形状记忆材料

结果表明，TPI硫化胶的形变热刺激温度随硫黄用量的增加而降低，在形状记忆材料中，硫黄用量不应大于25份；

The results showed that TPI thermal deformation temperature decreased with increasing sulfur content . The content of sulfur should be less than 2.5 phr in the shape memory materials .

形状记忆材料中二类相界面的研究

Study of Two Types of Interface in Shape Memory Materials

Ni-Ti合金是一种性能优良的形状记忆材料。

Ni-Ti alloy is a kind of shape memory material with excellent capability .

Ni-Mn-Ga是一种新发展起来的磁性形状记忆材料，除具有较大的可逆恢复应变量和恢复力外，又具有很高的响应频率，是一种极具工程应用前景的新型功能材料。

As a newly developed magnetic shape memory material , Ni-Mn-Ga alloys show not only the large recovery strain and stress but also the rapidly responding frequency , and are thought to be the most prospective function materials in the engineering .

聚酯纤维加入形状记忆材料后，材料也具有形状记忆特性。

PET fiber reinforced materials still have shape memory properties .

聚乳酸基形状记忆材料对兔输卵管黏膜的影响

Early Effects on Tubal Mucosa Using Shape-memory Polymer Based Polylactide in Rabbits

硅烷交联HDPE/TPI共混型形状记忆材料的研究

Study on the Shape Memory Polymer of Silane Cross-linked HDPE / TPI

应力制约双程形状记忆材料的相交特性

Transformation of two way shape memory material constrained by stress

磁性形状记忆材料，（4）磁记录介质材料；

Magnetic shape memory material ; ( 4 ) magnetic recording medium material ;

形状记忆材料特性测量

Synthetical Measurement of Characteristic Properties of Shape Memory Materials

形状记忆材料杜仲胶/天然橡胶/低密度聚乙烯的研究

Study on shape memory material based on gutta-percha / NR / LDPE polymer

发展形状记忆材料的展望

Perspective in the Development of Shape Memory Materials

高反式-1,4-聚异戊二烯形状记忆材料的研究

Research on shape memory material of high trans-1,4-polyisoprene

形状记忆材料在纺织服装中的应用

Shape Memory Materials and their Application in Garment

与马氏体相变有关的形状记忆材料

Shape Memory Materials Associated with Martensitic Transformation

形状记忆材料的新进展

Recent progress of shape memory materials

形状记忆材料的热力学设计

Thermodynamic Design for Shape Memory Materials

已发现的形状记忆材料中有的经热弹性、有的经半热弹性相变而呈现完全的形状记忆效应。

The appearance of complete SME in discovered shape materials is resulted from the thermoelastic transformation or semi-thermoelastic one .

采用静态硫化法，可制得热刺激温度50～60℃，力学性能优良的形状记忆材料。

While using static vulcanization process , shape memory materials with higher mechanical properties and lower deformation temperature were got .

概述对马氏体相变基本特征认识的进程，以及与马氏体相变密切相关的形状记忆材料的发展。

Progress in the characteristics of martensitic transformation and the development of its close related shape memory materials were generally described .

文中主要介绍形状记忆材料、超磁致伸缩材料、梯度功能材料、智能材料等在机械工程领域中的应用。

This paper introduces the applications of shape memory alloy material , giant magnetostrictive material and functionally gradient material in mechanical engineering .

形状记忆材料是一种重要的智能材料，主要作为执行器件材料，被广泛的用在建筑、航空航天、军事和医学等领域。

Shape memory materials is important as intelligent materials , mainly used as actuator in Architecture , aeronautics , army and medical fields .

系统地研究了形状记忆材料的主要化学性质及物理力学性质，给出了材料的临界记忆温度和各种强度指标。

This paper study the main chemical & mechanical properties of shape memory material systematically , give the critical memory temperature and strength indices of the matter .

可用于制作控制装置的智能驱动材料主要有电/磁流变液体、形状记忆材料、压电材料、磁致伸缩材料以及可收缩膨胀聚合胶体等。

The intelligent materials mostly include ER / MR fluids , shape memory materials , piezoelectric materials , magnetostriction materials and retractable / inflatable polymeric colloid etc al .

介绍了一种新的形状记忆材料&杜仲胶形状记忆材料，并对其力学特性及形状记忆效应进行了研究。

This paper introduces a new shape memory material gutta percha shape memory polymer material and an experimental study on its mechanics properties shape memory effect . Keywords gutta-percha , shape memory , crosslinking-degree .

生物可降解形状记忆材料是一类新型智能材料，具有良好的生物降解性、形状记忆性，在外科微创手术以及医疗器械植入体方面具有重要的应用价值，是生物材料多功能化的研究热点。

Biodegradable shape memory polymers are the novel intelligent materials which have the excellent biodegradable and shape memory properties . They have the important application value in the surgical micro-invasive operation , medical device implants and are the focal point of research in multifunctional biomaterials .

其次重点阐述智能材料的几种基础材料&形状记忆材料、压电材料、智能高分子材料的性能及应用研究进展；最后展望了智能材料在21世纪的发展趋势。

This paper begins with a brief review of intelligent materials , followed by a description of the characteristics and applications of several basic materials : shape memory alloy ( SMA ), piezoelectric material and intelligent polymers , and finally discusses development trends of intelligent materials in the 21st century .

Fe-Mn-Si合金是一种实用性能优良、造价低廉的形状记忆合金材料，近年来成为人们研究的热点。

And Fe-Mn-Si alloy is developed as shape memory alloy for its better practicability , lower cost and superiority when used as fastening pieces .

基于Eshelby等效夹杂模型和Mori-Tanaka的场平均法，考虑到形状记忆合金材料的强物理非线性和基体材料的弹塑性，发展了增量型的等效夹杂模型。

Based on the Eshelby 's equivalent inclusion method and the Mori-Tanaka approach , a micromechanics method for a composite system consisting of shape memory alloy ( SMA ) short fibers within elastoplastic matrix was developed .

热致感应型形状记忆高分子材料及其研究进展

Progress in Study of Thermally Stimulated Shape Memory Polymer Materials