冻结温度的英文

• congelation temperature
• freezing in temperature
• freezing temperature
• solidification point

• "冻结"英文翻译    freeze; congeal frozen-in; f ...
• "温度"英文翻译    temperature
• "共结温度" 英文翻译 :    eutectic temperature
• "固结温度值" 英文翻译 :    solidification value
• "凝结温度" 英文翻译 :    adiabatic saturation temperature; condensation temperature; setting temperature
• "烧结温度" 英文翻译 :    glazing temperature; sintering point; sintering temperature; sinteringtemperature; temperature of sintering
• "最高结温度" 英文翻译 :    maximum junction temperature
• "绝热凝结温度" 英文翻译 :    adiabatic condensation temperature
• "起始烧结温度" 英文翻译 :    point of incipient sintering; temperature of beginning sintering
• "烧结温度范围" 英文翻译 :    sintering range
• "蒸汽凝结温度" 英文翻译 :    steam condensing temperature
• "单结温度传感器" 英文翻译 :    single junction temperature transducer [sensor],; single level process
• "烧结温度分布图" 英文翻译 :    firing profile
• "结温" 英文翻译 :    junction temperature
• "冻结" 英文翻译 :    1.(液体遇冷凝固) freeze; congeal2.(阻止流动或变动) frozen-in; freeze-up; congealment; block 冻结的资产 frozen assets; 冻结工资 freeze the wage; 冻结技术进步 freeze up technical progress; 银行存款冻结 bank deposits freeze; 实行工资和物价冻结 institute a wage and price freeze; 我正好应当涨工资, 他们却实行了工资冻结。 i was due for a raise when they put a freeze on wages
• "额定结温" 英文翻译 :    rated junction temperature
• "实际结温" 英文翻译 :    virtual junction temperature
• "最高等效结温" 英文翻译 :    maximum virtual junction temperature
• "温度" 英文翻译 :    [物理学] temperature 绝对温度 absolute temperature; 室内温度 indoor temperature; 室外温度 outdoor temperature; 最低温度 minimum temperature; 最高温度 maximum temperature; 温度标 scale of thermometer; 温度表 thermometer; thermograph; 温度差 temperature difference; 温度异常 temperature anomaly
• "半冻结" 英文翻译 :    slush freezing
• "冻结；冰结" 英文翻译 :    freezing
• "冻结比" 英文翻译 :    frozen-in ratio
• "冻结壁" 英文翻译 :    frost wall; ice wall
• "冻结层" 英文翻译 :    frozen crust
• "冻结场" 英文翻译 :    frozen field; frozen-in field

• The study also indicates that the freezing temperature has a part influence on the damage propagation
  试验研究表明冻结温度对损伤有一定的影响。
• Preliminary study on meso - damage propagation characteristics of rock under condition of freezing temperature
  冻结温度对岩石细观损伤扩展特性影响研究初探
• The results indicate that drying thickness , radiant temperature and pressure of drying chamber are the most three significant factors . there ' s hardly any relationship between freezing rate and drying time , the sublimation drying time of slow freezing material is shorter than quick freezing one , but its desorption drying time is relatively longer , so the total drying time is approximately the same . the initial freezing temperature and freezing manner has little influence on vacuum freeze drying process
  试验表明：冻干厚度、加热板温度、系统的真空度是最重要的三个过程参数；冻结速率对总冻干时间没有影响，慢冻物料的升华干燥时间要比快冻物料短，但慢冻的解析时间相对较长，两者的总冻干时间相差很小；初始冻结温度对冻干过程的影响可以忽略。
• ( 2 ) because of t he variability of rock subjected to outside action , three new conceptions : postive damage basic damage and negative damage , are suggested , which can deal with the condition that rock density became large . ( 3 ) the present damage variables based on ct number mostly include ct average number of the rock without damage , which is difficult to measure , so a new damage variable , which includes the average ct number is proposed , on the other hand , strain equal theory is generalized because the one put foreword by lemaitre is not good enough to use . ( 4 ) a axial damage constitutive equation is proposed and testified . ( 5 ) with the circle times , the damage propagation laws of two different rocks , subjected to circle of freezing and thawing , are studied , and in the analysis process , traditional analysis method including average ct number and is used , some important conclusions are reached : inner damage of soft rock containing a large mount of apertures is largely propagating with the time increasement of circle , however , at the preliminary time , the hard rock containing a small mount of aperture is a little propagating , at late time , the influence become large ; ( 6 ) zone separation and statistics frequency put forward is used to analysized the three different damage propagation in the open circumstance , when they are subjected to the different circle times of freezing and thawing , in which the temperature variability is linear , different freezing rate , and different freezing temperature , and no water is supplied during the test
  在研究过程中本文主要做了以下工作： ( 1 )针对岩石损伤变化较小时，运用ct均值和方差分析不方便的缺陷，本文提出运用对ct数范围划分区段的方法，根据各区段统计频率的变化规律来分析损伤扩展状况； ( 2 )针对岩石受到外部作用的多变性，本文提出了基准损伤，正损伤，负损伤的概念，在某种程度上考虑了岩石受到外部作用时的压密情况； ( 3 )现有的基于ct数的损伤变量大多需要用到岩石基体的ct均值，这实际上是很难观测到的，因此本文建议了一个可运用岩石初始状态ct均值的损伤变量，由于现有的勒迈特教授应变等价原理使用上的不便，本文在其基础上进行了推广； ( 4 )建议了一个可用岩石初始状态ct数和弹性模量的单轴损伤本构方程，并用算例进行了验证； ( 5 )对两种不同岩石在开放环境下受到冻融循环作用且融化过程中补水时，内部损伤随冻融循环次数增加的扩展规律进行了探讨，主要运用了常规的ct均值和ct方差的分析方法进行分析，试验发现：对于孔隙率和含水率较高，密度和强度较低的软弱岩石，冻融循环次数对损伤结构的扩展有明显的影响，而对于孔隙率和含水率较低，密度和强度较高的硬岩，冻融循环次数对其损伤结构扩展初期由于含水率低的原因，影响不是太大，而后期由于水补给后，含水率较高的原因，冻融影响逐渐增大； ( 6 )运用了本文提出的区段划分和统计频率的方法，深入地分析了开放环境下的线性温度变化的冻融循环次数，冻结温度，冻结速度不同岩石作用时，其内部损伤随冻融循环次数，冻结速度和冻结温度变化的扩展规律，需要指出的是除了在试验前饱水外，冻融过程中没有补水。

• 冻结温度的日语：ぎょうこおんど とうけつおんど