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熔融峰顶
相关语句
  melting peak
     With the increase of arm numbers of PEG,the temperature of the melting peak of dried gels and the swelling ratio of hydrogels decrease;
     随着PEG臂数的增加 ,干胶的熔融峰顶温度下降 ,凝胶的溶胀比减小 ;
短句来源
     the melting peak temperature of HDPE crystal in PET/EN-MFMB decreased distinctly compared with that of pure HDPE and that of HDPE in EN-MFMB.
     HDPE结晶熔融峰顶温度比原料HDPE以及EN-MFMB中的HDPE的明显降低。
短句来源
  “熔融峰顶”译为未确定词的双语例句
     The influence of AM-AT on the crystallizability of HDPE in composite was not remarkable, but the tensile and impact strength of the composite were improved. tg and tm of the composite were effected by AM-AT and HDPE-g-MAH.
     结果表明,AT对复合材料中的HDPE结晶影响不明显,但AT和引入的马来酸酐接枝HDPE(HDPE-g-MAH)对复合材料的玻璃化转变温度tg及熔融峰顶温度tm都有一些影响。
短句来源
  相似匹配句对
     MELT SPINNING OF POLYVINYLALCOHOL
     聚乙烯醇的熔融纺丝
短句来源
     MOLTEN TYPES OF TEMPERATU-RE-INDICATING PAINTS
     熔融型示温涂料
短句来源
     the melting peak temperature of HDPE crystal in PET/EN-MFMB decreased distinctly compared with that of pure HDPE and that of HDPE in EN-MFMB.
     HDPE结晶熔融峰顶温度比原料HDPE以及EN-MFMB中的HDPE的明显降低。
短句来源
     With the increase of arm numbers of PEG,the temperature of the melting peak of dried gels and the swelling ratio of hydrogels decrease;
     随着PEG臂数的增加 ,干胶的熔融峰顶温度下降 ,凝胶的溶胀比减小 ;
短句来源
     THE SUMMIT LEVEL IN WESTERN HUBEI MOUNTAIN REGION
     鄂西山区的峰顶
短句来源
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  melting peak
The intensity of high-temperature melting peak was higher than that of low-temperature melting peak in nano-CaCO3/PP composites.
      
While in modified nano-CaCO3/PP composites crystallized at higher temperature, the intensity of high-temperature melting peak was lower than that of low-temperature melting peak.
      
The experiments demonstrated that the melting peak of DHPC shifted toward the side of lower temperature with the increasing of water content.
      
A TPB melting peak was observed in the 25 wt% TPBBC, suggesting a limit to the solubility of TPB.
      
DSC thermograms of high pressure-induced samples showed a more asymmetrical ice-melting peak than that of thermally induced gels.
      
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The star shaped block copolymers were prepared by ring opening polymerization of ε caprolactone in the presence of multiarm PEG using stannous octoate as a catalyst.Based on these star shaped PEG b PCL,soluble macromers terminated with acrylate groups were synthesized.The amphiphilic nature of the macromers causes them to assume a micellar conformation in water,which enables them to undergo rapid polymerization using photoinitiator under UV radiation.Macromers and their hydrogels were characterized...

The star shaped block copolymers were prepared by ring opening polymerization of ε caprolactone in the presence of multiarm PEG using stannous octoate as a catalyst.Based on these star shaped PEG b PCL,soluble macromers terminated with acrylate groups were synthesized.The amphiphilic nature of the macromers causes them to assume a micellar conformation in water,which enables them to undergo rapid polymerization using photoinitiator under UV radiation.Macromers and their hydrogels were characterized by 1H NMR、FTIR、DSC、TGA、ESEM、 gel content and swelling ratio etc. It is shown that dried gels absorb water rapidly,and hydrogels have high swelling ratio and water content.With the increase of arm numbers of PEG,the temperature of the melting peak of dried gels and the swelling ratio of hydrogels decrease;The photograph of ESEM indicated clearly the network structure of the hydrogel.

以辛酸亚锡为催化剂 ,通过星型聚乙二醇 (PEG)引发ε 己内酯 (CL)开环聚合 ,制备了PEG b PCL嵌段共聚物 ,进一步以丙烯酸酯封端 ,合成了 3种水溶性大分子单体 .以 2 ,2 二甲氧基 2 苯基苯乙酮为引发剂 ,在紫外光作用下 ,大分子单体在水中由于胶束的形成能够迅速聚合形成水凝胶 .利用1 H NMR、FTIR、DSC、TGA、ESEM、凝胶含量、溶胀比等分析测试手段对大分子单体及其形成的水凝胶进行了表征 .结果表明 ,干胶迅速吸水而达到溶胀平衡 ,水凝胶具有较大的溶胀比和高的水含量 ;随着PEG臂数的增加 ,干胶的熔融峰顶温度下降 ,凝胶的溶胀比减小 ;ESEM图片上清晰地表明水凝胶的网络结构

Dicumy peroxide(DCP) and acrylamide(AM) were absorbed onto the surfaces of the attapulgite(AT) modified with coupling agent KH-570. The modified attapulgite(AM-AT) was filled into PVC/HDPE to prepare nanocomposite. The AM-AT/PVC/HDPE composites were analyzed by FTIR,XRD and DSC characterization methods. The influence of AM-AT on the crystallizability of HDPE in composite was not remarkable, but the tensile and impact strength of the composite were improved.tg and tm of the composite were effected by AM-AT and...

Dicumy peroxide(DCP) and acrylamide(AM) were absorbed onto the surfaces of the attapulgite(AT) modified with coupling agent KH-570. The modified attapulgite(AM-AT) was filled into PVC/HDPE to prepare nanocomposite. The AM-AT/PVC/HDPE composites were analyzed by FTIR,XRD and DSC characterization methods. The influence of AM-AT on the crystallizability of HDPE in composite was not remarkable, but the tensile and impact strength of the composite were improved.tg and tm of the composite were effected by AM-AT and HDPE-g-MAH.

在经硅烷偶联剂(KH-570)修饰的凹凸棒土(AT)表面吸附过氧化二异丙苯(DCP)和丙烯酰胺(AM),用处理过的凹凸棒土(AM-AT)填充PVC/HDPE合金,测试其力学性能,发现力学性能有所提高。用FTIR,XRD,DSC表征手段,对复合材料进行了表征。结果表明,AT对复合材料中的HDPE结晶影响不明显,但AT和引入的马来酸酐接枝HDPE(HDPE-g-MAH)对复合材料的玻璃化转变温度tg及熔融峰顶温度tm都有一些影响。

The programmed heating and cooling crystallization behavior and melting behavior of toughened PET/EN-MFMB system were investigated by means of DTA. The results indicated that the PET in PET/EN-MFMB showed lower cold and hot crystallization onset temperature, and a marked higher hot crystallization nucleation rate than that of pure PET. The crystalline process of HDPE was obstructed and restricted by PET. For the melting behavior, the initial melting temperature of PET crystal in PET/EN-MFMB was higher commonly...

The programmed heating and cooling crystallization behavior and melting behavior of toughened PET/EN-MFMB system were investigated by means of DTA. The results indicated that the PET in PET/EN-MFMB showed lower cold and hot crystallization onset temperature, and a marked higher hot crystallization nucleation rate than that of pure PET. The crystalline process of HDPE was obstructed and restricted by PET. For the melting behavior, the initial melting temperature of PET crystal in PET/EN-MFMB was higher commonly than that of pure PET; the melting peak temperature of HDPE crystal in PET/EN-MFMB decreased distinctly compared with that of pure HDPE and that of HDPE in EN-MFMB.

用差热分析法研究了PET/EN-MFMB增韧体系逐渐升温和逐渐降温的结晶行为以及逐渐升温的熔融行为。结果表明:PET/EN-MFMB增韧体系中PET冷、热结晶开始结晶温度均比原料PET的有所降低,热结晶成核速率均比原料PET的有明显提高。HDPE的结晶过程受到了PET的阻隔、约束作用。PET结晶开始熔融温度一般都比原料PET 有所提高;HDPE结晶熔融峰顶温度比原料HDPE以及EN-MFMB中的HDPE的明显降低。

 
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