熔融反应

采用熔融反应挤出技术成功地制备了PN1和PN2两种新的增容剂。

Two new compatibilizers ( PN1 and PN2 ) were prepared successfully by melt extruding .

采用惰性气体保护下的高温熔融反应及氮淬冷技术，制备了xLI2S·（1&X）B2O23玻璃。

XLi2S ·( 1-x ) B2O3 glasses were prepared by high temperature melting reaction and liquid nitrogen quenching technique under inert gas atmosphere .

HIPS/PP熔融反应共混及其动态力学性质

Study on the Melting Reactive Mixing and Dynamic Mechanical Properties of HIPS / PP Blends

麻粒岩相条件下熔融反应与矿物相转变机制的实验研究

Experimental study of melting reaction and genetic mechanism of mineral phase trans - formation in granulite facies metamorphism

本文介绍了使马来酸酐接枝到聚丙烯大分子链上，从而实现聚丙烯功能化的几种实施方法：单体直接共聚反应，溶液反应，熔融反应，辐射反应以及固相反应。

The methods for the functionalization of PP by grafting maleic anhydride onto the big chains of PP is introduced in this paper : monomer direct copolymerization . solution reaction , melting reaction , radiation reaction and solid phase reaction .

以上地质事件说明，康滇构造带在地质历史时期曾是地质作用异常活跃的地区。（2）在本文4个岩石学实验中，样品内部分别发生了脱水反应和脱水熔融反应。

The above-mentioned geological events indicate that Kang-Dian tectonic zone had been a geologically active area in geological history . ( 2 ) The dehydration reaction and the dehydration melting reaction have occurred in rock samples of the plagioclase amphibolite of Kangding group in four petrological experiments .

LLDPE与MAH熔融接枝反应的研究

Study on melt grafting reaction of LLDPE and Mah

MAH与PE或EPDM熔融接枝反应挤出和挤出物增韧PA合金化的研究

Study on the Melt Graft-Reacting Extrution of PE or EPDM with MAH and the Alloying of PA Toughened by the Grafts

通过对接枝物的IR分析、交联行为、高温应力－应变曲线及力学性能的测定，研究了聚乙烯大分子链结构对乙烯基硅烷与聚乙烯的熔融接枝反应和交联行为的影响。

The effects of the sort of PE on grafting and crosslinking reactions were investigated by using the IR analysis , crosslinking behavior , DSC measurements and the thermal loading .

主要讨论了聚丙烯（PP）与马来酸酐（MAH）在熔融挤出反应中，引发剂DCP、MAH的用量以及反应温度、物料的停留时间对接枝物的影响。

It discussed mainly the application of initiator DCP and MAH in melting reaction and the influence of graft copolymer at different temperature and different reaction time .

在转矩流变仪中通过熔融接枝反应制备了EPDMgGMA，将其与聚丙烯（PP）在双螺杆挤出机中熔融共混。

A copolymer EPDM-g-GMA was prepared by grafting glycidyl methacrylate ( GMA ) onto EPDM in a torsion rheometer , then the EPDM-g-GMA obtained was blended with PP in a double screw extruder .

在超声挤出反应装置中，研究了超声引发作用下马来酸酐（MAH）与HDPE、LLDPE及EPDM的熔融接枝反应。

Grafting of maleic anhydride ( MAH ) onto high density polyethylene ( HDPE ), linearly low density polyethylene ( LLDPE ) and EPDM performed in melt state through ultrasonic initiation was studied .

研究了聚乙烯蜡（PEW）与马来酸酐（MAH）熔融接枝反应，在PEW分子链上引入了极性基团。

The melting graft reaction between maleic anhydride ( MAH ) and polyethylene wax ( PEW ) was studied , and polar group was added to the chain of PEW successfully .

在双螺杆挤出机上进行了乙烯-丙烯-己烯共聚物（KN）与马来酸酐（MAH）熔融接枝反应，在共聚物的分子链上引入了极性基团。

The melt grafting reaction of ethylene-propylene-hexene copolymer ( KN ) with maleic anhydride ( MAH ) and was made on twin-screw extrude , and polar group was introduced to the chain of the copolymer successfully .

铝及铝合金与熔融钠反应的研究

Studies on Reactions Between Aluminium / Aluminium Alloys and Molten Sodium

合金元素对铝与熔融钠反应的影响

The effects of alloying elements on the reaction between aluminium and molten sodium

本文介绍了聚烯烃单组分和多组分熔融接枝反应及相关机理。

In this paper , monomer melt-grafting reaction , co-monomer melt-grafting reaction and the mechanism are introduced .

研究了合金元素镁、硅、锆对铝在350～450℃与熔融钠反应的影。

In this research , the effects of alloying elements on the reaction between aluminium and molten sodium have been investigated .

由对乙酰氧基苯甲酸、对苯二酚二乙酯、2,6-萘二甲酸及间苯二甲酸四种单体通过熔融缩聚反应，合成了全芳香族四组分共聚酯。

The wholly aromatic four-component copolyesters were prepared from p-acetoxy-benzoic acid , hydroquinone diacetate , 2,6-naphthalene dicarboxylic acid and isophthalic acid by melting polycondensation .

实验过程中某些新生结晶矿物的出现表明熔融变质反应的发生可能未必需要很长的时间，也未必是在宏观平衡状态下。

The forming of some new minerals during the experiment indicates that the melting reaction may neither need a long time nor macroscopic equilibrium state .

验证了缩聚反应过程中体系极性改变时，反应速率即发生对应的变化，阐明了熔融缩聚反应速率不稳定的原因。

It is assumed that the complexity of the polycondensation kinetics in the molten state is a manifestation of the changing reaction rate due to the changing polarity of the polycondensation system .

本课题采用啮合同向双螺杆挤出机，通过熔融共混反应挤出的方法制备PPO/PA66合金，研究了配方和螺杆构型两大要素对合金性能的影响。

PPO / PA66alloy were prepared using melting-blending reactive extrusion in an intermeshing co-rotating twin screw extruder in this paper . The influence of formula and screw configuration on properties of alloy was studied .

研制了一套压力脱芯设备，包括熔融碱反应脱芯装置和沸水溶芯装置两部分，通过压力脱芯试验证实它能够达到脱芯工艺的要求。

The main contents and conclusions are as follows : ( 1 ) A set of pressure core leach equipment was developed , it is verified through experiment that it can meet core leach technics requirement .

通过沸石与硝酸铵熔融盐反应制得沸石氮肥，研究在水冲洗和土壤模拟耕层下铵态氮和硝态氮的释放情况。

A nitrogen fertilizer adsorbed on zeolite is prepared from the reaction between zeolite and ammonium nitrate melting salt , and its release courses of ammonium and nitrate nitrogen are studied under the conditions of water washing and soil .

在此基础上，初步探讨了LA与PEG直接熔融共聚的反应机理。

Based on the above facts , the copolycondensation mechanism of LA and PEG was discussed .

对乙酰氧基苯甲酸与含磺酸基PET离聚物通过熔融共缩聚反应，获得一系列不同离子含量的液晶离聚物。

A series of polyester based liquid crystalline ionomers ( LCI ) with various sulfonate group content were prepared from p acetoxybenzoic acid and sulfonated PET ionomers through melt copolycondensation .

PA1010的熔融扩链反应

Study on chain extension reaction of PA 1010

研究了在SiC+C坯体中加入Fe粉，用熔融Si进行反应浸渗，以制备不含游离Si的SiC/FeSix复合材料。

In order to synthesize composite materials free of residual silicon phase , we have investigated reaction forming of SiC / FeSix by the infiltration of SiC / C / Fe performs using silicon melts .

采用熔融酯交换反应将液晶单体和1,4&丁二醇（BDO）和丁二酸二甲酯（BDS）进行共聚。

Melted state transesterification is adopted by mesogenic monomer , 1 , 4-BDO and BDS .

对苯二甲酸二甲酯（DMT）.3.5－间苯二甲酸二甲酯苯磺酸钠（SIPM）通过与乙二醇的酯交换及熔融共缩聚反应，得到了一组不同离于含量的离聚物。

A class of polyester ionomers with various contents of sulfonate group were prepared from dimethyl terephalate ( DMT ) and dimthyl ( sodiosulfo ) phathalate ( SIPM ) by ester-exchange reaction and then melt co-polycondensation .