1) foam material
泡沫材料
1.
Relation and Application of Density and Compression Strengh of Effervescible Polystyrence Foam Material;
可发性聚苯乙烯泡沫材料密度与压缩强度的关系及其应用
2.
On the basis of discussing principle of foam material cell shape,this research studied two methods to measure cell diameter and its distribution,which are picture process and fractal dimension.
探讨了泡沫材料泡孔结构形成原理及泡沫材料孔径与分布测量途径,并实际运用图像处理和分维二种创新的测量方法对泡孔进行测量分析,其二结果相当一致,从而证实了图像法与分维法的可行性,同时说明了分维的科学性。
2) foam
[英][fəʊm] [美][fom]
泡沫材料
1.
Plasticizing and mechanical properties of glycerol plasticized starch foams;
甘油增塑淀粉泡沫材料的塑化性能及力学性能
2.
Preparation of NR-g-(GMA-co-St)/PVC blended foam by chemical cross linking and one-step compression molding;
化学交联模压法制备NR-g-(GMA-co-St)/PVC共混泡沫材料
3.
Foams with these three kind cells are periodic and their cells are also all symmetrical.
在对发泡过程进行假设的基础上,根据泡沫材料微结构的特点,建立开孔和闭孔泡沫材料的简单立方、面心立方和体心立方单胞模型,导出相对密度和胞体结构参数的定量关系。
3) foamed material
泡沫材料
1.
Study on Foamed Materials of BR and LDPE Blends;
橡塑并用泡沫材料的研究(Ⅰ)
2.
It shows that the wave amplitude and the actuation time are both affected by foamed materials in the layered media, and the energy absorption of multi-layered media with the foamed materials is obvious.
结果表明:多层介质中的泡沫材料不仅能够改变应力波的幅值与作用时间,而且具有显著的吸能效果,引起应力波在传播过程中在各层介质中能量与动量分配的改变。
4) foam materials
泡沫材料
1.
Preparation of antistatic silicone rubber foam materials;
抗静电硅橡胶泡沫材料的研制
2.
A primary study on fabrication of foam materials with metakaolin;
偏高岭土制备泡沫材料的初步研究
3.
Methods of preparing foam materials, such as aluminium foam, titanium foam, silicon foam and lead foam, and how to control the composition and the porosity in order to prepare materials of different performances were presented.
综述了泡沫铝、泡沫钛、泡沫硅和泡沫铅等材料的制备方法,以及如何控制材料的组成和孔隙率来制备不同性能的材料,重点介绍了这些泡沫材料在汽车工业、人体植入材料、光学材料、微电子、计算机和铅酸电池等方面表现出来的优异性能,并展望其广阔的市场前景。
5) foaming material
泡沫材料
1.
Study on soybean oil-based foaming materials prepared by non-isocyanate method;
非异氰酸酯法大豆油基泡沫材料的研究
2.
The novel type of vegetable oil-based growing media and foaming materials were prepared with or without the addition of filler.
本论文以大豆油、蓖麻油和桐油为主要原料通过官能化反应合成了丙烯酸酯化环氧大豆油(AESO)、环氧化蓖麻油(ECO)及马来酸酐化桐油(MT)，在引发剂G和催化剂BC的作用下实现了官能化植物油的交联固化，引入发泡体系和填料固化发泡制备出了一类新型植物油基泡沫材料和培养基质。
6) foams
泡沫材料
1.
Finite element analysis of dynamic crushing behaviors of closed-cell foams based on a tetrakaidecahedron model
基于十四面体模型的闭孔泡沫材料动态力学性能的有限元分析
2.
The new equation was proposed to control the cell strut shape of three dimensional foams.
针对开孔泡沫材料提出了新的支柱形状控制方程,并在Voronoi随机泡沫模型基础上,研究了支柱形状变化对其各向同性弹性性能、非线性压缩和拉伸力学行为的影响;讨论了支柱细腰程度和模型随机度共同作用的影响效果,并比较了两种因素作用效果的大小。
3.
Influences of the model irregularity and randomicity of SCSAs on foams were compared,and the effects of their interaction were also discussed.
基于Voronoi随机泡沫模型,引入支柱截面面积不均匀分布的随机变量,研究了其对泡沫材料的非线性压缩和拉伸行为以及各向异性弹性性能的影响,并与模型随机度的影响进行比较,讨论了两种随机因素共同作用时的影响效果。
补充资料：泡沫材料绝热（foaminsulation）
泡沫材料绝热（foaminsulation）
用发泡的聚苯乙烯作为绝热材料的绝热方式，它具有粉末绝热的同等绝热原理，它的热导率在10-1～
10-2mW·cm-1·K-1，它广泛地使用在如家用冰箱以及需要绝热的各种管道及有关设备上，具有使用方便、材料轻、可以现场成型等优点。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条