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

• 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。
• Through studying and optimizing lime slaking process, it analyzed the mechanism of lime slaking reaction and found the optimum operating conditions to increase the activity of lime milk.
  其目的是研究和优化石灰消化工艺，分析石灰消化反应机理，找到最佳的消化操作条件，提高石灰乳的活性。
• The authors studied microfeatures of tectonite in Fufeng faulted zone, analyzed water stability of media in the faulted zone and found out favorable conditions for groundwater runoff by slaking test.
  研究了阜凤断层带构造岩的微观特征，并通过崩解试验分析了断层带介质的水稳定性及地下水径流的有利条件；
• 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。
• Applying the grey correlation methods, this paper analyzed the correlation of slaking durability and granularity fractal characteristics of red bed weak rock as well as the experimental data of mineral and chemical component.
  采用灰色关联度法对红层软岩的粒度分形特征以及矿物、化学成分试验数据与其崩解性进行了关联分析。
• 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
• Finally the ways and methods are summarized in order to reduce slaking of expansive soil ( rock): ① Improve the quality of soil, reduce the degree of slaking and heighten the strength of expansive soil ( rock).
  最后总结了降低湿化性的途径和方法：①进行土质改良，降低湿化性，提高膨胀土（岩）强度；针对膨胀土的特性，采用掺合石灰的方法对膨胀土进行了土质改良。
• The lime slaking rate is the important factor of the quality of the hydrated production.
  生石灰的转化率是衡量消化产物品质的重要因素；
• In addition, the big aggregate of parent material layer and bare soils had the biggest slaking index ( RSI) and the cultivated soils ranked the next place. 3.
  利用方式中，母质层和荒地土壤的大团聚体消散系数（RSI）最大，其次是耕地。而小团聚体中，耕地的RSI最小。3不同测定方法获得的稳定性指标，土壤稳定性排序不同。
• Research on Increasing the Lime Slaking
  提高石灰消和度的研究