1) water leaching
水浸
1.
Sodium borates thus turned into solution via the water leaching,grinding,filtering and crystallizing of Na2CO3-modified slag and,as a result,borax could be precipitated from the solution at room temperature.
对钠化渣进行磨细、水浸、过滤、结晶等操作,可最终制得硼砂晶体。
2.
In view of water-solubility of potassium chloride,water leaching was proposed to separate and extract it from the sintered dust.
针对钢铁厂烧结电除尘灰中含有数量可观的氯化钾资源的特点,提出了水浸出-沉降分离-硫化钠除杂-分步结晶的工艺路线回收其中氯化钾资源。
2) Water immerse
水浸
1.
Introduction the super a water immerses principle, equipments, technique parameter etc.
介绍超声波水浸法探伤的原理、设备、技术参数等,并将该技术应用于薄壁钢管产品的分选。
3) water immersion
水浸
1.
First,the median filter is used on the input image ,then the segmentation results of separated cells and the outer edge of overlapping cells are obtained by using water immersion segmentation algorithm.
本文使用数学形态学的测地形态学方法,利用细胞图象的灰度图特征,提出一种有效的细胞图象分割方法,对原始图象进行中值滤波预处理后,首先使用水浸分割算法得到单个细胞的分割结果和聚堆细胞的外轮廓,然后使用水线分割算法得到水线图,最后通过寻找细胞外轮廓的凹点,结合水线图,实现了聚堆细胞的分离。
4) aqueous leaching
水浸
1.
Study of extracting gold from copper bearing gold concentrate by roasting aqueous leaching cyaniding process;
含铜金精矿焙烧-水浸-氰化提金工艺研究
5) soaking
[英]['səʊkɪŋ] [美]['sokɪŋ]
浸水
1.
Experimental study on reinforcement treatment of saline soil ground with the soaking and dissolving method combined dynamic compaction;
浸水预溶+强夯法处理盐渍土地基试验研究
2.
Microscopic analysis of triaxial soaking process in original expansive soils;
原状膨胀土三轴浸水过程的细观分析
3.
Analysis of foundation processing technique soaking plus heavy tamping and its result;
浸水+强夯法路基处理的施工及效果分析
6) wetting
[英][wet] [美][wɛt]
浸水
1.
The effect of wetting in site on seismic response of ground surface;
场地浸水后对地面地震反应的影响
2.
It is indicated that wetting would influence the bearing capacity of expansive soil foundation remarkably.
通过大型模型试验,研究了不同干密度膨胀土地基浸水前后承载力变化情况,结果表明浸水将显著影响膨胀土地基的承载力,浸水后地基极限承载力只有浸水前的12%～14%,而比例界限段的斜率则增加50～65倍。
补充资料：水浸
水浸
water leaching
shuijin水浸(water leaching)用清水作浸出剂的矿物浸出工艺。水浸法可用于处理氯化烙烧、钠化焙烧和硫酸化焙烧产物(焙砂)及天然硫酸铜、盐、芒硝、天然碱和钾盐等水溶性矿物原料。氯化焙烧时，目的组分转变为气相或固相氯化物，气相氯化物经冷凝后呈固态氯化物溶于水。钠化焙烧时，目的组分转变为相应的水溶性钠盐;硫酸化焙烧时，目的组分转变为相应的硫酸盐。水浸此类焙烧产物，可使相应组分转入浸出液中，其他组分留在浸出渣中。经固液分离，水溶性组分和非水溶性组分分别回收。 (黄礼煌)
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