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力学阻尼
    STUDIES ON THE HIGH POLYMERIC MECHANICAL DAMPING MATERIAL——THE EFFECT OF FILLERS ON MECHANICAL DAMPING OF CHLORINATED BUTYL RUBBER
    高分子力学阻尼材料的研究——Ⅰ.填料对氯化丁基橡胶的力学阻尼行为的影响
    MECHANICAL DAMPING OF INTERFACES IN IM AND RS/PM Al-Li ALLOYS
    IM和RS/PM铝锂合金的界面力学阻尼
    MECHANICAL DAMPING OF NETWORK COPOLYMERS OF POLY-OXYPROPYLENE AND POLYMETHYL METHACRYLATE
    聚环氧丙烷/聚甲基丙烯酸甲酯网状共聚物的力学阻尼
    MISCIBILITY AND MECHANICAL DAMPING OF CHLORINATED BUTYL RUBBER/COPOLYMER OF BUTADIENE AND ISOPRENE BLENDS
    氯化丁基胶同丁戊共聚物共混体系的相容性及力学阻尼
    EFFECT OF THE HARD AND SOFT SEGMENT STRUCTURE ON THE MECHANICAL DAMPING AND COMPATIBILITY OF MULTI-BLOCK COPOLYMER NETWORKS
    软段和硬段结构对交联的嵌段共聚物力学阻尼及相容性的影响
    THE EFFECT OF CROSSLINKING ON THE DYNAMIC MECHANICAL DAMPING,COMPATIBILITY AND MORPHOLOGY OF PEAPU/MMA CROSSLINKED POLYMERS
    交联对聚己二酸乙二醇酯聚氨酯/甲基丙烯酸甲酯交联聚合物的力学阻尼、相容性及形态的影响
    This paper presents our study on the effect of fillers on mechanical damping of chlorinated butyl rubber above its glass transition temperature, Tg.
    本文研究了填料对氯化丁基橡胶在玻璃化转变温度以上的温度范围里的力学阻尼行为的影响。
    At temperatures T> -36℃, the effect of interaction between rubber and fillers on mechanical damping of chlorinated butyl rubber was studied and discussed in terms of several parameters such as the content of combined rubber absorbed on the surface of fillers, surface area of fillers, the interfacial functionψ, and the surface area of fillers occupied by rubber of unit weight.
    在T>-36℃的范围里,通过测定填料表面吸附的结合橡胶和填料的表面积,用填料-橡胶界面积函数和单位重量橡胶在填料表面占据的表面积等参数,研究了填料-橡胶相互作用对氯化丁基橡胶的力学阻尼行为的影响;
    The miscibility and mechanical damping behavior of rubber blends made of chlori-nated butyl rubber/copolymer of butadiene and isoprene were studied by using thelinear dilatometer and dynamic viscoelastometer.
    本文用线膨胀仪和粘弹谱仪研究了氯化丁基胶和丁戊共聚物共混体系的相容性和力学阻尼
    Theeffect of crystal in the copolymers on the mechanical damping behavior of the rubberblend is notable.
    丁戊共聚物中结晶对共混体系的力学阻尼有显著影响。
    The molecular weight between crosslinking pointsM_C was calculated about 945. The characteristic damping behavior shows that this poly-mer is a semicompatible multiblock copolymer with excellent mechanical damping.
    其交联点间分子量约为945。 其特征阻尼行为表明这种共聚物是半相容的多嵌段共聚物,它具有优异的力学阻尼
    This paper presents a study on the effect of segment structure on the compatibility anddynamic mechanical damping properties of multiblock copolymer networks.
    本文研究了链段结构对多嵌段共聚物网的相容性及动态力学阻尼性能的影响。
    The latest research progress of damping materials from five parts was reviewed with 35 references. The contents include the fields of polymer mechanical damping mechanism, experiment methods, damping behavior evaluation, the influence factors of damping property, the synthesis and property of different damping materials, and the IPN′s damping mechanism.
    对高聚物力学阻尼材料最近研究进展作了概述,内容涉及聚合物力学阻尼机理及实验方法,阻尼行为的评价,阻尼性能的影响因素,不同阻尼材料的合成及性质和互穿网络聚合物的阻尼机理。
 

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