体积百分数的英文

• percent by volume
• volume percentage

• "百分数"英文翻译    percentage; per cent
• "volume体积百分数" 英文翻译 :    volume in
• "总体积百分数" 英文翻译 :    bulk volume fraction
• "体积百分比；体积百分数" 英文翻译 :    volume percent
• "体积比体积百分数" 英文翻译 :    percent volume in volume
• "含水体积百分数" 英文翻译 :    bvf
• "孔隙体积百分数" 英文翻译 :    percent pore volume; percentage of pore volume
• "累积百分数" 英文翻译 :    cumulative percentage
• "容积百分数" 英文翻译 :    volume percentage
• "体积百分比" 英文翻译 :    percent by volume; volume percentage
• "体积百分率" 英文翻译 :    percentage by volume; volume fraction; volume per cent; volume percentage
• "体积百分浓度" 英文翻译 :    concentration expressed in percentage by volume
• "容积百分率；体积百分率" 英文翻译 :    volume percentage
• "累积率, 累积百分数" 英文翻译 :    cumulative percentage
• "体积百分率配方" 英文翻译 :    hundred volume total formula
• "中体积百分曲线" 英文翻译 :    mid-volume plot
• "重量体积百分比" 英文翻译 :    percent weight in volume
• "以体积百分比表示的酒精浓度" 英文翻译 :    alcohol by volume
• "累积百分比" 英文翻译 :    accumulative percent; accumulative perception; cumulative percentage
• "面积百分比" 英文翻译 :    area percent
• "容积百分比" 英文翻译 :    percent of volume; percent volume to volume; volume percentage
• "容积百分率" 英文翻译 :    per cent by volume
• "百分数" 英文翻译 :    percentage; per cent◇百分数成分 percentage composite
• "百分法；百分数" 英文翻译 :    percentage
• "百分数，百分法" 英文翻译 :    percentage

• Using the method in quantification metallography , the size of grain and hardening particles , volume percentage of inclusions and hardening particles are estimated according to samples
  在解剖被检试样的基础上，运用定量金相学的分析方法，估算了被检部位的晶粒直径、夹杂物体积百分数、强化粒子直径及体积百分数。
• For the first time , the oriented percolation model is applied to analyzed the critical particle concentration of 0 . 37 and which is characterized an electrorheological fluid and independent to the external electric field
  同时得出，分形维数( d _ f )与外加电场性质无关，但随微粒的体积百分数增加而趋近于dla生长模式的特征值1 . 8 。
• This paper studied the effect of soil water content on barley at different growth stages , through the study , we found the sensitive stages of barley to water and salt is the stem elongation and spike formation stages
  研究表明，大麦对水盐最敏感时期发生在拔节抽穗期，土壤含水量(占饱和含水量的体积百分数)上限值确定为80 . 4 ，耐盐渍天数为3 . 2天。
• The frequency analysis results show conclusions as follows : 1 . the relative valid spectral power is declined with the volume percentage of inclusions in terms of exponent curve and the tendency of negative direction is same to that of forward direction
  当ly12铝合金细小夹杂物(小于0 . 16mm )的体积百分数从0 0 . 35时，在35 50mhz的频带范围内，超声波形的有效谱功率按近似指数曲线快速下降，沿相反方向检测时其变换趋势相同。
• That the alloying element mn and ti substitutes the atom of fe in the rich iron - phase ( al , si , fe ) and resumes the part of the element si in primary phase refines the second phase . at the same time , the volume percentage of second phase is increased . at the course of solidification , the alternating current field changes obviously the microstructure morphology of the al - 20si - 5fe - x alloy and the number of particle eutectic structure is increased
  合金元素mn 、 ti通过占据富铁相( al , si , fe )中铁原子的晶格位置，同时消耗部分初生相中的si元素，形成四元富铁相( al , si , fe , mn ) ，细化了合金中的第二相，同时提高第二相体积百分数。
• The harmonic factor raises with the growth of volume percentage of hardening particles no mater what detecting direction is . but it is not a linear variation course . the harmonic factor mounts up slowly under the critical value but increases rapidly while exceeds the critical value
  在正、逆向检测时，随着强化粒子体积百分数的增加，在有效频带范围内谐波系数同时单调增加，但其变化是非线性的，即在临界值以下，谐波系数的变化趋于平缓，而超过临界值以后，随着强化相粒子体积百分数的增加，谐波系数快速增加。
• 1 . upon brief reviewing current mathematical and physical models and mechanisms for electrorheological effect , the theoretical analysis of the dielectric relaxation of electrorheological fluids and the frequency - inducing characteristics for electrorheological effect are conducted . based on statistical thermodynamic analysis and osmotic pressure calculating of an electrorheological fluid complex system , phenomenological theory is adopted to evaluated phase reparation characteristics . thus critical factors corresponding to experimental results are introduced
  在简要评述现有电流变效应模型及机理的基础上，按非均匀介质对双相复合悬浮液的电流变效应进行理论分析，研究了电流变效应频率诱导特性；基于复合系统渗透压的计算，采用统计热力学唯象理论，讨论了电流变效应的相分离特征，获得了与实验吻合的临界参数；首次将定向渗流模型应用于电流变体临界体积浓度的分析，得出一个描述电流变流体特征而不随外加电场变化的临界体积百分数为0 . 37 。