- 更多网络例句与基体材料相关的网络例句 [注：此内容来源于网络，仅供参考]
-
In this paper, we combine experiments with theories. Dynamic compressing experiment has been performed for the matrix material of the tungsten alloy in order to study its dynamic properties. At the same time we have studied the forming process of adiabatic shear band of tungsten alloy and its matrix material.
本论文采用实验测试与理论分析相结合的研究方法，对钨合金基体材料进行动态压缩实验，研究其动态性能，同时研究钨合金以及基体材料的绝热剪切带进行产生、形成过程。
-
In this paper, the dynamic compressing experiments for the matrix material of the tungsten alloys which have been three different deforming(0%、 32.6%、 44.6%) processed have been performed by the experimental technology of separated Hopkinson pressure bar and many accurate datum have been obtained. Also the three materials have been compared with each other and analyzed. The results show that the optimized values are in a certain range to optimize the materials by changing their deforming technology. The parameters of constitutive model of Johnson-Cook have been fitted based on the datum. Then proceed to the next step, adiabatic shear band of these three matrix materials has been analyzed with finite element method. The result shows that the relations between stress and strain are different because of the differences of technical process of the three materials, but they are in great commonness in the material experiment and in great coherence in the distribution of time and space, which can been seen from the space distributing figures of plastic strain.
利用分离式Hopkinson压杆实验技术对三种不同变形量(0%、32.6%、44.6%)钨合金基体材料进行动态压缩实验，取得大量精确的数据，对比分析三种材料，结果表明通过改变变形量对材料进行优化，其变形量的优化值是有一定范围的；本论文拟合、确定了钨合金基体材料Johnson-Cook本构模型参数并对三种基体材料绝热剪切带进行有限元分析，结果表明三种材料由于工艺流程的不同，应力应变关系也不尽相同，但从塑性应变的空间分布图上体现了材料很大的共性和时间以及空间分布的一致性。
-
The applied effect of nanometer material mainly depend on surface molecule design of nano-powder material and its dispersion degree in matrix, i. e., how to disperse nano-particles into polymer matrix on nano-scale level.
因此，纳米材料的应用功效主要取决于纳米粉体材料的表面分子设计（即与基体材料的相容性问题）及其在基体材料中的分散度，也就是如何将纳米粒子以纳米尺度分散于高分子基体中。
-
Product principle of this device is the use of high-frequency discharge welding Materials technology will instantly melt infiltrated matrix material, a new technology, because it is instantaneous discharge, do not produce heat, the metal matrix without any impact on organizations.
产品原理本设备是利用高频放电技术将焊补材料瞬间熔渗进基体材料的一种新型工艺，由于是瞬间放电，不产生热量，对基体金属组织无任何影响。
-
The paper introduces that under special technology condition, Nona material infiltrates through matrixes of machinery parts to refine crystal grains, increase matrix tenacity , strength and hardness, reduce friction factors and high performance and long lifetime machinery parts are manufactured.
本文介绍在特定的工艺条件下，将纳米材料渗入到机械零件的基体中，使基体材料晶粒细化，韧性增加，强度增加，硬度增加，磨擦因数降低，从而制造出了高性能长寿命的机械零件。
-
Scintillator materials based on certain types of halide-lanthanide matrix materials are described.
本发明描述了一种基于某种镧系元素卤化物基体材料的闪烁体材料。
-
During the past decade, considerable research effort has been directed towards the development of in situmetal matrix composites, in which the reinforcements are formed in situ by exothermal reactions betweenelements or between elements and compounds. Using this approach, MMCs with a wide range of matrix materials(including aluminum, titanium, copper, nickel and iron), and second-phase particles including borides, carbides
在过去的几十年中，对于金属基复合材料我们做了大量的研究工作，这些复合材料的增强体都是通过元素之间或者元素与化合物之间的原位放热反应而加入到基体中的，这种方法广泛应用在生产金属基体材料（包括铝、钛、铜、镍和铁）和第二相颗粒中（包括硼、碳、氮、氧和他们的混合物）。
-
The studies of hydrogen behaviour in HR-1 stainless steel and its composite sample with CVD coated chromium oxidic film have been presented.
本文介绍氢在HR－1不锈钢基体及镀有氧化铬膜的复合材料中的行为研究，包括基体的准备；膜的制备；用不同手段从不同角度对膜进行的分析测试；膜与基体之间的平均结合力测定；用不锈钢材料构成的高温低压渗透回路的建造、调试、密封性能校准；纯HR－1基体材料中的氢渗透规律研究；有膜复合材料中氢的稳态迁移过程的表现规律实验结果。
-
In designing capsuling self-repair ing smart composites,the key factor is to control the fracture features of basement material and capsuling material,and have them primely matched.
微胶囊型自修复复合材料设计的关键是基体材料和胶囊壳体材料的断裂韧性要在一定的范围内，使得基体材料的断裂特性和胶囊壳体材料的断裂特性达到最佳的匹配，这样才能保证自修复过程的实现。
-
Wires can be welded to difficult bases by first passing them through a short stub tube of similarmaterial, and then welding the assembly to the base.
或者，一开始将焊接线穿过一个与基体材料材质类似的短管，然后把组件焊接到基体上，通过这种方法可把任何的材料焊接在基体上。
- 更多网络解释与基体材料相关的网络解释 [注：此内容来源于网络，仅供参考]
-
curing agent：硬化剂
难燃性环氧树脂基板材料可将难燃添加剂以物理掺合(blending)方式,或是将难燃性环氧化合物(epoxide)或难燃性硬化剂(curing agent) 利用化学反应方式导入环氧树脂材料结构体中制得.
-
base metal cermet：贱金属陶瓷
base material 基体材料 | base metal cermet 贱金属陶瓷 | base metal paste 贱金属膏
-
basis material：基体材料
挠性覆铜箔绝缘薄膜:flexible copper-clad dielectric film | 基体材料:basis material | 预浸材料:prepreg
-
Blending：掺合
难燃性环氧树脂基板材料可将难燃添加剂以物理掺合(blending)方式,或是将难燃性环氧化合物(epoxide)或难燃性硬化剂(curing agent) 利用化学反应方式导入环氧树脂材料结构体中制得.
-
Glass Ceramics：微晶玻璃
微晶玻璃(glass ceramics) 微晶玻璃是通过附加的热处理使玻璃基体中长出大量均匀分布的微小晶体而形成的一类特殊玻璃材料. 或者说是一类用玻璃工艺制得的具有接近陶瓷性能的材料,故又称玻璃陶瓷. 通常微晶体的大小可从10纳米至几微米,
-
coal tar pitch：煤沥青
改性后煤沥青出现纤维结构,煤沥青的残碳率显著提高.因此,改性后的煤沥青有望作为优质的炭材料基体前驱体以对甲基苯甲醛(4-methyl benzaldehyde,简称4-MB)为改性剂,在对甲苯磺酸(PTS)的作用下对煤沥青(coal tar pitch)进行了改性.
-
materials handling：材料装运,原料处理
materials engineering 材料工程 | materials handling 材料装运,原料处理 | matrix 基体,矩阵
-
PAC：感光化合物
IC制造中所用光刻胶通常有三种成分:树脂或基体材料、感光化合物(PAC)以及可控制光刻胶机械性能(基体粘滞性)并使其保持液体状态的溶剂 [4]. 正性光刻胶中,PAC在曝光前后发生了从抑制剂到感光增强剂的变化. PAC能抑制树脂溶解,
-
Shank：柄部
一种安装前端部和柄部(shank)构成的半导体用的焊接工具,其特征在于:构成前端部的基体部和从基体部突出的突出部由相同材料构成,突出部的工具面用气相合成金刚石覆盖,该前端部和该柄部机械固定或通过真空
-
epoxide：环氧化合物
难燃性环氧树脂基板材料可将难燃添加剂以物理掺合(blending)方式,或是将难燃性环氧化合物(epoxide)或难燃性硬化剂(curing agent) 利用化学反应方式导入环氧树脂材料结构体中制得.