1) micro stretching
微伸
2) microtensile
微拉伸
1.
Effect of premature vaporization on microtensile strengths of acetone-based dentin bonding adhesives;
效前挥发对丙酮基牙本质粘结剂微拉伸强度的影响
2.
Bonding strength and interface study with microtensile and LSCM methods of acetone-based adhesives bonding on different dentin surface;
牙本质表面状态对丙酮基粘接剂强度和界面影响的微拉伸和激光扫描共聚焦显微镜研究
3.
Bonding strength and interface study with microtensile and LSCM methods of alcohol-water-based adhesives bonding on different dentin surface;
牙本质表面状态对酒精-水基粘接剂强度和界面影响的微拉伸及LSCM研究
3) Microtensile bond strength
微拉伸
1.
Effect of eugenol on microtensile bond strength of total-etch/self-etch dentin bonding systems;
丁香油酚对全酸蚀/自酸蚀牙本质粘接系统微拉伸强度的影响
2.
Microtensile Bond Strength of Totaletch and Selfetch Adhesives to Different Dentin;
方法:选择临床常见3种牙本质:正常牙本质(ND)、龋病影响牙本质(CAD)、颈部非龋性硬化牙本质(CSD);两种全酸蚀系统:All-Bond2、Single Bond和两种自酸蚀系统:Fluoro Bond、XenoⅢ,用微拉伸法测试粘接强度。
4) microstretch
微伸缩
1.
Based on microlocal analysis,the propagation of singularities of semilinear thermoelastic materials with microstretch was studied by using the diagnolization of frequency analysis,and the finite propagation speed of singularities of solutions to Cauchy problem of the model was proved.
基于微局部观点,利用频谱分析对角化的方法,讨论了一维半线性微伸缩热弹性力学材料的奇性传播问题,证明了该模型柯西问题解的奇性传播具有有限的传播速度。
5) micro tensile test
微小拉伸
6) micro tensile
微型拉伸
补充资料：前伸峰、伸舌头峰
分子式：
CAS号：
性质：又称前伸峰、伸舌头峰。前沿平缓，后沿陡峭的不对称色谱峰称前沿峰。与非线性吸附等温线相对应的色谱峰，可能出现在前延峰。
CAS号：
性质：又称前伸峰、伸舌头峰。前沿平缓，后沿陡峭的不对称色谱峰称前沿峰。与非线性吸附等温线相对应的色谱峰，可能出现在前延峰。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条