1) Richter scale microhardness method
里氏硬度法
2) leeb hardness
里氏硬度
1.
Analysis of main affective factors upon leeb hardness inspection;
里氏硬度检测的主要影响因素分析
2.
Research on Transformation from Brinell Hardness to Leeb Hardness Based on Artificial Neural Network;
基于人工神经网络的里氏硬度与布氏硬度转换的研究
3.
Analysis on uncertainty and errors of Leeb hardness test;
里氏硬度的不确定度与误差分析
3) Leeb-hardness
里氏硬度
1.
Conversion Relation of Leeb-hardness,Vickers-hardness and Strength of Austenitic Stainless Steels
奥氏体不锈钢里氏硬度、维氏硬度及强度之间的换算关系
2.
In the paper,based on the experiment results the transformation relations between Leeb-hardness and tensile strength are obtained through linear regression and nonlinear regression.
本文首先通过试验得出钢材抗拉强度与其里氏硬度之间的对应关系 ,并用多种方法对试验数据进行线性和非线性回归分析 ,最后探讨了这种对应关系用于现场检测火灾后钢结构钢材强度的可行
4) leeb hardness tester
里氏硬度计
1.
The Leeb hardness tester as well as its features,typical applications,development and proper type selection were introduced.
介绍了里氏硬度计及其特点与适用场合,里氏硬度计的发展状况,里氏硬度计的正确选型;通过分析影响里氏硬度计测试精度的各种因素说明了如何正确使用里氏硬度计,并简要介绍了里氏硬度计的通用维护手段。
2.
Using G type Leeb hardness tester to test the hardness of low strength structural steel sheets, the hardness number is often lower.
针对用便携G型里氏硬度计对低强度钢板测试其硬度值偏低的现象 ,利用静载台式硬度计及动载里氏硬度计对高强度不锈钢板和低强度结构钢板进行了测试 ,并进行了对比分析。
3.
Combining with the situation of existing error in hardness measurement by Leeb Hardness Tester,this paper introduces the measuring principle of leeb hardness tester and analyzes the influencing factors of measuring error such as surface roughness of specimen,specimen thickness and the distance between measuring points,and proposes some corresponding preventive measures.
结合基建现场利用里氏硬度计测量硬度过程中存在误差的情况,介绍里氏硬度计的测量原理,分析影响里氏硬度计测量误差的试件表面粗糙度、试件厚度和测量点的距离等因素,并提出相应的预防措施。
5) Ridgway's hardness scale
里氏硬度标
6) Vicker's hardness method
维氏硬度法
补充资料:罗氏硬度
分子式:
CAS号:
性质:又称罗氏硬度。表示材料硬度。一种标准。用符号HR表示。应用压入法把压力施加在金刚钻尖上,使压入所试材料的表面而产生凹痕。用测得的凹痕深度来表示硬度。标度数越大,硬度越小。用于测定塑料、绝缘材料和金属材料等的硬度。
CAS号:
性质:又称罗氏硬度。表示材料硬度。一种标准。用符号HR表示。应用压入法把压力施加在金刚钻尖上,使压入所试材料的表面而产生凹痕。用测得的凹痕深度来表示硬度。标度数越大,硬度越小。用于测定塑料、绝缘材料和金属材料等的硬度。
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