1) Soil temperature wave
泥温波
2) mud-waves
泥波
1.
The formation of large mud-waves on the levees of Toyama Deep-sea Channel in the Sea of Japan;
日本海富山深海水道堤坝大型泥波的成因
3) high temperature mud
高温泥浆
1.
Starting from improving high temperature mud properties and researching some methods to realize it, the influence of high temperature crosslinkage of SMP, SMK and SMC mud conditioners on mud properties under the circumstances of such factors as salinity (NaCl) and pH of medium, type, concentration and preparation ratio of mud conditioners, crosslinking agent, temperature and time, etc.
提出泥浆中处理剂高温交联是改善高温泥浆性能的一个不可忽视的因素。
4) low temperature cement
低温水泥
5) high temperature cement
高温水泥
1.
Abstract:This paper addresses the successful making up of pump-transferred C25, C30, and C40 concrete from high temperature cement, which are used in large amount in the project.
阐述了邯峰发电厂使用高温水泥成功配制了C2 5、C30、C40泵送砼 ,并在工程中大量使用。
2.
Based on experimental results,some construction controlling methods for high temperature cement are put forward,such as improving cement handling technique,applying aggregate for absorbing heat,controlling water-cement ratio strictly.
根据试验结果,提出改进水泥装卸工艺、利用骨料吸热、严格控制水灰比等混凝土路面高温水泥的施工控制方法。
6) low temperature mud
低温泥浆
1.
Combine to the particular need of mud system in the process of drilling gas hydrate in plateau permafrost, we researched low temperature mud system which available for drilling gas hydrae in frozen soil, filled up the domestic shortage in this research field, and prepared for the item in mud system.
本文是以中国地质科学院勘探技术研究所承担的地质大调查科学研究项目“高原冻土天然气水合物钻探技术研究”为依托，针对高原冻土天然气水合物钻探泥浆体系的特殊性要求，通过大量试验，研究出了适于高原冻土天然气水合物钻探的低温泥浆体系，弥补了目前国内在这方面研究的不足，为即将实施的青藏高原永冻土层天然气水合物钻探作好了泥浆方面的技术准备工作。
补充资料：波泥
【波泥】
（杂语）Mani，译曰玉。秘藏记本曰：“波泥，玉也。月曰水波泥，日曰火波泥，是意也。”
（杂语）Mani，译曰玉。秘藏记本曰：“波泥，玉也。月曰水波泥，日曰火波泥，是意也。”
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