quenching liquid

Liquid-quenching apparatus was used to investigate the inoculation process in cast iron.

采用液淬法研究了铸铁的孕育过程.

XLi2S ·( 1-x) B2O3 glasses were prepared by high temperature melting reaction and liquid nitrogen quenching technique under inert gas atmosphere.

采用惰性气体保护下的高温熔融反应及氮淬冷技术，制备了xLI2S·（1&X）B2O23玻璃。

We study the process of rapid quenching of the liquid iron at 2200K through 2000K, 1800K, 1600K to 1400K and then obtain the statistical analysis of the pair distribution function, mean square displacement, correlation and the Voronoi polyhedra at the temperature equilibrium state.

研究了液态铁在2200K下淬火，经过2000K、1800K、1600K至1400K的过程，并统计分析了各温度平衡态的双体分布函数、均方位移、配位数、及对Voronoi多面体进行分析。

Using liquid quenching technique, the change of growth mode of graphite in cast iron melt was analysed. Based on the interface structure theory of crystal growth, the concept of multiplication of spiral growth steps was advanced and two basic multiplication models were given out.

采用液淬技术，对铸铁熔体中石墨生长方式的转变进行了研究，提出了螺旋台阶增殖的概念并给出了两个基本模型。

This review focuses in quenching and quenching correction in liquid scintillation counting.

淬灭是存在于液体闪烁测量中最主要的干扰因素.