1) cementation index
硬化率;粘结指数;渗碳指数;胶凝系数
2) index of cementation
渗碳指数
3) gelatification index
凝胶化指数
1.
Because of a high groundwater level and a strong erosion action, the coal formed in a low peat swamp is great in gelatification index (IG) and in groundwa ter index (I GW), which are in a negative correlation to the ratio of clean coal rec.
低位泥炭沼泽由于潜水位较高，水流对泥炭沼泽表面的改造和冲刷作用较强，形成的煤层具有较高的凝胶化指数(IG)和地下水流动指数(IGW)，并且与精煤产率呈负相关，煤中粘土矿物和黄铁矿难以洗选；高位泥炭沼泽形成的煤层具有较低的凝胶化指数(IG)和地下水流动指数(IGW)，泥炭积累速度较快，其精煤的产率较高。
4) caking index
粘结指数
1.
Research of factors for determination of caking index of bituminous coal with high caking property;
强粘结性烟煤粘结指数测定影响因素研究
2.
Mathematic relations and conversion method of Roga index and Caking index;
粘结指数与罗加指数的数学关系及换算方法探讨
3.
Study on the stability of caking index sample for bituminous coal;
烟煤粘结指数样品稳定性的研究
5) hardening exponent
硬化指数
1.
The hardening exponent,value of plastic strain ratio,yield strength,tensile strength,even percentage elongation and other mechanical performances have been studied.
对400MPa超级钢板材进行了拉伸试验、冷弯试验和金相组织检验,获得了超级钢板的硬化指数、塑性应变比、屈服强度、极限强度等力学性能,并分析了400MPa超级钢板的冲压成形性能,了解这些性能对超级钢冲压件在汽车行业里的应用与生产具有一定的指导作用。
2.
It is simple and effective to calculate the hardening exponent(n-value) for steel sheet using the testprogram composed with Testware-SX software module and data processing program composed with macro-instruction.
用Testware—SX软件模块编制试验程序,宏命令编制数据处理程序计算薄板硬化指数n值,该方法简单有效。
6) hardening index
硬化指数
1.
The mechanical performances such as hardening index,value of plastic strain ratio,yield stre.
研究了超级钢板的硬化指数、塑性应变比、屈服强度、极限强度、均匀延伸率等机械性能,并分析了超级钢板的冲压成形性能,超级刚具有较好的胀形性能、拉深性能、弯曲性能,抗起皱性能等冲压性能,可以广泛地应用于汽车冲压零件生产中。
2.
In this thesis, by using micro- and nano- indentation methods and uniaxial compression test, the plastic deformation behavior of several BMG systems was investigated, focusing on the physical nature of the pressure sensitivity index and the strain hardening index of the BMGs.
重点研究了非晶合金的压力敏感性(pressure sensitivity),探讨了其压力敏感因子和硬化指数的物理本质及其影响因素;分析了具有不同压力敏感因子的非晶合金的剪切带形貌与演变规律;研究了玻璃转变温度,结构弛豫对非晶变形的影响;初步研究了非晶的挤压变形行为。
补充资料：硬化
分子式：
分子量：
CAS号：
性质：见变定。
分子量：
CAS号：
性质：见变定。
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