层状复合材料,laminated composites
1)laminated composites层状复合材料
1.Fabrication of mullite/aluminum titanatelaminated composites;莫来石/钛酸铝层状复合材料的制备
2.ZrB2/Molaminated composites,in which ZrB2 containing 10 vol% nano-SiC whiskers and 10 vol% SiC particles were taken as matrix layer and Mo as interfacial layer were prepared by roll-compaction and hot-pressing sintering at 1950°C for 1 h under 20 MPa pressure in flow argon.以SiC颗粒和纳米SiC晶须复合增韧的ZrB2为基体层,以金属Mo为界面层,采用轧膜成型和热压烧结的方法,在1950℃,1h,25MPa压力/Ar气氛的条件下,成功制备了ZrB2/Mo层状复合材料。
3.C/BNlaminated composites were obtained by spark plasma sintering.采用放电等离子烧结技术(SPS)快速烧结了C/BN层状复合材料,研究了烧结工艺、结构和性能之间的关系。
英文短句/例句
1.Numerical Analysis of Edge Effect in Laminated Composite Structures层状复合材料结构边缘效应数值分析
2.Preparation and Characterization of Kovar/Cu/Kovar Cladding Sheets;Kovar/Cu/Kovar层状复合材料的研制
3.Preparation of Layered Polyaniline/H_2W_2O_7 Composite聚苯胺/H_2W_2O_7层状复合材料的制备研究
4.The Study on Diffusion Annealing Process of AgCuCe/TU1 Laminated CompositesAgCuCe/TU1层状复合材料扩散退火工艺研究
5.Structure Design of Interface and Preparation of C/h-BN Laminated Composites;C/h-BN层状复合材料的界面层设计与制备
6.Bond Rolling Principles of Laminated Precision Alloy Materials;精密合金层状复合材料轧制变形规律的研究
7.Study on Magnetoelectric Effect of Layered Magnetostrictive/Piezoelectric Composites;磁致伸缩/压电层状复合材料的磁电效应研究
8.Two Type of Layered Silicate/Polymer Nanocomposites;两类层状硅酸盐/聚合物纳米复合材料
9.Study of the ZrO_2/Al_2O_3 Laminated Compound Ceramics;ZrO_2/Al_2O_3系层状复合陶瓷材料的研究
10.Design and Manufacture of Laminated Electromagnetic Shielding Composites;层状复合电磁屏蔽材料的设计与制备
11.Propagation of SH Waves in Layered Piezoelectric-Piezomagnetic Media;层状压电—压磁复合材料中SH波的传播
12.Finite Element Analysis of Laminated-toughened Composites under Low-velocity Impact层状化增韧层合复合材料低速冲击有限元分析
13.Study on Laminated-Toughened CFRPs Based on Thermoset/Thermoplastic Diphase Systems;基于复相体系的层状化增韧复合材料研究
14.Present Status and Developmental Direction for Manufacturing Technique of Laminar Composite Metal层状金属复合材料制备技术现状及发展方向
15.Synthesis and Characterization of a New Layered Ferroelectric-Ferromagnetic Composite;新型层状铁电—铁磁复合材料的合成与表征
16.Synthesis and Property Investigation of Layered Titanate and Its Composites层状钛酸盐及其复合材料的合成与性能研究
17.HOMOGENEOUS STATE-VECTOR EQUATION FOR THERMOELASTIC MATERIALS AND EXACT SOLUTION OF COMPOSITE LAMINATED PANELS热弹性材料齐次状态向量方程和复合材料层合面板的精确解
18.The Study on Electronical Structure of Layered Ternary Carbide Composites;三元层状碳化物复合材料的电子结构研究
相关短句/例句
laminated composite层状复合材料
1.Steel/zinclaminated composites were fabricated by casting technique.对复合铸造法制成的钢/锌层状复合材料在不同条件下的单向拉伸和低周疲劳实验进行了研究。
2.In order to investigate the superplasticity of ceramic matrixlaminated composite, the superplastic deep-drawing process was simulated by FEM.为研究陶瓷基层状复合材料的超塑性能,对其超塑拉深成形过程进行了有限元模拟。
3.Experimental Study of Impact Behavior of laminated Composite;论文利用高速摄影技术与焦散线技术相结合,对层状复合材料的冲击性能进行动态实验研究。
3)layered composite materials层状复合材料
1.Self-assembled organic/inorganiclayered composite materials;自组装制备有机/无机层状复合材料
2.The possibility to improve the bonding of Al-Pb interface with taking Bi or Sn as the third element in the interface was analyzed by function of bonding parameters,and thelayered composite materials of Al-Bi-Pb and Al-Sn-Pb were prepared by liquid-solid coating method.利用键参数函数理论分析了第三组元Bi或Sn作为Al-Pb非混溶体系实现冶金结合一体化的可行性,并采用液-固包覆成型的方法制得了Al-Bi-Pb及Al-Sn-Pb层状复合材料,通过SEM、EDS等检测手段分析研究试样的显微组织,并讨论了界面的扩散现象。
4)SiC W laminated compositesSiCW层状复合材料
5)Layered nanocomposite层状纳米复合材料
1.The layered nanocomposite material was characterized with SEM,XRD and IR and the electrochemical behaviors of the MV2+-K4Nb6O17 modified electrode were investigated.采用离子交换法制备了甲基紫精/K4Nb6O17层状纳米复合材料,并用SEM,XRD,IR等方法对其进行了表征,对该层状纳米复合材料修饰电极进行了电化学行为测试。
6)Magnesium/aluminum Laminated Composites镁/铝层状复合材料
1.Fabrication ofMagnesium/aluminum Laminated Composites by Diffusion Bonding and Its Interface Properties;镁/铝层状复合材料的扩散连接制备及界面特性
延伸阅读
层间混杂高聚物基复合材料层间混杂高聚物基复合材料hybridlaminated polymer matrix composites层间混杂高聚物基复合材料h如rid laminatedpolymer matrix composites，以高聚物为基体，由两种或两种以上的单种纤维层相间复合而制成的混杂复合材料。相间复合可以是异种纤维层交替铺层(图la)，也可以是不等厚度的异种纤维铺匕脚毛间隔铺贴(图lb)。夹A纤维B纤维高聚物基体“交捧铺层A纤维B纤约高聚物从体铺层fll间隔铺贴A纤维B纤维高聚物基体臾芯铺层图1层回混杂高聚物基复合材料芯铺层(图Ic)是这种复合材料特例。实际应用中多为对称铺层。层间混杂高聚物基复合材料可以用以下5个结构参数来描述。①混杂比:组成混杂复合材料的各纤维体积含量之比。②馄杂界面数:不同纤维铺层相接触面的数量。③铺层顺序:某铺层相对中心层的位置。④铺层角度:铺层的纤维方向与参考坐标轴的夹角。⑤角度顺序:某种纤维的角度铺层相对中心层的位置。因此，可以由不同类型纤维、不同高聚物基体，得到不同种类的层间混杂高聚物基复合材料，如碳纤维一玻璃纤维/环氧树脂混杂复合材料、碳纤维一芳纶/环氧树脂混杂复合材料、碳纤维一芳纶/双马来酞亚胺树脂混杂复合材料。通过改变上述结构参数，还可以得到一系列的层间混杂复合材料。性能与特点层间混杂高聚物基复合材料的力学性能主要取决于参与混杂的纤维增强体。通常是两种纤维增强体混杂。一种是高断裂伸长、低模量纤维，另一种是低断裂伸长、高模量纤维。纤维之间取长补短，显示出优异的综合力学性能。与单一纤维复合材料相比，除强度、比模量高外，抗疲劳性能也好。许多力学性能随混杂比与混杂界面数等的改变而变化，并呈现一定的规律。以两种单向纤维混杂为例，其纵向拉伸模量介于两种单一纤维复合材料之间，并随高模量纤维含量增加而增加，而与混杂界面数及铺层顺序几乎没有关系;纵向拉伸强度偏离两种单一纤维复合材料强度值的连线，而且在某一混杂比内还低于二者的强度，在临界含量处强度值最低(图2)。、一们日.2日.1日.!;日.减1.‘)︵侧d芝︶邺石︸母tw-招份谊豁图2拉伸强度与混杂比关系层间混杂复合材料比单一纤维复合材料有更大的设计自由度。
