1) congelation temperature
冻凝温度
2) freezing temperature
冻结温度
1.
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
2.
CT scanning test of meso-damage propagation of rock under different freezing temperature;
冻结温度影响下岩石细观损伤演化CT扫描
3.
Effect of different factors on the freezing temperature of shallow top soil
不同因素对浅表土冻结温度的影响
3) frozen storage temperature
冻藏温度
1.
The result indicates that sea- buckthom s total flavonoids content gradually decreases along with the frozen storage time increase in the frozen storage process;The different frozen storage temperature also has the influence to the sea-buckthom s flavonoids content.
结果表明冻藏过程中沙棘的类黄酮含量随冻藏时间的增加而逐渐降低;不同冻藏温度对沙棘类黄酮含量也有影响,冻藏温度越低其类黄酮损失越小,-30℃冻藏时沙棘的类黄酮损失最小。
4) storage temperature
冻藏温度
1.
The oxidation of lipid and Metmyoglobin of yellow fin tuna fish in different storage temperatures were researched using kinetics models of the reactions with respect to the storage time and storage temperature.
建立了脂质氧化和肌红蛋白氧化与冻藏温度和冻藏时间的动力学模型。
5) frozen temperature
冻结温度
1.
Experimental analysis on the frozen temperature of typical soil of Bao-Lan railway frozen section;
包兰铁路冻害路段典型土的冻结温度实验分析
2.
The frozen temperatures of cow colostrum were measured under both the normal pressure and the low pressure.
以奶牛初乳为试验材料，测定了常压状态下与真空状态下的冻结温度，得出电阻变化率约１ＭΩ／ｍｉｎ作为共晶点温度选取依据。
3.
This text get the compression strength variety regulation of artificial frozen silty clay along with frozen temperature and moisture content by the compression strength experiment in different temperature and moisture content,and the result has some certain reference value to the design and construction of frozen engineering.
通过对不同温度、不同含水率下的人工冻结粉质黏土单轴无侧限抗压强度试验,得出其抗压强度随冻结温度和含水率的变化规律,试验结果对冻土工程的设计和施工具有一定的参考价值。
6) pre-freezing temperature
预冻温度
1.
The relationship of different pre-freezing temperature and the pore size of collagen sponge scaffold;
不同预冻温度与胶原真皮支架孔径大小关系的研究
2.
Objective To investigate the effects of collagen concentration and pre-freezing temperature on structure and properties of the scaffold.
目的考察胶原溶胀液浓度、预冻温度等制备工艺条件对胶原多孔支架结构和性质的影响。
补充资料：冻结温度
分子式：
CAS号：
性质：橡胶分子随着温度下降其热运动减弱，当达到某一温度时，分子链及分子链段被冻结；失去橡胶的弹性而硬化，呈冻结状态，该温度即冻结温度。有时也称玻璃化温度.橡胶的冻结温度与材料本身的化学组成及分子结构有关，分子链柔性越大，冻结温度也越低。
CAS号：
性质：橡胶分子随着温度下降其热运动减弱，当达到某一温度时，分子链及分子链段被冻结；失去橡胶的弹性而硬化，呈冻结状态，该温度即冻结温度。有时也称玻璃化温度.橡胶的冻结温度与材料本身的化学组成及分子结构有关，分子链柔性越大，冻结温度也越低。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条