研究了福建省10个耕作土壤耕层不含钾矿物。
The potassium-bearing minerals in surface soils of 10 cultivated soils in fujian province were studied.
本文为研发新型低品位含钾矿物的生物加工技术提供了参考资料。
The article could be used as important reference on developing new process on low-grade potassium-bearing minerals.
用于纸和纸版生产中的结构构成剂。精选铜镍和钾矿石时的浮选剂。
For the structure of paper and paper production in the form of agent. Flotation agent selected nickel copper and potassium ore.
钾矿是我国目前紧缺的矿种之一，钾矿的寻找对我国有着十分重要的意义。
At present, potash deposit is a kind of shortage mineral, so it is significant to find potash deposits.
四川浅层杂卤石钾矿分布于华蓥山背斜北倾没端下中三叠统之硬石膏岩层中。
The shallow polyhalite potash deposit in Sichuan are distributed in the north plunge top of Huayingshan anticline where is anhydrock of earlier Mesozoic Triassic period.
钾盐开发产生的环境问题特殊，不同储存形式的钾矿开发产生不同的环境问题。
The environmental problem caused by potassium salt mining is peculiar and different potassium salt storage type causes different environmental problems.
通过钾矿区主要盐份的均衡概算，说明主要盐份还处于积累中，成矿作用仍在继续。
Through the balance budgetary estimation of main salt components, it was accounted that main salt components were still in accumulation, the mineralization was still in continuation.
综合开发利用四川盆地液态钾矿，将缓解我国钾盐资源不足并能提供多种紧缺化工产品。
To exploit and utilize comprehensively the liquid dePOSitS in Sichuan basin will mitigate chinese lack of potash resource and will provide many chemical productS that in short supply.
综合开发利用四川盆地液态钾矿，将缓解我国钾盐资源不足并能提供多种紧缺化工产品。
To exploit and utilize comprehensively the liquid dePOSitS in Sichuan basin will mitigate chinese lack of potash resource and will provide many chemical productS that in short su…
腐殖酸对土壤钾素释放和固定的影响是通过对含钾矿物的溶解和层间堵塞以及对钾素的吸附作用实现的。
The effect of humic acids on fixation and release of potassium in soil was accomplished by dissolving K-bearing minerals or blocking interlayers and adsorbing k.
通过自制钾矿胁迫堆肥和常规堆肥，在模拟土培试验条件下，对土壤中微生物总群数量、有效钾含量变化进行测定，进而研究该堆肥对土壤中钾素循环的影响。
Amounts of microbial consortia and soluble potassium were detected, and the impact on potassium circulation by the compost in soil was studied in the present investigation.
通过自制钾矿胁迫堆肥和常规堆肥，在模拟土培试验条件下，对土壤中微生物总群数量、有效钾含量变化进行测定，进而研究该堆肥对土壤中钾素循环的影响。
Amounts of microbial consortia and soluble potassium were detected, and the impact on potassium circulation by the compost in soil was studied in the present investigation.
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