The difference can be used to improve the separation between alkaline earth and transition metal ions.

The alkaline earth calcium presents higher reaction activity comparing to magnesium.

碱土金属钙醇盐为烷氧基提供者制备稀土醇盐其反应活性要高于金属镁醇盐。

Investigation on Application of Rare and Alkaline Earth Metals in Hot-Dip Galvanizing Alloys

稀土和碱土在热镀合金中应用的研究

An Experimental Study on the Adsorption Characteristics of the Alkaline Earth Metal Chloride

碱土金属氯化物吸附性能实验研究

Effects of Rare Earth and Alkaline Earth on Magnesium Alloys and their Applications Status

稀（碱）土在镁合金中的作用及应用现状

Research on DSC of the low temperature storage materials of hydrate of alkaline earth metals

碱土金属水合氯化物低温蓄热材料的DSC研究

Preparation and Photoluminescence Study of Ce Doped Alkaline Earth Sulfide

铈掺杂碱土硫化物的制备及发光研究

Preparation and photocatalytic performance for compound of alkaline earth perovskite

碱土金属钙钛矿型复合氧化物的制备及光催化性能

Doping Effect of Alkaline Earth Metals Ba, Ca and Mg on Molybdenum

碱土金属元素Ba、Ca、Mg对钼的掺杂效应

Study on Oxyethylation of fatty acid catalyzed by alkaline earth metal acetate

碱土金属醋酸盐催化脂肪酸乙氧基化研究

Preparation and Electrical Properties of Alkaline Earth and Transition Metal-Doped Oxygen Ion Conductor

碱土与过渡金属掺杂氧离子导体的制备与性能

Study of Alkaline Earth Metal Oxide ── SnO_2 Thin Film Alcohol Sensors

碱土金属氧化物&SnO2薄膜乙醇敏感元件的研究

Study on peroxidation of cumene catalyzed by alkaline earth oxides

碱土金属氧化物催化氧化异丙苯反应研究

The calculated results of energy gap on alkaline earth mixed halides are reasonable.

对碱土金属复卤化物的能隙进行了计算，结果合理。

Law and Control Mechanism of Alkaline Earth Metal Losses in Runoff

地表径流中碱土金属流失规律及调控机制研究

Calculations of the formation energies of point defects in alkaline earth

碱土氟化物离子晶体中点缺陷形成能计算

The continuous analysis of tobacco ash content, total alkaline earth metal and sulfate

烟草灰份、碱土金属总量和硫酸根的连续测定

We use alkaline earth oxalate as our research object and select corresponding biomimetic synthesis system.

选择碱土族草酸盐作为研究对象，采用与之相适应的仿生合成体系，成功合成出了碱土/稀土金属草酸盐微/纳米材料。

The concentration of alkaline solution is the most significant factor to flax fibers.

其中碱液浓度是影响亚麻纤维性能的最显著因素.

Its water solubility is not affected by electrolysis, while it is not soluble in alkaline solution.

对水的溶解性不受电解的影响, 但不溶于碱性水溶液.

The alkaline solution may help to reduce acidity.

碱性溶液有助于降低酸度.