- 更多网络例句与结合强度相关的网络例句 [注：此内容来源于网络，仅供参考]
-
And the adhesive strength of the coating on the Ti-based cermet was higher than that on the hardmetal.
Ti基金属陶瓷的涂层结合强度高于硬质合金基体的涂层结合强度。
-
Some contri butions have been obtained as follows: 1 Bonding strength of hard coatings is suggested to be evaluated by cyclic loading method.
膜基界面结合强度是表面涂层最基本的问题之一，良好的结合强度是保证涂层得以发挥作用的先决条件，对于工模具上的硬质涂层，膜基结合强度尤为重要。
-
The factors affecting the adhesion strength of Fe-Mn alloy electrodeposit to the substrate were investigated with the consideration of pretreatment, process parameter and post-treatment.
镀层的结合强度是修复机械零部件的关键指标，本文研究了Fe-Mn合金镀前处理、施镀工艺镀后处理等因素对镀层结合强度的影响及其作用机理。
-
After they were implanted in animal femora, the bone bonding strength could come up to more than 30MPa after 6 weeks.
在植入体内后，骨结合强度在6内即达30MPa以上，远高于其他对照组的骨结合强度。
-
Finally, we used scratch test to measure the adhesion of nanometer amorphous diamond film on pure ti and co-cr alloys substrates.
采用薄膜结合强度测试仪测试镀膜后试件的膜／基结合强度。
-
The results in this paper are concluded as follows:(1) Rolling contact fatigue has been used to examine the interfacial reaction products and study the mechanism of ion beam intermixing effect on the adhesion of Cr-N coating on steel by IBAD.
对多次冲击条件下薄膜的失效抗力及其与薄膜力学性能之间的关系进行了初步探讨，得到如下结果：（1）用滚动接触疲劳法检测离子轰击导致的界面反应产物和研究离子束共混对钢基体上IBAD沉积Cr-N薄膜结合强度的影响本质，结果表明，滚动接触疲劳能有效地分析界面最薄弱位置和评估界面反应产物，滚动接触疲劳引起的剥落可作为研究界面反应产物对结合强度影响的根据。
-
College of Economics and Business Administration, Nanjing University of Technology, Nanjing 210009, ChinaAbstract: Steel and polyethylene can be really conglutinated together by using constructional conglutination steel-polyethylene composite pipe technology. Their interfacial intensity is far stronger than other composite pipes, and has no disadvantages compared with the others.
采用结构粘接型聚乙烯钢塑复合工艺技术，可使钢与聚乙烯得到真正意义的&复合&，其界面结合的强度远远大于其他复合管的结合强度，且克服了其他复合管技术所存在的缺点。
-
The experimental results suggest that the bonding strength of nickel-lanthanum electrodeposits is higher than that of bright nickel.
实验结果，镍－镧镀层与基体的结合强度高于亮镍镀层与基体的结合强度。
-
The forming process for the high-strength, steel-base modified polyformaldehyde composite material in five-layer structure is to melt modified polyformaldehyde by heating and roll to make the melt polyformaldehyde permeate into the gaps between the large-grained spherical copper powder and screw copper nails.
五层结构的高强度钢基改性聚甲醛复合材料的成型过程，是将改性聚甲醛加热熔化，经轧制，使熔融的聚甲醛渗透到大颗粒球形铜粉的间隙中，解决了三层材料复合过程中，熔融的聚甲醛水平流动性远强过垂直方向的渗透性，造成了结合强度低的缺陷，使聚甲醛层与铜粉、螺旋铜钉及基体结合更牢固，提高了其承载和抗剪切的能力。
-
The forming process for the high-strength, steel-base modified polyformaldehyde composite material in five-layer structure is to melt modified polyformaldehyde by heating and roll to make the melt polyformaldehyde permeate into the gaps between the large-grained spherical copper powder and screw copper nails.
五层结构的高强度钢基改性聚甲醛复合材料的成型过程，是将改性聚甲醛加热熔化，经轧制，使熔融的聚甲醛渗透到大颗粒球形铜粉与螺旋铜钉的间隙中，解决了三层材料复合过程中，熔融的聚甲醛水平流动性远强过垂直方向的渗透性，造成了结合强度低的缺陷，使聚甲醛层与铜粉、螺旋铜钉及基体结合更牢固，提高了其承载和抗剪切的能力。
- 更多网络解释与结合强度相关的网络解释 [注：此内容来源于网络，仅供参考]
-
anchoring strength：锚固强度;结合强度
anchoring berth 锚泊泊位;系泊浮筒处 | anchoring strength 锚固强度;结合强度 | anchoring system 铺管驳船抛起锚系统
-
anchoring berth：锚泊泊位;系泊浮筒处
anchoring agent 结合剂;增粘剂 | anchoring berth 锚泊泊位;系泊浮筒处 | anchoring strength 锚固强度;结合强度
-
anomalous sound propagation in sea water：(海)水中超远距离传播
spot meter [摄]点亮度计 | anomalous sound propagation in sea water (海)水中超远距离传播 | specific bonding strength 比结合强度
-
arching strength：砂拱强度
anchoring strength锚固强度;结合强度 | arching strength砂拱强度 | ARM非滞后的剩余磁化强度
-
bonding strength：粘接强度
bonding properties 结合性能 | bonding strength 粘接强度 | bonding water 结合水
-
combining ability：品质性状
结合强度:combining strength | 品质性状:Combining ability | 数据整合:Data combining
-
local government bond：地方公债
焊点质量:quality of bond | 地方公债:local government bond | 结合强度:bond strenth
-
magnetization：磁化强度
mn左右之范围,经由碰撞,直到它的能量达到热平衡后,会与一电子结合相互毁灭(annihilation)产生一对方向相反能量为511也就是说,在加磁场下,N个氢原子核之系统的磁化强度(magnetization)大小为(Paul C.
-
equicohesive temperature：等结合温度(晶粒内晶粒界强度相等时之温度)
Equiaxial polytggonal grain 等轴多角形晶粒 | Equicohesive temperature 等结合温度(晶粒内晶粒界强度相等时之温度) | Equigranular 等粒状
-
bond strenth：结合强度
地方公债:local government bond | 结合强度:bond strenth | 拔出试验:Bond-Test