1)  finite element method
微压痕实验
1.
In this paper, the effect of the indenter tip radius of curvature on the micro indentation hardness was investigated, using finite element method with the strain gradient theory.
在压头尖端曲率半径取100nm的前提下,采用Chen和Wang的应变梯度理论,对微压痕实验进行了系统的数值分析。
2)  micropressure
微压
1.
Thermal sensitivity shift compensation of micropressure liquid level transducer;
微压式液位传感器热灵敏度漂移的补偿
2.
By means of an air damper,the micropressure of raw gas from coke-oven can be auto-controlled ,so that the operation is smooth and the economic benefits are improved.
应用气动阻尼器，实现焦炉直立炉荒煤气微压自动调节，稳定生产工艺，提高经济效益。
3)  micro-pressure
微压
1.
The linearity of the micro-pressure thick-film sensor;
厚膜微压传感器的线性化
2.
Research of Integrated Micro-pressure Thick-film Sensor;
厚膜集成微压传感器的研制
3.
Theory and System Research of Micro-pressure Drip Irrigation Technology;
微压滴灌技术理论与系统研究
4)  micro-indentation
微压痕
1.
modulus of elasticity and creep strain rate sensitivity by using depth-sensing micro-indentation with the influence of loading rates on load—displacement (Fh) relationship.
介绍了一种测量其力学性能的新方法,即通过微压痕仪精确测量不同加载速率下压子的压入深度h与加载载荷F的关系来确定钎料的弹性模量E和蠕变速率敏感指数m。
5)  Auto-control of Micro-pressure
微压控制
6)  minipressure controlling
微压测控
参考词条
补充资料：压痕试验
分子式：
CAS号：

性质：测定硬质材料在一定的负荷下的压痕深度(硬度)；对软质材料测定，压头压到一定深度所需的负荷(硬度)；测定泡沫材料压入一定深度所需的负荷(硬度指数)。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。