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1)  Dactile matrix
韧性基质
2)  tenacious character
韧性特质
1.
The reason of that Confucian culture which last for thousands of years owns great value in even subsequent modernistic society is to have harmony whose cultural gene includes tenacious character, dialecties opinon, worries conciousness, merger and amiability thought, which amalgamate humanism in the east.
延承千年的"儒文化"在后现代主义社会的今天之所以可贵,就在于其"和谐",而构成"和谐"的文化基因就是:"韧性特质"、"辩证思维"、"忧患意识"和"合和思想",它们互容互包,相辅相继,融合成了东方的人文主义。
3)  Matrix Toughness
基体韧性
1.
In the article, we studied the effect of matrix toughness and stack sequence on in-plane shear properties of the composites reinforced with glass fiber, carbon fiber and hybrid fiber.
研究了基体韧性和铺层方式对玻璃纤维、碳纤维及其混杂纤维复合材料平面剪切性能的影响。
2.
In the paper, we investigated the effect of matrix toughness and stack sequence on tensile and damage properties of ±450 angle-ply composites reinforced with glass fiber, carbon fiber and hybrid fiber.
本文研究了基体韧性和铺层方式对± 4 5°铺层的玻璃纤维、碳纤维及其混杂纤维复合材料拉伸断裂性能和损伤行为的影响。
3.
Assuming that the interface does mot debond,using the method of the modified shear-lag analysis,in this paper,the stress concentration factor adjacent to the cut fibers is obtained at different stiffness ratio of matrix to fiber and at different matrix toughness.
通过采用改进的剪滞模型,假定界面不发生破坏,求得不同基体纤维刚度比μ(μ=E_mV_m/E_fV_f),不同基体韧性情况下断裂纤维附近的应力集中系数,然后通过蒙特卡罗方法模拟单向复合材料的拉伸断裂过程,比较若干情况下复合材料的拉伸强度,找出提高复合材料拉伸强度的方法。
4)  tenacity matrix
韧性基体
5)  ductile substrate
韧性基底层
1.
Influence of viscosity of ductile substrate on deformational features of fold-thrust belts: insights from physical modeling
韧性基底层黏度对褶皱-冲断带变形特征的影响——来自物理模拟的启示
6)  ductile dynamic metamorphic rock
韧性动力变质岩
1.
Clastic sedimentary rock is a main kind of rock in sedimentary formation in the crust, and it is necessary to standardize classification and naming of its ductile dynamic metamorphic rocks.
根据新疆觉罗塔格碎屑质韧性动力变质岩的形变相变方式、构造、结构组成和粒度结构,将碎屑质韧性动力变质岩划分为6大类:片岩类、板状变粒岩类、糜棱岩类、压扁拉长岩类和布丁岩类,讨论了碎屑质韧性动力变质岩的组合与命名。
补充资料:基质器
分子式:
CAS号:

性质:又称基质囊泡或基质小泡。是由正在增殖的软骨细胞或骨细胞浆膜形成的独立于细胞外的细胞器。基质器的膜含有丰富的磷脂,具有富集钙离子生成无定形磷酸钙并进一步转化磷灰石的作用。胚胎骨、软骨及牙本质中的矿物都是通过基质器在细胞外形成的。

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