机械强度

HA微粒的存在，加强了复合材料的机械强度，使之可以避免过早的丧失力学强度。

The existence of HA granules enhanced the mechanical strength of composite materials .

SiC晶须对Si3N4陶瓷基复合材料机械强度的影响

Effect of SiC whisker on the mechanical strength of si_3n_4 matrix composites

还测定了四元CuNiSnP非晶态钎料的熔点、润湿性、钎焊接头机械强度、电阻以及显微组织随P含量的变化关系，发现随着P含量增加润湿性增加。

Wettability , mechanical and electrical properties , and microstructure on the phosphorus content were determined .

卤素和LED光固化灯照射复合树脂的机械强度比较

Comparison of the mechanical properties of composite resin cured by halogen curing light with those by LED curing light

与酸酐类固化剂组合的浇铸树脂，用于绝缘体，开关等，有高的机械强度和F级的绝缘性能。

Casting resin used with anhydride hardeners for making insulators and switchgear components of high mechanical strength , for class'F'Insulation .

采用超临界气体制备的微孔发泡PS复合材料具有较高的机械强度和性价比；

Microcellular PS foam composites prepared with supercritical fluid exhibited high mechanical strength and high ratio of performance to price .

聚合物材料具有典型的高机械强度稳定性以及适用的pH值范围宽等诸多特点，因而在离子交换色谱的应用中使用是很有优势的。

The use of polymeric materials in ion-exchange chromatography is attractive because of their typically high mechanical stability and tolerance of a wide range of pH values .

制得的负载型TiO2具有较高的机械强度和化学稳定性，可重复使用。

Moreover , the coated TiO 2 catalytic material is very stable mechanically and chemically , and can be re-used .

BPA微囊与APA微囊机械强度和生物相容性的比较研究

Comparison Of Mechanical Strength And Biocompatibility Of BPA Microcapsules And APA Microcapsules

nA键在空间分布极为规则，形成三维的规则的网状结构，预期该结构应有大的机械强度和低温稳定性；

The space distribution of n_A bonds forms regularly a 3-dimension network structure . It is estimated that this is the structure of higher mechanical strength and low-temperature stability ;

负载型V系催化剂因其机械强度、热稳定性和寿命更优异而得到更加广泛的应用和研究。

The supported V-oxide had excellence mechanical intensity , thermal , stability and life , they had been studied and used widely in the industry .

结论所制备的BPA微囊的生物相容性河机械强度优于APA微囊。

Conclusion Compared with APA microcapsules , BPA microcapsules have better biocompatibility and mechanical strength .

硅胶是目前最为常用的HPLC柱色谱填料基质之一，具有稳定的化学性质和热稳定性及良好机械强度。

Silica is one of the most common HPLC column packings matrix at present , it has astable chemical properties and thermal stability , good mechanical strength .

随着CPC含量增加，摩阻复合材料的机械强度增加，摩擦磨损性能降低；

With increase of CPC , mechanical strength of the friction composites increases , while its friction coefficient and wear rate decreased .

通过CMC浓度可以调节微胶囊的膜厚和机械强度。

The thickness of membrane and mechanical strength of microcapsule could be regulated by varying the CMC concentration in polyanion solution .

SP（BN/BphN）膜具有优异的氧化稳性、良好的耐热性能、足够的机械强度，有望成为DMFC质子交换膜材料。

SP ( BN / BphN ) membranes had good mechanical properties , high thermal stability and excellent oxidative stability .

具有高机械强度的掺Er~（3+）∶TeO2-Nb2O5玻璃的光谱性质研究

The Spectroscopic Properties of Er ~ ( 3 + ) - doped TeO_2-Nb_2O_5 Glasses with High Mechanical Strength Performance

经过氨处理，薄膜的机械强度比未采用氨处理的薄膜大大增强，并利用红外光谱、原子力显微镜（AFM）等分析手段分析了薄膜强度增强的机理。

After ammonia process treatment , the mechanical property of film was improved obviously and the mechanism was discussed by IR spectrum , AFM analysis methods .

考虑到进一步提高复合基体的耐热性和机械强度，采用纳米SiO2粒子偶合有机硅对环氧树脂进行了改性。

To improve the heat-resistance and the strengthening of the composite , nano-SiO2 has been add into the reaction system to modify the epoxy resin with polysiloxane .

碱处理可以增大菌丝球的干湿比，提高其机械强度，但并不能提高其对Pb（Ⅱ）的吸附能力。

Alkali treatment can increase the ratio of dry and wet mould mycelium pellet and reinforce its mechanical strength , but alkali treatment can not improve adsorption capacity of Pb ~ ( 2 + ) .

其中Li2OAl2O3SiO2体系（简称LAS）因具有低膨胀、机械强度高、耐热冲击等特性，成为最具研究价值、应用最为广泛的微晶玻璃体系之一。

Lithium aluminum silicate ( LAS ) glass ceramic is one of the most valuable and widely used glass ceramic systems because of its low expansion , high heat resistance and excellent mechanical properties .

经综合研究表明，TiO2改性密胺树脂后，微胶囊的机械强度显著提高，韧性也得到了提高；

The result of study shows that not only the mechanical strength of MicroPCMs was improved notably by modifying UF resin with nano-TiO_2 , but also the toughness was increased .

LS－901催化剂是新研制的TiO2基抗硫酸盐化作用硫磺回收催化剂，具有机械强度大、热稳定性和水热稳定性好、磨损率低等特点。

The recently developed LS-901 is an anti-sulfating TiO2 based catalyst for sulphur recovery , which possesses the characteristics of high mechanical strength , good thermal and hydrothermal stabilities , and low attrition loss .

加入适量的可溶性淀粉可以很好的改善海藻酸钠、PVA小球的机械强度，减少PVA小球吸附成团、吸水溶胀现象。

Adding an appropriate amount of soluble starch in the embedded cells could improve well in mechanical strength of sodium alginate and PVA cells and could reduce the adsorption and swelling of PVA cells .

运用40kg试验焦炉预测焦炭机械强度

Prediction of the Coke Strength with 40 kg Testing Coke Oven

YAG衬底具有热导率较高、熔点较高、透明度好和机械强度好（相对于传统玻璃衬底）等性能，因而采用该YAG荧光屏可实现高亮度、高分辨率、高对比度的大屏幕投影电视图像显示。

Very high luminance , high resolution , and better contrast , which meet the stringent requirements of large screen projection display , can be achieved because YAG faceplate has higher heat conductivity than conventional glass faceplate .

同时PVDF-HFP起到骨架作用，使共混物膜具有足够的机械强度。

At the same time the PVDF-HFP maintains the mechanical strength of blends film acting as polymer framework .

Al2O3陶瓷是一种生物惰性材料，硬度高，熔点高，化学稳定性好，具有比较高的机械强度和耐磨损性能及化学稳定性，但脆性较大。

Alumina ceramic is a very important inert bio-ceramic material , which possesses high hardness , high melting point , good chemical stability , good mechanical properties and wear-resisting property . Its limitation is brittleness .

low-k薄膜较差的机械强度和界面粘附性限制了其在ULSI制造工艺过程中的应用。

The poor mechanical strength and interfacial adhesion of low-k film limit its application in modern ultra-large scaled integrated circuit ( ULSI ) fabrication .

另一方面，氮化钛（TiN）薄膜具有优异的热稳定性、化学稳定性和高机械强度、低电阻率等特性，不仅在中远红外光区具有较高的反射率，而且在近红外光区也具有较高的反射率。

In addition , Titanium nitride ( TiN ) has thermal stability , good diffusion barrier properties and low electrical resistivity . TiN films exhibit high reflectivity in the IR region which is very important in energy saving coating glass industry .