本体聚合法

以金属配合物为催化剂、1，5-己二烯为交联剂，采用本体聚合法合成了交联超高相对分子质量烯烃类聚合物（简称交联聚合物）。

Ultra high relative molecular mass cross-linked alkene polymer was synthesized by bulk polymerization using metal complex as catalyst and1,5-hexadiene as cross-linking agent .

该聚合物未经脱溶剂处理，减阻率高达45%（添加质量浓度为0.01kg/m3），超过了本体聚合法得到的聚合物（减阻率为40.1%）。

A 45 % of the drag reducing efficiency can be achieved under the conditions of not coping with the polymer ( adding mass concentration of 0.01 kg / m ~ 3 ), which exceeds that of polymer by bulk polymerization ( 40.1 % of DR ) .

以TiCl4/AlEt2Cl为引发体系，在常压条件下采用本体聚合法引发长链α-烯烃聚合，制备高减阻性能的油溶性减阻剂（DRA）。

Using TiCl_4 / AlEt_2Cl as initiating system to polymerize long chain α - olefin by bulk polymerization under atmosphere pressure , high efficiency oil-solvent drag reducing agent ( DRA ) was synthesized .

采用本体聚合法合成了聚（γ-氯代吡啶）；研究了其水解稳定性和热稳定性能。

The synthesis of poly (γ - chioropyridine ) and its hydrolytic and thermal stability were studied .

对传统中药中的柚皮素成分进行了检测，结果令人满意。（3）以对氯苯氧乙酸为模板分子，采用热引发本体聚合法合成了分子印迹聚合物。

The MIPs has been successfully applied to the determination of naringenin in the Chinese traditional medicine with good results . ( 3 ) Molecular imprinted polymers were prepared using 4-chlorophenoxyacetic acid ( 4-CPA ) as template molecules by thermal-initiated bulk polymerization method .

首先，以油酸为功能单体，二乙烯基苯为交联剂，分别应用本体乳液聚合法和反相微乳液聚合法制备了Fe（Ш）印迹聚合物。

The corresponding molecular imprinting polymers ( MIPs ) represent fine adsorptive performance . Fe (Ш) - imprinting polymer ( Fe (Ш) - MIPs ) were synthesized using oleic acid as functional monomer and divinylbenzene as cross-linker by the emulsion polymerization approach and inverse micro-emulsion polymerization approach respectively at first .

采用原位本体或乳液聚合法，制备了遇水崩解的聚苯乙烯/聚丙烯酸钠共混物。

Water-destructible polystyrene / polyacrylate sodium ( PS / PAANa ) blends have been prepared by in-situ bulk or emulsion polymerization .