slaking

英 [ˈsleɪkɪŋ]

美 [ˈsleɪkɪŋ]

v.  缓和(口渴); 解(渴); 满足(欲望)
slake的现在分词

柯林斯词典

• VERB 解(渴)
  If youslakeyour thirst, you drink something that stops you being thirsty.
  1. I slaked my thirst with three cans of Coke.
     我喝了 3 罐可乐解渴。

双语例句

• Experimental studies on engineering properties of red bed material containing slaking rock
  含崩解软岩红层材料路用工程特性试验研究
• Objective: to approach the effect of kidney-stone slaking tablets on experimental kidney stone of rats.
  目的：探讨肾石消片对大鼠肾结石的作用。
• Further slaking tests were conducted by taking slaking solution which leaches out from red sand mixed with cement or lime, obtained the treatment countermeasures to inhibit red sandstone slaking by mixing with lime.
  进一步将掺水泥、石灰的改良红砂土浸出液作为水解液进行崩解试验，得到了可采用掺石灰对红砂岩的崩解性进行抑制的工程处治对策。
• Through slaking test, the influence of the soil characteristics and the degree of compaction on the outwash resistance of the soil were analyzed.
  在室内做湿化试验，分析了土性、压实度对试样抗冲刷能力的影响。
• The results showed that Ca ( OH) 2 saturated solution could inhibit red sandstone slaking most effectively.
  结果表明Ca（OH）2饱和液对I类红砂岩的崩解性抑制作用最强。
• The mechanical stability of soil aggregate had the significant differences on the sensitivity of different broken mechanism, which is more sensitive to slaking caused by fast wetting.
  团聚体力稳性对不同破碎机机制的敏感性存在显著差异，其中对快速湿润引起的消散作用较为敏感。
• Then on the basis of solubility product, several solution had been designed which could be used to inhibit red sandstone slaking, and being the slaking solution conducted the class ⅰ red sandstone slaking test respectively.
  然后基于溶度积规则设计了几种能抑制红砂岩崩解的溶液，并分别将其作为水解液对I类红砂岩进行崩解试验。
• Experimental Study of Operating Parameters of Lime Slaking Process and Dissolution Rate of Calcium Hydroxide
  石灰消化工艺参数及氢氧化钙溶解速率实验研究
• Activated Determination and Analysis of Quicklime Used in NID Technology for Slaking
  NID消化过程特点及生石灰活性的测定与分析
• The gelling process of HPAM/ Cr3+ microgel system in static state and shearing state was compared. The effect of rate of shearing, polymer concentration, temperature and time of slaking of solution to the gelling of microgel were studied.
  对HPAM/Cr3+微凝胶体系在静态和剪切状态下成胶过程进行了对比，并且考察了剪切速率、聚合物浓度、温度及聚合物溶液熟化时间对微凝胶成胶的影响。