环氧大豆油

环氧大豆油能否做主增塑剂，怎么用？

Q07 : Can ESO use as primary plasticizer ? How ?

环氧大豆油与丙交酯星形共聚物支化度的表征

Characterization of Degree of Branching for Star-Shaped Polymer of ESO and Lactide

环氧大豆油的生产技术及其在PVC中的应用

Technical Questions of Epoxidized Soybean Oil and Its Application in PVC

PVC增塑剂环氧大豆油生产新技术研究PVC加工助剂MBS树脂的生产及市场前景

The New Technology Research of PVC Plasticizer with Epoxy Soybean Oil Production Production and market prospect of processing agent MSB

实验结果表明：复合钙锌稳定剂、环氧大豆油、TPP（亚磷酸酯）对硫醇锑具有较好的协同增效作用。

Results indicated that S-501 , ESBO and TPP had synergetic reinforcing effect on ST-103 .

利用有机硅改性合成改性了环氧大豆油-环氧UV固化水性环氧树脂，并考察了有机硅种类、用量以及反应温度对漆膜的影响。

The organosilicon modified epoxy soybean oil-epoxy resin systems was synthesized , and the effect of silicone type , content and reaction temperature on the film was investigated .

以环氧大豆油（ESO）为基本组分，对混配增塑剂的协同作用进行了研究。

The synergy effect of plasticizer blends was investigated with the basic components of epoxy soybean oil ( ESO ) .

本文主要介绍利用H2O2，处理环氧大豆油生产过程中的废水，此方法工艺设备简单，处理效果好。

The article describes the method of treating epoxidized soybean oil waste water by using hydrogen peroxide and ferrous sulfate . This process and equipment are simple and the effect is good .

本文研究了环氧大豆油ESO的热稳定性与酸值和碘值的关系。

The relation between heat stability , acid value and iodine value of epoxidized soya bean oil ( ESBO ) was studied .

DBTL和CaSt2、环氧大豆油复合，都具有协同作用。

There were synergistic reactions of DBTL with CaSt_2 or with epoxidized soybean oil .

本论文运用环氧大豆油和有机硅对环氧树脂进行了改性，制得了韧性良好、耐热温度高且环保的UV固化水性环氧树脂，使得树脂漆膜的韧性、热分解温度得到了很大提高。

This paper used epoxidized soybean oil ( ESO ) and organosilicon to modify the EP , and finally obtained the environmentally friendly UV-curable epoxy resin system with good toughness , high heat resistance , making the toughness the thermal decomposition temperature of the resin film been greatly improved .

从研究中得到了以下结论：增塑剂DOP与环氧大豆油的含量增加有利于材料的塑化加工，同时引起材料软化点下降，断裂伸长率提摘要高，其它力学性能下降。

From the research , We have gotten such conclusion : The increase of complex plasticizer 's content is helpful for material mould to melt processing , the material softening point drops and the breaking elongation rises at the same time , other mechanics performance drops .

高品质环氧大豆油生产工艺优化及产业化研究

Study on Process Optimization and Industrialization of High-quality Epoxidized Soybean Oil

改进型无溶剂法工艺合成环氧大豆油的研究

Synthesis of epoxy soybean oil with improved free solvent method

制备环氧大豆油最佳工艺条件的研究

Studies on the Optimum-Technology-Conditions for Preparation of Epoxy Soybean Oil

无溶剂法快速制备环氧大豆油的研究

Study on the Quick Preparation of Epoxy Soybean Oil with Non-Solvent Process

二乙醇胺开环环氧大豆油制备大豆多元醇及其性能表征

Synthesis and Characterization of Soy-polyols by Ring Opening of ESO with Diethanolamine

由环氧大豆油合成环氧金属皂的研究

Study on the synthesis of epoxidised metal soaps from epoxidized soya bean oil

浅谈环氧大豆油质量及控制

The Quality and Control of The Epoxy Soybean Oil

环氧大豆油新工艺的研究

A Research on New Methodology of Epoxy Soybean Oil

环氧大豆油增塑剂的研究

A Study of Plasticizer of Epoxy Soyabean Oil

环氧大豆油无溶剂法合成研究

Study of Solventless Synthesis of Epoxy Soya Oil

环氧大豆油的用途及其生产方法

Usage and Preparing Methods of Epoxidized Soybean Oil

同时阐述了环氧大豆油的卫生性及加工性。

The sanitary property and processing property of epoxidized soybean oil were also described .

采用化学和生物接触氧化法处理环氧大豆油的废水

Treatment of Epoxidized Soybean Oil Waste Water by Using Chemical Treatment and Biological Oxidation Treatment

丁苯抗冲树脂合成过程中环氧大豆油偶合作用探讨

The Coupling action of epoxy soybean oil in the synthesis process of styrene butadiene impact resin

噻二唑硫化体系中，硬脂酸锌和环氧大豆油并用的协同作用最强；

The effect is strongest in the thiadiazole system when zinc stearate cooperates with epoxidized soybean oil .

结果表明：用膜分相法能把环氧大豆油和乏酸很好地分开；

It was showed by the results that the acid-used was well separated from ESO by membrane phase separation .

环氧大豆油作为环保、稳定、可生物降解的增塑剂，是国际公认的绿色增塑剂。

Epoxy Soybean Oil ( ESO ) as environmental , biologic degradative and steady plasticizer is an internationally recognized green plasticizing agent .

介绍了环氧大豆油在阳离子光固化体系、环氧豆油丙烯酸酯涂料及其他涂料体系的研究状况，并对其应用前景进行了展望。

The study progress on cationic UV-curing , acrylated epoxidized soybean oil and other coatings systems were also reviewed briefly , moreover , the applications in future was predicted .