1) freezing level
结冰高度
2) Freezing point
结冰温度
3) jump height
冰跳高度
1.
The dynamic response of the transmission lines with different structure parameters under various ice-shedding load cases are analyzed,and the variations of jump height and conductor tension with time after ice-shedding are obtained.
采用ABAQUS软件建立500 kV超高压输电线路的有限元模型,计算分析具有不同结构参数的耐张线路段在各种脱冰工况下导线的动力响应,获得导线冰跳高度和张力随时间的变化,进一步得到脱冰率、覆冰厚度、耐张段档数、档距以及高差等对导线脱冰后最大冰跳高度的影响规律,为重冰区超高压输电线路电线的间隙设计以及杆塔设计提供依据。
4) degree of ice-accretions
结冰严酷度
1.
After analyzing the feature of anti-icing and anti-icing monitoring system of the helicopter, the demand for defining the degree of ice-accretions and its measurement have been emphasized.
本文指出了直升机在穿越空中结冰云层时结冰的严重性和防冰迫切性,在分析了直升机防冰系统和防冰监测系统的特点和异同后,着重讨论直升机对结冰严酷度的要求及其检测,最后给出我国直升机防冰的技术开发的现状及发展建议。
5) lowest non-freezing temperature
最低不结冰温度
1.
Experimentally studies the effect of magnetization on the lowest non-freezing temperature of water using the high-effective multi-functional magnetizer,and finds that the freezing point of magnetization water declines about 1 ℃,which is helpful for enhancing the energy storage efficiency of supercooled water,increasing the economic benefit of a cold storage system and saving energy.
通过采用高效多用途磁化器使水磁化,实验研究了磁化对水的最低不结冰温度的影响,发现磁化后水的结冰温度降低1℃左右,有利于提高过冷水蓄能效率、增加蓄冷系统经济效益和节约能源。
6) freeze model
冰体冻结厚度
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
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