比雷汞低。

    The propellants are acceptable for military purposes as relates to surveillance, electrostatic sensitivity and friction sensitivity.

    就监视安定度,静电感度和摩擦感度而言,这些推进剂是可作为军用的。

    Effect of Friction Speed on Friction and Wear Performance of Cu-matrix Friction Materials

    摩擦速度对铜基摩擦材料摩擦磨损性能影响

    Research on Influence of Friction Surface Temperature on the Friction Coefficient of Micro-car Clutch Friction Material

    摩擦面温度对微车离合器摩擦材料摩擦因数影响的研究

    testing method for colour fastness to rubbing-crock meter method

    纺织品耐磨擦色牢度试验磨擦:摩擦色牢度仪法

    Speed measurement for runway friction measurements based on GPS/hall sensor fusion

    基于GPS/霍尔转速传感器融合的机场跑道摩擦系数测试车速度测量

    The Influence of Friction Surface Temperature on Friction Coefficient of Clutch Friction Pair

    离合器摩擦副表面温度对摩擦因数的影响

    The act of rubbing against the body of another person, as in a crowd, to attain sexual gratification.

    摩擦淫摩擦另一人身体的动作以获取性快感,如在公共场合

    Correlations of Friction Powder, Interfacial Temperature and Interface Shear Strength During Ti-17 Linear Friction Welding

    Ti-17线性摩擦焊摩擦功率、界面温度及剪切强度之间的关系

    This paper objectively expounds the frictional mechanism of plastic deformed surface from the angle of tribology.

    文章客观地从摩擦学角度阐明了塑性变形表面的摩擦机理。

    Flow Field Analysis of Oil Way and Transient Heat Transfer Analysis of Friction Plate in Wet Multi-plate Friction Clutch

    湿式摩擦离合器油路流场及摩擦片瞬态温度场分析

    Experimental Study on the Potential-Controlled Friction Behaviors of ZrO_2/Stainless Steel Pairs under Different Normal Loads and Sliding Speeds

    不同载荷和速度下氧化锆/不锈钢摩擦副电控摩擦行为的实验研究

    The Analysis Of the Tribological Property of The Ferromagnetic Materials Couples

    直流磁场强度对铁磁性材料摩擦副摩擦特性的影响

    Tibological Characteristics of H68/QCr0.5 Rubbing Pairs under Electric Current with Different Surface Roughness

    表面粗糙度对黄铜/铬青铜摩擦副载流摩擦磨损性能影响的研究

    "There are three classes offriction: dry, greasy, and viscous. "

    有三种摩擦状态:干摩擦、滑动摩擦和粘性摩擦。

    pertaining to or worked or produced by friction.

    关于摩擦或摩擦力,由摩擦或摩擦力产生。

    Sintered metal friction materials-Determination of density

    GB/T10421-1989烧结金属摩擦材料密度的测定

    testing method for color fastness to rubbing with organic solvents

    纺织品耐有机溶剂摩擦色牢度试验法

全部查询工具

关于我们免责声明联系我们网站地图最近更新

免责说明:本站为非营利性网站,本站内容全部由《去查网》从互联网搜集编辑整理而成,版权归原作者所有,如有冒犯,请联系我们删除。

Copyright © 2020 - 2024 quchaw.com All rights reserved.浙ICP备20019715号