硫酸锶

掺水输油管道不停产化学清垢可行性研究结果发现，地层污水与黄河水混注会产生硫酸锶（钡）垢，但结垢不完全，混注比例越接近，结垢率越大；

Feasibility Study for Unceasing Production Chemical Scale Removing on Mixed Water Oil Transferring Pipelines The scale of strontium sulfate is not complete in the process of mixed water injection .

根据叠加模型和弱化模型，建立体系中有EDTA存在时，硫酸锶沉淀过程的晶体生长动力学模型。

The crystal growth kinetic model for SrSO_4 precipitation process was established according to superposition model and weak interaction model when there was EDTA in the system .

为了从控制晶体生长角度，说明制备纳米硫酸锶沉淀体系中存在的EDTA对产品粒径的影响作用，根据过程机理，用恒组成法研究硫酸锶晶体生长动力学。

In order to illuminate the effect of EDTA on product size from crystal growth point of view , the crystal kinetics of SrSO_ ( 4 ) precipitation was investigated according to the mechanism preparing nano-SrSO_4 powder by method of constant composition .

天青石及锶矿中硫酸锶的测定

Determination of Strontiam Sulfate in Celestite and Strontiam Ore

硫酸锶晶体生长动力学研究

Study on crystal growth kinetics for SrSO_4

结果表明，硫酸锶沉淀过程中晶体生长属于表面反应控制机理。

The results showed that the growth rate for SrSO_4 precipitation agreed with surface-reaction-limited mechanism .

对于硫酸锶垢主要是晶格畸变作用、电荷分散作用和小剂量效应；

To the SrSC > 4 scale is lattice distortion function , charge dispersion function and small dose effect .

胜利油田硫酸钡锶垢阻垢剂BR的研究

Research on Barium and Strontium Sulfate Scale Inhibitor BR for Shengli Oilfield

结果表明，除垢剂QX是一种理想的硫酸钡锶垢除垢剂。

The result indicates that the detergent QX is an ideal one to remove barium and strontium sulfate scale .

硫酸钡锶垢去除研究

Study on the Removing of Barium and Strontium Sulfate Scale

硫酸钡锶阻垢剂在输油管道上的应用

The Application of Barium-Strontium Sulfate Scale Retarder in Oil Pipeline

涠洲12-1海上油田硫酸钡锶垢防垢剂研究

A Study on Inhibitors for Controlling Barium / Strontium Sulfates Scaling in Offshore Oil Field Weizhou-12-1

结果表明，聚环氧琥珀酸对硫酸钡、硫酸锶具有较好的阻垢性能。

The experimental results indicate that polyepoxysuccinic acid has excellent scale inhibiting performance to barium sulphate and strontium sulphate .

涠洲12-1海上油田注入水（海水）与地层水不配伍，油井结垢严重，垢物含~70%硫酸钡，~30%硫酸锶。

The injection water ( sea water ) and reservoir formation water are incompatible and severe inorganic scaling problems are encountered in the production wells at offshore oil field Weizhou-12-1 , South China Sea .