损耗因子的英文

• dissipation factor
• loss factor

• "损耗"英文翻译    loss; wear and tear; deterio ...
• "因子"英文翻译    divisor; factor; determiner; ...
• "损耗因子(系数)" 英文翻译 :    shrink factor
• "弹性损耗因子" 英文翻译 :    elastic loss factor
• "动态损耗因子" 英文翻译 :    dynamic loss factor
• "介电损耗因子" 英文翻译 :    dielectric dissipation factor; dielectric loss factor
• "力学损耗因子" 英文翻译 :    mechanical loss factor
• "模态损耗因子" 英文翻译 :    modal loss factor
• "介电损耗因子；介电损耗角正切" 英文翻译 :    dielectric dissipation factor
• "声损耗因数" 英文翻译 :    acoustic loss factor
• "损耗因数" 英文翻译 :    dielectric dissipation factor; loos factor; loss factor
• "介质损耗因数" 英文翻译 :    dielectric dissipation factor; dielectric loss factor
• "相对损耗因数" 英文翻译 :    relative loss factor
• "驻波损耗因数" 英文翻译 :    standing wave loss factor
• "损耗角正切, 损耗因数" 英文翻译 :    loss tangent
• "介质功率损耗因数" 英文翻译 :    dielectric power factor
• "介质损耗因数角" 英文翻译 :    dielectric dissipation factor; dielectric loss tangent
• "介质损耗因数试验" 英文翻译 :    dissipation factor test
• "损耗因素测量器" 英文翻译 :    dissipation factor meter
• "介质损耗因数角,电介质损耗角正切" 英文翻译 :    dielectric loss tangent
• "介质损耗角正切, 介质衰耗因数" 英文翻译 :    dielectric loss tangent
• "损耗" 英文翻译 :    1.(损失消耗) loss; wear and tear; deterioration; waste 摩擦损耗 friction loss; 屏蔽损耗 shadow loss; 意外损耗保险 accident insurance; 重量损耗 shrinkage;2.[商业] wastage; spoilage 降低损耗 reduce the wastage; 损耗不大。 the wastage is not very great.; 损耗标准 loss standard; 损耗测定 loss determination; loss measurement; 损耗测量 loss measurement; 损耗测量仪 loss measuring instrument; 损耗费 cost of wear and tear; 损耗估算 [电工] loss evaluation; 损耗量 waste; 损耗率 proportion of goods damaged; attrition rate; 损耗模量 loss modulus; 损耗失效 loss failure; 损耗系数 loss factor; coefficient of losses; 损耗因数 dissipation factor; loss factor; 损耗因子 dissipation factor; loss factor; 损耗元件 losser
• "磁耗因数" 英文翻译 :    magnetic dissipation factor
• "功耗因素" 英文翻译 :    dissipation factor
• "燃耗因数" 英文翻译 :    burnup factor

• Dielectric dissipation factor
  介电损耗因子
• In this dissertation the output windows ’ refection and absorption are analyzed in detail . 1 . with the development of gyrotron , the output power of the gyrotron is higher and higher , but the destruction of output window is more and more outstanding
  由于窗片介质损耗因子的存在,当微波通过输出窗时会在窗片中产生高频介质损耗,微波的功率越高,产生的热量就越多。
• The calculation formula for structure damping exhausting factor of combined pipe is denoted . structure exhausting factor of combined pipe treated by the damping material of sa - 3 is obtained with the different temperature and damping layer thickness
  推导出管道表面阻尼处理后复合管结构损耗因子的计算公式，并得出了sa - 3阻尼材料处理后，不同温度、不同阻尼层厚度时复合管的结构损耗因子。
• We firstly summarize the development of yb - doped fiber lasers , pumping methods and the applications of high - power fiber lasers . 2 . considering the scattering loss , we deduce the relationships between laser performances of yb - doped double - clad fiber laser and parameters of laser cavity from the steady state rate equations , numerically analysis the changes of laser performances , such as laser power with the parameters of laser cavity , including output mirror reflectivity , optimum length of double clad fiber
  研究主要内容包括如下几个方面:一、首先对掺镱光纤及掺镱光纤激光器的发展状况、包层泵浦技术和高功率光纤激光器的应用等进行了综述;二、在前人对高功率双包层光纤激光器的理论基础上,在考虑了光纤散射损耗因子的情况对光纤激光器理论进行了推导,给出了准解析解,进一步完善了理论分析。
• Through studying the working mechanism of the composing , the paper referred the bearing ' s analyzing model and designing flow . through shearing test of high damping rubber , the paper analyzes the influence of shearing shape , shearing strain range and inspiriting frequence on the characteristic parameters ( dynamic shear elastic module , dissipation engineering module , wasted gene ) . according to the rule of equivalent energy , the paper gets the hysteretic curve of hdr ' s equivalent bilinear model and parameters ' calculating formula
  本论文通过对这种分离式减震支座各组成部分工作机理的研究，提出了该分离式减震支座整体的计算分析方法和设计流程；通过高阻尼橡胶剪切试验，分析了高阻尼橡胶剪切面形状、剪应变幅值、激励频率和试件高度对特征参数(动态剪切弹性模量、耗能模量、损耗因子)的影响。
• The results show that the dynamic elastic modulus , loss modulus and complex viscosity of the nanocomposite are higher than those of pp , while the loss factor is lower , that the complex viscosity of the nanocomposites is more sensitive to temperature , and that the flow activation energy and the crystallization temperature increase respectively by 15 % and 10k as compared with pp , which may contribute to the enhanced interfacial interaction between pp and ommt resulting from the addition of tmpp
  结果表明：与纯聚丙烯相比，纳米复合材料具有较高的动态弹性模量、损耗模量和复合粘度，力学损耗因子则降低，纳米复合材料的复合粘度对温度的敏感性略高于聚丙烯；界面改性剂的加入增强了有机蒙脱土与聚丙烯的界面作用，与聚丙烯相比，纳米复合材料的流动活化能提高约15 % ，结晶峰温度提高10k左右。
• Due to the needs for the flat spectrum character , the leading sequence requires high self - correlation . the author selected a series of sequences whose highest peek to second highest peek ratio is big , from a series of " m " sequences . then , the optimized leading sequences were judged according to glf , the sequences which have lower glf would be more proper for the estimation
  首先，作者提出搜索的标准，根据前导序列要有平坦的谱特性，从而要有好的自相关性，从一种m序列中找出最大峰与次大峰比例较大的一些序列，然后根据增益损耗因子来判决最佳前导序列，增益损耗因子越小的序列越适于估计。
• Using the dynamic mechanical analyzer ( dma ) , pdms / pma ipn was investigated at temperature of 5 - 180 c . the initiator , the component ratio , the type of pdms and the filler effected the damping properties . the result showed that the damping ability varied with the parameter and there was an optimal value . the excellent damping material in the papers was ipn , where tan man was 0 . 735 , and the damping functional temperature ranged with tan 8 > 0 . 3 was 46 c . the micro - morphology and structure of pdms / pma ipn were characterized by two kinds of sem
  高分子阻尼材料的有效阻尼功能区是在ipn材料的t _ g区间内，而研究常温条件下的阻尼性能更具有重要应用价值，运用动态热机械分析( dma )仪对ipn阻尼材料进行表征，在5 180内对其损耗因子( tan )进行研究，发现引发剂和交联剂的用量、聚硅氧烷的用量和分子量等参数对ipn阻尼性能的影响较大，存在一个合理配比值，当pma与粘度为3300pa ? s的pdms之比(质量比)为1 . 17 ： 1 、交联剂用量为1时， tan最大值为0 . 735 ，大于0 . 3的温域差达到46 。

• 损耗因子的日语：ゆうでんせいせつ そんしつけいすう そんしつせいせつ