断裂强度

断裂强度B组明显强于A组（P<0.005）。

Breaking strength : the pericardium of group B was stronger than that in group A ( P < 0.005 ) .

提高PA6帘子线原丝断裂强度的探讨

Discussion on increasing breaking strength of PA6 tyre cord yarn

粗糙表面的晶粒间易产生V形口，导致应力集中，降低了膜的断裂强度。

Rough surface is easy to generate V shape of stress concentration , which reduce fracture strength .

MEMS薄膜断裂强度测试结构

Beam test structure of MEMS for measuring fracture strength

用CVI方法制备SiCf/SiC复合材料的弯曲断裂强度

The bending properties of sic_f / sic composites prepared by CVI

MEMS断裂强度在线测试

Mems Films Fracture Strength Test On - Line

对SCT试样和CT试样断裂强度的评估与其试验结果进行了比较，结果表明它们非常一致。

Fracture strength estimates on SCT and CT specimens compare well with test results .

Ni粘结的Ti（C，N）金属陶瓷的横向断裂强度与断口的分形分析

Transverse rupture strength of Ni bonded ti ( c , n ) cermet and fractal dimension analysis of its fracture surfaces

直流等离子体CVD法合成的金刚石膜的断裂强度研究

Fracture strength studies of polycrystalline diamond films produced by DC plasma CVD

MEMS薄膜纵向断裂强度的静电测试结构模型与模拟

Modeling and Simulation of a Test Structure for Measuring Vertical Fracture Strength of MEMS Film

在氧化铝-氧化锆纳米复合渗透陶瓷桩上直接烧结形成纳米复合渗透陶瓷核的结合方式对陶瓷桩的断裂强度无影响（P＞0.05）。

The strength of the post dose not be influenced during the combination of the core with the post by direct sintering . ( P > 0.05 )

影响CVD金刚石断裂强度的因素

The factors of affecting CVD diamond fracture strength

GaAs薄膜的三点弯曲实验获得了不同厚度GaAs薄膜的断裂强度。

The fracture strength of the GaAs films with different thickness was measured through three-point-bending test .

经适当降解的PVC的屈服强度和断裂强度均高于相应未降解PVC的强度。

The yield strength and the strength at break of the slightly degraded PVC are higher than those of undegraded PVC .

光束钎焊对接接头的断裂强度σb、相对延伸率δ、断面收缩率ψ均低于被钎焊母材。

The breaking strength σ b , relative elongation δ and fracture surface shrinkage ψ of butt joint by light beam brazing are lower than those of brazed base material .

Nb、Ti和C含量对在超高临界压力下使用的高强度奥氏体钢持久断裂强度的影响

Influences of nb , Ti and C contents on creep rupture strength of high strength austenitic steel used under super high critical pressure

WC-Co硬质合金断裂强度的理论研究

A theoretic study on the fracture strength of WC-Co hard alloys

结果：I组与II组、III组试件牙的断裂强度差异有显著性，II组与III组差异无显著性。

Results : There were significant differences in fracture strength between group-I and group-II , III and was no significant difference between group-II and group-III.

合金元素对烧结Nd-Fe-B永磁材料断裂强度影响的研究

A study of alloy elements affecting the fracture strength of sintered Nd-Fe-B magnets

用扫描电镜（SEM）观察金刚石膜形貌、用X射线衍射表征晶体取向，用三点弯曲的方法来测量金刚石膜的断裂强度。

The deposited films were characterized by scanning electron microscopy and X-ray diffraction . The fracture strength of diamond films was tested by three point bending method .

WC-Co硬质合金的微观组织与断裂强度

The relationship between microstructure and rupture strength of wc - co cemented carbide

研究了激光切割对CVD金刚石膜三点弯曲断裂强度和热导率的影响。

The effect of laser cutting to CVD diamond films on thermal conductivity and three point bending strength is studied .

就MEMS薄膜断裂强度的测试提出了一种新的测试结构，该结构由待测梁（悬臂梁）和驱动源（V形热执行器）两部分组成。

This paper presents a new structure for measuring MEMS films fracture strength . The test structure incorporates a V thermal actuator and a cantilever .

通过分析比较得出，双组分PE/PP纺粘法非织造布在断裂强度、柔软性、拒水性、透气性等性能上均优于单组分PP纺粘法非织造布。

The conclusion is that PE / PP bicomponent spunbond nonwovens excels PP spunbond nonwovens in strength , softness , air penetration and water repellent .

随Nb含量的增加，HP合金蠕变断裂强度的变化表现出极大值特征。

With the increase of Nb content , the change of the creep rupture strength of HP alloy characterizes a peak value .

本文给出了动态屈服强度YH和断裂强度σf的粗估公式，作为对一种实用的弹塑性流体状态方程（Ⅰ）的补充。

As a sequel to " A practical EOS of Elastic-Plastic Fluid ( I )" , the paper presents the formulas for estimating dynamic yield strength and dynamic fracture strength .

用冲击强度测定渗碳钢的S-N曲线及突发性断裂强度

Determination of S-N Curves and Instant Fracture Strength of Cemented Steel by Impact Strength

IGF-1治疗组修复的损伤骨骼肌，其最大颤搐张力和断裂强度均明显高于健侧。

The maximal tetanic tension and failure load in group IGF-1 were recovered even greater than that in normal .

按照Griffith微裂纹理论，讨论了影响CVD金刚石断裂强度的因素。

By the theory of Griffith ` s microfissure , the factors which affect CVD diamond fracture strength is presented .

纳米TiO2对PET有明显的增强增韧作用，加入3%可使材料的拉伸和断裂强度提高25%；

TiO 2 had obvious reinforcing and toughening effect on the system . Incorporation of 3 % TiO 2 increased the tensile strength of the system by 25 % ;