共熔的英文

• congruent melting
  ◇共熔点 eutectic point

• "共"英文翻译    common; joint; mutual; gener ...
• "熔"英文翻译    melt; fuse; smelt
• "共熔的" 英文翻译 :    eutectic
• "共熔点" 英文翻译 :    eutectic point
• "共熔化" 英文翻译 :    co-consolidation
• "共熔体" 英文翻译 :    eutectic
• "共熔物" 英文翻译 :    eutectic
• "低共熔点；低共熔温度" 英文翻译 :    eutectic point or eutectic temperature
• "【化学】低共熔点。" 英文翻译 :    eutectic point
• "变形共熔物" 英文翻译 :    deformation eutectic
• "超低共熔体" 英文翻译 :    hyper-eutectoid
• "低共熔冰" 英文翻译 :    eutectic ice
• "低共熔点" 英文翻译 :    eutectic melting point; eutectic point; eutectoid point
• "低共熔点的" 英文翻译 :    eutectic
• "低共熔焊条" 英文翻译 :    eutec rod; eutecrod
• "低共熔合金" 英文翻译 :    eutectic alloy
• "低共熔晶体" 英文翻译 :    eutectic crystal
• "低共熔片" 英文翻译 :    eutectic plate
• "低共熔态" 英文翻译 :    eutectic state
• "低共熔体" 英文翻译 :    eutectoid
• "低共熔温度" 英文翻译 :    eutectic temperature
• "低共熔物" 英文翻译 :    eutectic solution
• "低共熔行为" 英文翻译 :    eutectic behavior
• "低共熔性" 英文翻译 :    eutectic
• "低共熔盐水" 英文翻译 :    eutectic brine

• Hydrazine perchlorate and lithium perchlorate form two eutectics .
  过氯酸肼和过氯酸锂形成两种低共熔物。
• Because of experimental errors the temperature of the eutectic halt varies slightly from run to run .
  由于实验误差，低共熔暂停的温度轻微变化，忽上忽下。
• the phase diagram of the - system is complicated, and eutectic hydrates such as - and -2 occur.
  -体系的相图是复杂的，产生象和2之类的低共熔水合物。
• Standard specification for silver - copper eutectic electrical contact alloy
  银铜低共熔电触头合金标准规范
• We prepared about 800 g glass powder totally , and it provided raw material guarantee for preparation of glass / mullite composite material
  共熔制了约800g玻璃料，为玻璃/莫来石复合材料的制备提供了原料保障。
• Testing of cooling equipment for insulated means of transportation - part 2 : transport refrigerating system with eutectic elements , dry ice and cryogenic liquid gas
  绝热运输工具用制冷设备的试验.第2部分:带低共熔元素
• The result shows that all these system are simple eutectic , at the same time , the entropy of phase change of every system in the eutectic point is determined by using differential scanning calorimetry ( dsc ) on the basis of experimental research , through the improved one - parameter margules equation by introducing a new variable temperature , the improved equation was designed to compute solid - liquid equilibrium
  测定结果表明，这几组体系均为简单低共熔体系；同时利用差热扫描量热法( dsc )对上面各组体系低共熔点处的相变焓进行了测定。在实验研究的基础上，通过改进单参数margules方程并引入新的变量温度，达到了将此方程用于固液平衡计算的目的。
• This article choosed out organic phase change materials , and , the solid - liquid - equilibrium of eleven binary system including fatty alcohol / fatty acid , n - octadecane / fatty acid , n - octadecane / fatty alcohol system were determined by cooling curve , and , t - x phase diagrams of these systems were drawn . the result shows that all these systems are simple eutectic , at the same time , the entropy of phase change of every system in the eutectic point is determined by using differential scanning calorimetry ( dsc ) . and n - octadecane / fatty acid systems were calculated theoretically
  本文初选出部分有机相变贮能材料，采用步冷曲线法测定了12醇-羧酸系列、 18烷-羧酸系列、 18烷- 12醇体系共11组体系的二元固液相平衡关系，绘制了这11组体系的t - x相图，测定结果表明，这几组体系均为简单低共熔体系；同时利用差热扫描量热法( dsc )对上面各组体系低共熔点处的相变焓进行了测定；并对18烷-羧酸系列进行了热力学理论预测。
• The s - l - e experiment data for the eight binary condensed systems of fatty alcohol / fatty acid were treated by using the improved equation , and the equation was examined with experimental data . at the same time , we used ideal model to predict the tenary s - l - e of n - octadecane / lauric acid / stearic acid system , and we got an accurate result of the simple eutectic temperature . the relative error is 0 . 51 % comparing with the experimental result , so we will offer a method of prediction for quickly obtaining multicomponent system phase change materials this article calculated the pcms quantities and energy saving effect in theory , designed the experimental apparatus to measure the energy saving effect , and analyzed the temperature equalization action of the pcms by comparing experiment
  利用这种方法，建立了适合醇-羧酸等系列二元体系的单参数margules方程，本文对醇-羧酸系列等8个二元凝聚体系的单参数margules方程的参数进行回归，并利用整个实验数据对模型进行了检验，另外，本文利用理想状态模型对一个三元体系18烷-月桂酸-硬酯酸相图进行预测，通过与实验数据进行比较，预测的低共熔温度与实验测定温度较为吻合，其相对误差为0 . 51 ，这将为快速获取多元体系的相变材料提供预测方法。