实际应用证明，原地浸析这类矿床具有诸多优点。
The practical operation has proved that the in-situ leach mining of this type of ore deposits is of many advantages.
难题浸析区域是厌氧菌处理槽处理系统最易出现故障的部分。
The leaching field is the part of the septic tank disposal system most prone to failure.
对离子型稀土矿床时行勘探，有助于准确地实施原地浸析采矿。
The productive exploration helps exactly conduct in-situ leach mining operation.
为避免出现浸析问题，诸如波焊设备焊锡槽终饰工艺的修改目前已经完成。
Process modifications such as solder pot finishes for wave soldering equipment to avoid leaching issues are now available.
介绍了为解决离子型稀土矿用原地浸析法开采时母液收集难的问题所采取的水封闭工艺。
The water seal technology is used to solve the problem of the collection rate of the mother liquid in situ leach mining of the rare earth mineral.
分相玻璃纤维由于组成、分相制度、冷却速度的不同，而在浸析过程中受到拉应力或压应力。
In the process of leaching, porous clad of phase separated glass may has tensile stress or compressive stress because of the different copmposition, phase separation condition and cooling rate.
用光谱仪测定多孔玻璃的紫外可见近红外光谱，对光谱透过率与浸析效果之间的关系作了定性分析。
The relationship between the transmittance and leaching effect of the glasses was discussed by measuring UV VIS NIR spectrum.
含砷的井水：世界上最严重的有毒问题不只局限与工业，浸析在地下水的砷影响了主要分布在南亚地区的约75万人。
Arsenic AND WELL water: The world's worst toxic problems are not confined solely to industrial pursuits. Arsenic leaching into groundwater afflicts some 750,000 people, largely in south Asia.
含砷的井水：世界上最严重的有毒问题不只局限与工业，浸析在地下水的砷影响了主要分布在南亚地区的约75万人。
Arsenic AND WELL water: The world's worst toxic problems are not confined solely to industrial pursuits.Arsenic leaching into groundwater afflicts some 750,000 people, largely in south Asia.
分相玻璃在浸析过程中由于组成、分相制度、冷却速度的不同，而使多孔玻璃受到拉应力或压应力，通过改善浸析条件可制得具有一定强度、没有裂纹的多孔玻璃。
In the process of leaching, porous clad of phase separated glass may has tensile stress or compressive stress because of the different copmposition, phase separation condition and cooling rate.
分相玻璃在浸析过程中由于组成、分相制度、冷却速度的不同，而使多孔玻璃受到拉应力或压应力，通过改善浸析条件可制得具有一定强度、没有裂纹的多孔玻璃。
In the process of leaching, porous clad of phase separated glass may has tensile stress or compressive stress because of the different copmposition, phase separation condition and cooling rate.
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