Its catalytic performance in Heck reaction of iodobenzene with ethyl acrylate was studied.

研究了该催化剂对碘代苯与乙反应催化性能及循环使用性能。

Self-preparation polymerizable macromolecular surfactant HTP and acrylate monomer were used to prepare the amphiphilic polymer by soap-free microemulsion pentamer copolymerization.

以自制可聚合大分子表面活性剂HTP与类单体进行无皂微乳液五元共聚,制备可热固化双亲聚合物。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid,methyl methacrylate,butyl acrylate as the raw materials.

以、丁和甲甲为单体,采用自由聚合法制备了聚卷材涂料前驱成膜物,获得了适宜制备工艺条件。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择乳液增稠剂共聚反应方式、反应温度、滴加速度等最佳反应条件及乳化剂、引发剂最佳用量。

Introduces how to synthesize acrylic acid, acrylate and phenylethene quadripolymer into alcohol-soluble acrylic resin and use it as a link stuff to prepare flexible relief block printing ink.

叙述了、脂、苯乙四元共聚合成醇溶性聚脂类方法，并以其为连结料制备柔性凸版油墨。

In order to overcome the disadvantage of low rubfastness of conventional pigment dyeing , a new type covering pigment with ultramicro azo dye as core and acrylate adhesive as shell was presented.

为克服常规涂料染色摩擦牢度低弊病,作者提出采用以超微偶氮颜料为核,以类粘合剂为壳新型颜料包覆体染色新探索途径。

Its catalytic performance in Heck reaction of iodobenzene with ethyl acrylate was studied.

研究了该催化剂对碘代苯与烯酸乙酯反应的催化性能及循环使用性能。

Self-preparation polymerizable macromolecular surfactant HTP and acrylate monomer were used to prepare the amphiphilic polymer by soap-free microemulsion pentamer copolymerization.

以自制可合大分子表面活性剂HTP与烯酸酯类单体皂微乳液五元共,制备可热固化双亲合物。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid,methyl methacrylate,butyl acrylate as the raw materials.

以烯酸、烯酸丁酯和甲基烯酸甲酯为单体,采用自由基合法制备了烯酸卷材涂料前驱成膜物,获得了适宜的制备工艺条件。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择烯酸酯乳液增稠剂共反应的方式、反应温度、滴加速度等最佳反应条件及乳化剂、引发剂的最佳用量。

Introduces how to synthesize acrylic acid, acrylate and phenylethene quadripolymer into alcohol-soluble acrylic resin and use it as a link stuff to prepare flexible relief block printing ink.

叙述了烯酸、烯酸、苯乙烯四元共合成醇溶性烯酸类的方法，并以其为连结料制备柔性凸版油墨。

In order to overcome the disadvantage of low rubfastness of conventional pigment dyeing , a new type covering pigment with ultramicro azo dye as core and acrylate adhesive as shell was presented.

为克服常规涂料染色摩擦牢度低的弊病,作者提出采用以超微偶氮颜料为核,以烯酸酯类粘合剂为壳的新型颜料包覆体染色新的探索途径。

Its catalytic performance in Heck reaction of iodobenzene with ethyl acrylate was studied.

研究了该催化剂对碘代苯与乙反应的催化性能及循环使用性能。

Self-preparation polymerizable macromolecular surfactant HTP and acrylate monomer were used to prepare the amphiphilic polymer by soap-free microemulsion pentamer copolymerization.

以自制可聚合大分子表面活性剂HTP与类单体进行无皂微乳液五元共聚,制备可热固化双亲聚合物。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid,methyl methacrylate,butyl acrylate as the raw materials.

以、丁和甲基甲为单体,采用自由基聚合法制备了聚卷材涂料前驱成膜物,获得了适宜的制备工艺条件。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择乳液增稠剂共聚反应的方式、反应温度、滴加速度等最佳反应条件及乳化剂、引发剂的最佳用量。

Introduces how to synthesize acrylic acid, acrylate and phenylethene quadripolymer into alcohol-soluble acrylic resin and use it as a link stuff to prepare flexible relief block printing ink.

叙述了、脂、苯乙四元共聚合成醇溶性聚脂类的方法，并以其为连结料制备柔性凸版油墨。

In order to overcome the disadvantage of low rubfastness of conventional pigment dyeing , a new type covering pigment with ultramicro azo dye as core and acrylate adhesive as shell was presented.

为克服常规涂料染色摩擦牢度低的弊病,作者提出采用以超微偶氮颜料为核,以类粘合剂为壳的新型颜料包覆体染色新的探索途径。

Its catalytic performance in Heck reaction of iodobenzene with ethyl acrylate was studied.

研究了该催化剂对碘代苯与烯酸乙酯反应的催化性能及循环使用性能。

Self-preparation polymerizable macromolecular surfactant HTP and acrylate monomer were used to prepare the amphiphilic polymer by soap-free microemulsion pentamer copolymerization.

自制可聚合大分子表面活性剂HTP与烯酸酯类单体进行无皂微乳液五元共聚,制备可热固化双亲聚合。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid,methyl methacrylate,butyl acrylate as the raw materials.

烯酸、烯酸丁酯和甲基烯酸甲酯为单体,采用自由基聚合法制备了聚烯酸卷材涂料前驱成膜,获得了适宜的制备工艺条件。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择烯酸酯乳液增稠剂共聚反应的方式、反应温度、滴加速度等最佳反应条件及乳化剂、引发剂的最佳用量。

Introduces how to synthesize acrylic acid, acrylate and phenylethene quadripolymer into alcohol-soluble acrylic resin and use it as a link stuff to prepare flexible relief block printing ink.

叙述了烯酸、烯酸脂、苯乙烯四元共聚合成醇溶性聚烯酸脂类的方法，并其为连结料制备柔性凸版油墨。

In order to overcome the disadvantage of low rubfastness of conventional pigment dyeing , a new type covering pigment with ultramicro azo dye as core and acrylate adhesive as shell was presented.

为克服常规涂料染色摩擦牢度低的弊病,作者提出采用超微偶氮颜料为核,烯酸酯类粘合剂为壳的新型颜料包覆体染色新的探索途径。

Its catalytic performance in Heck reaction of iodobenzene with ethyl acrylate was studied.

研究了该催化剂对碘代苯与烯酸乙酯反应的催化性能及循环使用性能。

Self-preparation polymerizable macromolecular surfactant HTP and acrylate monomer were used to prepare the amphiphilic polymer by soap-free microemulsion pentamer copolymerization.

以自制可聚合大分子表面活性剂HTP与烯酸酯类单体进微乳液五元共聚,制备可热固化双亲聚合。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid,methyl methacrylate,butyl acrylate as the raw materials.

以烯酸、烯酸丁酯和甲基烯酸甲酯为单体,采用自由基聚合法制备了聚烯酸卷材涂料前驱成膜,获得了适宜的制备工艺条件。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择烯酸酯乳液增稠剂共聚反应的方式、反应温度、滴加速度等最佳反应条件及乳化剂、引发剂的最佳用量。

Introduces how to synthesize acrylic acid, acrylate and phenylethene quadripolymer into alcohol-soluble acrylic resin and use it as a link stuff to prepare flexible relief block printing ink.

叙述了烯酸、烯酸、苯乙烯四元共聚合成醇溶性聚烯酸类的方法，并以其为连结料制备柔性凸版油墨。

In order to overcome the disadvantage of low rubfastness of conventional pigment dyeing , a new type covering pigment with ultramicro azo dye as core and acrylate adhesive as shell was presented.

为克服常规涂料染色摩擦牢度低的弊病,作者提出采用以超微偶氮颜料为核,以烯酸酯类粘合剂为壳的新型颜料包覆体染色新的探索途径。

Its catalytic performance in Heck reaction of iodobenzene with ethyl acrylate was studied.

研究了该催剂对碘代苯与烯酸乙反应的催性能使用性能。

Self-preparation polymerizable macromolecular surfactant HTP and acrylate monomer were used to prepare the amphiphilic polymer by soap-free microemulsion pentamer copolymerization.

以自制可聚合大分子表面活性剂HTP与烯酸类单体进行无皂微乳液五元共聚,制备可热固双亲聚合物。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid,methyl methacrylate,butyl acrylate as the raw materials.

以烯酸、烯酸丁和甲基烯酸甲为单体,采用自由基聚合法制备了聚烯酸卷材涂料前驱成膜物,获得了适宜的制备工艺条件。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择烯酸乳液增稠剂共聚反应的方式、反应温度、滴加速度等最佳反应条件乳剂、引发剂的最佳用量。

Introduces how to synthesize acrylic acid, acrylate and phenylethene quadripolymer into alcohol-soluble acrylic resin and use it as a link stuff to prepare flexible relief block printing ink.

叙述了烯酸、烯酸脂、苯乙烯四元共聚合成醇溶性聚烯酸脂类的方法，并以其为连结料制备柔性凸版油墨。

In order to overcome the disadvantage of low rubfastness of conventional pigment dyeing , a new type covering pigment with ultramicro azo dye as core and acrylate adhesive as shell was presented.

为克服常规涂料染色摩擦牢度低的弊病,作者提出采用以超微偶氮颜料为核,以烯酸类粘合剂为壳的新型颜料包覆体染色新的探索途径。

Its catalytic performance in Heck reaction of iodobenzene with ethyl acrylate was studied.

研究了该催剂对碘代苯与酯反应的催性能及循环使用性能。

Self-preparation polymerizable macromolecular surfactant HTP and acrylate monomer were used to prepare the amphiphilic polymer by soap-free microemulsion pentamer copolymerization.

以自制可聚合大分子表面活性剂HTP与酯类单体进行无皂微乳液五元共聚,制备可热固双亲聚合物。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid,methyl methacrylate,butyl acrylate as the raw materials.

以、丁酯和甲基甲酯为单体,采用自由基聚合法制备了聚卷材涂料前驱成膜物,获得了适宜的制备工艺条件。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择酯乳液增稠剂共聚反应的方式、反应温度、滴加速度最佳反应条件及乳剂、引发剂的最佳用量。

Introduces how to synthesize acrylic acid, acrylate and phenylethene quadripolymer into alcohol-soluble acrylic resin and use it as a link stuff to prepare flexible relief block printing ink.

叙述了、脂、苯四元共聚合成醇溶性聚脂类的方法，并以其为连结料制备柔性凸版油墨。

In order to overcome the disadvantage of low rubfastness of conventional pigment dyeing , a new type covering pigment with ultramicro azo dye as core and acrylate adhesive as shell was presented.

为克服常规涂料染色摩擦牢度低的弊病,作者提出采用以超微偶氮颜料为核,以酯类粘合剂为壳的新型颜料包覆体染色新的探索途径。

Its catalytic performance in Heck reaction of iodobenzene with ethyl acrylate was studied.

研究了该催碘代苯与酸乙酯反应的催性能及循环使用性能。

Self-preparation polymerizable macromolecular surfactant HTP and acrylate monomer were used to prepare the amphiphilic polymer by soap-free microemulsion pentamer copolymerization.

以自制可聚合大分子表面活性HTP与酸酯类单体进行无皂微乳液五元共聚,制备可热固双亲聚合物。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid,methyl methacrylate,butyl acrylate as the raw materials.

以酸、酸丁酯和甲基酸甲酯为单体,采用自由基聚合法制备了聚酸卷材涂料前驱成膜物,获得了适宜的制备工艺条件。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择酸酯乳液增稠共聚反应的方式、反应温度、滴加速度等最佳反应条件及乳、引发的最佳用量。

Introduces how to synthesize acrylic acid, acrylate and phenylethene quadripolymer into alcohol-soluble acrylic resin and use it as a link stuff to prepare flexible relief block printing ink.

叙述了酸、酸脂、苯乙四元共聚合成醇溶性聚酸脂类的方法，并以其为连结料制备柔性凸版油墨。

In order to overcome the disadvantage of low rubfastness of conventional pigment dyeing , a new type covering pigment with ultramicro azo dye as core and acrylate adhesive as shell was presented.

为克服常规涂料染色摩擦牢度低的弊病,作者提出采用以超微偶氮颜料为核,以酸酯类粘合为壳的新型颜料包覆体染色新的探索途径。

Its catalytic performance in Heck reaction of iodobenzene with ethyl acrylate was studied.

研究了该催化代苯与烯酸乙酯反应的催化性能及循使用性能。

Self-preparation polymerizable macromolecular surfactant HTP and acrylate monomer were used to prepare the amphiphilic polymer by soap-free microemulsion pentamer copolymerization.

以自制可聚合大分子表面活性HTP与烯酸酯类单体进行无皂微乳液五元共聚,制备可热固化双亲聚合物。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid,methyl methacrylate,butyl acrylate as the raw materials.

以烯酸、烯酸丁酯和甲基烯酸甲酯为单体,采用自由基聚合法制备了聚烯酸卷材涂料前驱成膜物,获得了适宜的制备工艺条件。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择烯酸酯乳液增稠共聚反应的方式、反应温度、滴加速度等最佳反应条件及乳化、引发的最佳用量。

Introduces how to synthesize acrylic acid, acrylate and phenylethene quadripolymer into alcohol-soluble acrylic resin and use it as a link stuff to prepare flexible relief block printing ink.

叙述了烯酸、烯酸脂、苯乙烯四元共聚合成醇溶性聚烯酸脂类的方法，并以其为连结料制备柔性凸版油墨。

In order to overcome the disadvantage of low rubfastness of conventional pigment dyeing , a new type covering pigment with ultramicro azo dye as core and acrylate adhesive as shell was presented.

为克服常规涂料染色摩擦牢度低的弊病,作者提出采用以超微偶氮颜料为核,以烯酸酯类粘合为壳的新型颜料包覆体染色新的探索途径。