1) salinity and temperature
盐、温度
2) temperature salinity
温度-盐度
3) brine temperature
盐水温度
1.
According to the machine capacity that the refrigeration compressor open,counts along with the freezing time variation in the freezing process of the thick alluvium freezen well (surface soil(?)450m)which constructs in recent years,summed up the rule of the opening machine capacity of refrigeration compressor and the change of the brine temperature with freezing time.
通过对新陆公司近几年施工的深厚表土冻结井筒(表土≥450m)在冻结过程中,制冷压缩机开机量随冻结时间变化及盐水温度随冻结时间变化数据统计,总结了制冷压缩机开机量及盐水温度随冻结时间变化的规律,对深厚表土冻结井冻结站制冷设备的配备、制冷系统设计、制冷设备的有效利用及冻结过程中盐水温度的控制提出了好的建议。
2.
This paper summarized the control of brine temperature in the freezing construction of Liangbaosi shafts, analyzed the experience and lesson, and proposed some improving measures.
总结梁宝寺矿井井筒冻结工程中的盐水温度应用经验,分析其经验和教训,提出改进措施。
3.
Taking the most common silty clay used in subway tunnel construction with horizontal freezing method as an example,the effects of brine temperature,diameter of frozen pipes,interval of frozen pipes,and moisture content of soil layer on the temperature field within frozen wall for the freeing construction were systematically investigated with large-scale numerical software ANSYS.
以地铁隧道水平冻结法施工中最常见的粉质粘土为例,应用大型数值分析软件ANSYS系统研究冻结管直径、冻结管间距、盐水温度、土层含水量4大因素对冻结法施工中温度场的影响,提出各因素对冻结壁厚度和冻结时间的灵敏度公式;在各影响因素下通过灵敏度对比分析,得出各因素对冻结壁厚度灵敏度影响规律,该影响规律由大到小依次为:盐水温度、冻结管间距、冻结管直径、土层含水量。
4) Temperature and salinity
温、盐度
5) temperature and salinity profiles
温、盐度剖面
6) temperature-salinity variation
温盐度变异
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
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