1.
Accumulation of excessive exchangeable potassium is from the use of mixed fertilizers or manure.
由于施用混合肥料或厩肥使交换性钾过渡累积。
2.
Studies on the Capability of K～+-Ca～(2+) Exchange on Natural Clinoptilolite;
天然斜发沸石钾钙离子交换性能的研究
3.
Study on Characteristics of Sodium-Calcium Exchanger and Potassiumion Channels in Heart Muscle and Finding of Active Compounds;
心脏钠—钙交换体和钾离子通道特性研究及活性化合物的发现
4.
Studies on the Ion-Exchange Kinetics Characteristic Correlating with the 200 T/A Mid-Experiment of Extracting Potassium Nitrate from Seawater;
海水提取硝酸钾200吨/年中试相关离子交换动力学特性研究
5.
Quantity and intensity of potassium and its exchange relationship with calcium in sunlight greenhouse soils
日光温室栽培土壤供钾状况及K-Ca吸附交换特性研究
6.
Study on Foundational Ion Exchange Properties and Its Application of Potash Feldspar;
钾长石离子交换基础理论及应用研究
7.
Synthesis of cryptomelane-type hydrous manganese dioxide and its ion exchange thermodynamics for K~+
二氧化锰型钾离子筛的合成及其对钾的离子交换热力学
8.
Thus, in alkalosis, the increased potassium ion excretion in exchange for sodium ion permits hydrogen ion conservation.
因此在碱中毒中，钠钾交换的增加使氢离子保留。
9.
Research on Fundamentals in the Technology of Extracting Potash from Seawater by Ion Exchange Method;
离子交换法海水提钾技术的应用基础研究
10.
Ion exchange process with three serial columns in production of potassium carbonate
碳酸钾生产中三柱串联离子交换工艺研究
11.
the quality of being incapable of exchange or interchange.
不能交流或交换的性质。
12.
Potassium is in competition with hydrogen ion for renal tubular excretion in exchange for sodium ion.
钾离子和氢离子在肾小管排泄中相互竞争和钠离子交换。
13.
Experimental Study of Ammonia Volatilization Technics in the Production of Potassium Carbonate with Non-Carbonization Ion-Exchange Method;
离子交换免碳化法生产碳酸钾中挥氨工艺实验研究
14.
Investigation on Rb-K Ion Exchange in KTiOPO_4 Optical Waveguides Implanted by Ions
离子注入磷酸钛氧钾晶体光波导中的Rb-K离子交换
15.
Experimental Study on the Process of Three Series of Ion Exchange Column in Producing Potassium Carbonate
碳酸钾生产中的三柱串联离子交换工艺实验研究
16.
Effect of potassium dependent sodium-calcium exchanger-6 on free calcium concentration in HEK293 cell
钾依赖钠钙交换蛋白6对人胚胎肾细胞钙离子浓度的影响
17.
potassium bromide [carbonate, chlorate, chloride, cyanide, hydroxide, nitrate, permanganate, sulfate]
溴化钾,碳酸钾,氯酸钾,氯化钾,氰化钾,氢氧化钾 (苛性钾),硝酸钾,高锰酸钾,硫酸钾
18.
Relationship between serum levels of Ca~(2+),Na~+,K~+ and hypertension
原发性高血压与血清钙钠钾离子交互效应