基体材料的英文

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英文翻译
造句

basis material
body material
parent material

材料 material
镀铜的基体材料 copper plated base material
半导体材料 list of semiconductor materials; semiconducting materials; semiconductingmaterial; semiconductive materials; semiconductor materials
超晶体材料 super crystal lattice material
弹体材料 elastomeric material
弹性体材料 elastomeric material
导体材料 conducting materials; conductor material
非导体材料 non-conducting material
非晶体材料 amorphous material
釜体材料 body material
固体材料 solid material; solid stuff
晶体材料 crystalline material
壳体材料 casting material
母体材料 fertile material; parent material
墙体材料 walling material
施体材料 donor materials
胎体材料 carcass material; matrix material
铁氧体材料 ferrite material; ferro-voltage electric material and element
载体材料 carrier material
整体材料 monolith
固体材料测试 testing & analysis of solid materials
硅半导体材料 silicon semiconductor materials
激活气体材料 active gas material
激活液体材料 active liquid material
加重固体材料 weighting solid

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例句与用法

Base materials for printed circuits - thin bismaleimide triazine modified epoxide woven glass fabric copper - clad laminated sheet of defined flammability for use in the fabrication of multilayer printed boards
印制电路用基体材料.用于多层印制板构成的限定可燃性的薄双马来酰亚胺三嗪改性的环氧织物玻璃纤维包铜层压板
Chitosan could be used to prepare controlled - release medicine membrane , artificial skin , and anti - adhesion membranes for post - operative application , etc . however , few chitosan membranes have been used in clinical practice
因此，本文采用壳聚糖作为防术后粘连膜的基体材料，研究了壳聚糖及其共混膜的制备方法并进行了结构与性能的表征。
The change of the micro - hardness along the radial direction approximately coincides with the exponential decay , that is at the edge of the crater the hardness is the highest and decreases with the increase of the distance from the crater and to the normal value at last
弹孔侧壁硬度的径向分布近似符合负指数规律，即在紧邻侧壁处，材料因剧烈变形而强化，随到侧壁距离的增加，硬度值降低，直至降到基体材料硬度水平。
In reasoning and calculation , several circumstances were considered . at the center point the elasticity property was assumed as the property of matrix and fiber - material separately . several illustrations were given to show the relation clearly
在理论推导以及计算过程中，根据实际可能发生的情况进行了分类讨论，分别取中心处各向同性部分的弹性性质为基体材料的弹性特性和纤维材料的弹性特性，给出了数值的结果和图形表示。
The rare earth foam aluminum alloy has the high elasticity ratio 、 compress yield strength as well as rheopectic platform area than others in three kind foam metal of different bulk materials , further analysis the enhancement mechanism , of rare earth to the aluminum alloy with the constitution diagram
在三种不同基体材料的泡沫金属中，稀土泡沫铝合金具有较高的弹性模量、抗压屈服强度以及流变平台区，进一步结合金相图分析稀土对铝合金基体的增强机理。
The thermal wave nondestructive testing technology based on emissivity of the object , it can find surface and subsurface flaws in the composites of airplane through measuring difference in temperature between flaws and materials by active heating methods and inspection system
摘要红外热波无损检测基于物体的热辐射特性，利用主动加热技术，通过相关的检测系统记录试件表面缺陷和基体材料由于不同热特性引起的温度差异，进而判定飞机复合材料表面及内部的损伤。
4 . the optimistic resin system and the effect of resin content on the targets performance are discussed by orthogonal experiments , based on which , the moulding process parameters such as temperature , pressure , cycle and post - cure temperature are designed optimistically
4 、通过正交试验确定了最佳树脂体系，确定了含胶量对靶板性能的影响，在选定基体材料基础上，通过正交试验分析，对复合材料成型工艺参数如：成型温度、成型压力、成型时间、后处理温度进行了优化设计，确定了体系的最佳成型工艺参数。
Through the research of crosslinking of matrix resin , heating treatment of composite and mixing of different polymer , we draw some conclusions : 1 、 percolation theory can explain the phenomenon of the jump of resistance when the content of cb reach a critical volume ; 2 、 based on ohm conduct theory , abounded to the percolation the wbibull statistical theory and other theory , an adapted theory was obtained to explain the jump of resistance and the other phenomenon ; 3 、 the ntc phenomenon was eliminated by crosslinking the matrix of conductive composite , at the same time the stability of composite was improved
通过对基体树脂的交联、复合材料的热处理、聚合物共混物的研究得出了如下的结论： 1 、渗滤理论能够很好的解释导电粒子含量达到某一值时电导率剧增的问题； 2 、在欧姆导电模型的基础上，综合应用了weibull统计理论模型，结合原来的体积膨胀等理论，成功的解释了ptc复合材料在基体材料熔点附近的跳变问题、 ntc现象以及热循环稳定性等问题； 3 、有机ptc导电复合材料经硅烷交联以后能够消除ntc现象，改善了导电复合材料的稳定性能。
The properties of intermetallics - ceramics composites are well superior to that of the inde - pendent material ， and the composites show the remarkable superiorlty of compounding they can not on - ly be for civil use ， but also they show the potential application in the fields of aerospace and military e - quipments
金属间化合物与陶瓷互为基体材料进行复合，可显著提高各自的性能，显示出很强的复合优势，可用于机械等民用行业，在航天航空以及军事装备等领域中也有很好的应用潜力。
Second , many mechanical properties are tested , for example , tensile strength and tensile modulus , flexural strength and flextural modulus and impact strength . by the analysis of the tensile stress - strain curves and the flexural stress - strain curves , the results are as follows : 1 ) the voluminal content of fibre of composite making by vacuum assistant resin injection is more than other composites . 2 ) the mechanical properties of the needlepunching nonwoven fabric reinforced polymer composite are superior to these of the calendering nonwoven fabric reinforced polymer composite
首先，采用不同的增强材料(针刺非织造布和热轧非织造布) 、不同的基体材料( 961树脂和306树脂)和不同的成型工艺方法(手糊法、真空袋法和真空辅助成型法)制造出了一系列非织造布增强复合材料，然后对它们的拉伸强度、拉仲弹性模量、弯曲强度、弯曲弹性模量和冲击强度等力学性能进行了测试，并分析了它们的拉伸载荷? ?位移曲线和弯曲载荷? ?位移曲线，结果表明真空辅助成型工艺能大大提高纤维的体积含量；针刺非织造布增强复合材料各项力学性能优于热轧非织造布增强复合材料。