多乙烯多胺

利用多乙烯多胺溶液作为涂层液，涂覆在碳纤维表面，然后在600℃热处理30s，水洗后烘干。

Carbon fibers ( CFs ) coated with polyethylene polyamine were treated at600 ℃ for30 s in the furnace , then washed using water and dried .

螯合树脂研究Ⅰ、以聚醚为主链的多乙烯多胺型螯合树脂的合成及其吸附性能

Study on chelate resins ⅰ . syntheses and adsorption properties of polyethylene polyamine resins consisting of a polyether backbone

合成了具有高吸附容量的聚乙烯苄多乙烯多胺二硫代羧酸大孔型螫合树脂（DTC树脂）。

The title resins ( DTC resins ) with high adsorption capacity were prepared .

合成了一种新型药物催化剂聚氯乙烯多乙烯多胺碱性树脂（PVC-PP），其结构经IR和元素分析表征。

A new basic resin , polyvinylchloride-polyethylene polyamine ( PVC-PP ), was synthesized and the structure was characterized by IR and elementary analysis .

考察了以高分子多乙烯多胺（PA）和高分子双氰胺甲醛缩合物（CA，现生产采用）作凝聚剂的SBR1500及国外胶样基本特性的差异。

The differences between the basic properties of SBR 1500 coagulated with polyethylene polyamine ( PA ) and those coagulated with dicyandiamide formaldehyde condensate ( CA ) in present production were investigated .

离子交换树脂的合成Ⅱ间苯二胺多乙烯多胺甲醛型弱碱性阴离子交换树脂

Synthesis of Ion Exchange Resins ⅱ Weakly basic anion exchange resins

从乙二胺副产的多乙烯多胺混合物中分离哌嗪

Separating piperazine from ethylenediamine byproduct polyethylene polyamines mixture

聚氯乙烯多乙烯多胺树脂的相转移催化作用

Phase Transfer Catalysis of Polyvinyl Chloride-Polyethylene Polyamine Resin

通过冷冻、共沸蒸馏，从多乙烯多胺混合物中分离出哌嗪。

Piperazine was separated from ethylenediamine byproduct polyethylene polyamines mixture by refrigeration and azeotrope distillation .

以环己酮和正丁醇为溶剂，对多乙烯多胺萃取工艺进行了研究。

Cyclohexanone and n-butanol as solvents , the process has been investigated to extract polyethylene polyamines .

多乙烯多胺-接-聚羟基月桂酸酯超分散剂制备及研究

A Study on the Preparation and Application of Polyethylene Polyamine-Poly ( 12-hydroxylauric acid ) ester Hyperdispersants

它是以多乙烯多胺为起始剂使环氧丙烷、环氧乙烷聚合制得的多支链结构的聚醚，用高活性特殊碱性液体酚醛树脂改性而成。

It is a block polyether modified by a high reactive liquid phenolic resin of alkaline process .

四环氧丙基杯[6]-1,4-冠-4与纤维素多乙烯多胺衍生物反应，合成了一系列新型杯[6]冠醚纤维素螯合树脂。

A series of novel calix-crown-g-cellulose chelating resins were synthesized by reaction of tetra-epoxy-propyl calix-1,4-crown-4 with cellulose poly ( ethyleneimine ) derivatives .

以壬基酚、多乙烯多胺和甲醛为原料，合成了多乙烯多胺基亚甲基-4-壬基苯酚，并利用红外光谱对其结构进行了鉴定。

Polyethylene polyamine methylene-4-nonylphenol was synthesized by the reaction of nonylphenol , polyethylene polyamine and formaldehyde . The structures were identified by FTIR .

通过全取代环氧丙基杯[6]芳烃与多乙烯多胺进行开环聚合，合成了系列新型含氨基和羟基的杯[6]芳烃聚合物。

Reacting epoxy-propyl calixarene with poly ( ethyleneimine ), a series of new calix arene polymers containing amido groups and hydroxyl groups were obtained .

新型络合吸附剂的研究（Ⅲ）&镍离子模板高分子多乙烯多胺络合吸附剂的合成和特性

Studies on the New Complexing Adsorbents ( ⅲ ) & Synthesis and Characterization of Complexing Adsorbents Containing Polyamine and Nickel ( ⅱ ) as Template

新型络合吸附剂的研究（Ⅳ）&铜（Ⅱ）、镍（Ⅱ）模板高分子多乙烯多胺吸附剂的记忆性

Studies on the New Complexing Adsorbents (ⅳ)── The Memorial Properties of Complexing Adsorbents Containing Polyethylene Polyamine and Copper (ⅱ) or Nickel (ⅱ) used as Template Ions

合成丙酸催化剂的研究进展用量子化学方法研究了丙酸与多乙烯多胺缩合反应机理。

Advances in the Catalyst for Propionic Acid Synthesis Quantum chemistry is applied to the study of condensation mechanism of the reaction between propionate acid and polyethylene polyamine .

采用新型大孔球状聚氯乙烯为骨架的多乙烯多胺树脂在盐酸存在下与亚磷酸、甲醛反应，合成了氨基磷酸型螯合树脂。

Based on the types of chelating resins , the paper reviews the research on Ga and In separation with chelating resins mainly of phosphate and hydroxyl-acid types .

研究了聚氯乙烯多乙烯多胺树脂对酸性物质：苯酚、饱和羧酸，不饱和羧酸、乳酸和氯乙酸的吸附。

The adsorption of Polyvinyl chloride-polyethylene Polyamine resin for acid substances were studied , such as phenol . saturated carboxylic acid non-saturated carboxylic acid , lactic acid chloroacetic acid etc.

乙撑胺是包括乙二胺及同系的多乙烯多胺系列产品，是重要的有机化工原料，用途十分广泛。

Ethylene amines include ethylene diamine and polyethylene polyamine with the Department of series of products , is an important organic chemical raw material , uses a wide range .

甲醛和异丁烯的缩合反应机理&MINDO/2理论计算用量子化学方法研究了丙酸与多乙烯多胺缩合反应机理。

THEORETICAL CALCULATION OF THE CONDENSATION MECHANISM OF FORMALDEHYDE WITH ISOBUTENE BY MINDO / 2 METHOD Quantum chemistry is applied to the study of condensation mechanism of the reaction between propionate acid and polyethylene polyamine .