1) regenerator-top temperature
蓄顶温度
1.
So the relation equation of the flue and regenerator-top temperature is used as simulative flue temperature in the Optimizing Cascade Control System for the heating of coke ovens.
通过对蓄顶温度与跨越孔温度随结焦时间与换向时间变化规律的测定与比较,最终选定蓄顶温度与火道温度相关方程作为OCC系统中的拟合火道温度。
2) dry dust removal
炉顶温度
1.
Because of the requirement of dry dust removal system hop-pocket pair for the temperature of raw gas intake case body is exactitude,and owing to equipment failure or blast furnace conditions fluctuation and others factor met wrought furnace top temperature on the high or on the low side,the dry dust removal system was impacted failure-free operation.
由于干法除尘布袋对进入箱体的荒煤气温度要求严格,而设备故障或高炉炉况波动等因素都会造成炉顶温度偏高或偏低,影响干法除尘正常运行。
3) tower top temperature
塔顶温度
1.
In plateau and basin, the deciation is very large between the atmospheric pressure and standard atmosphere, so the influence to the tower top temperature is notable.
精馏塔的馏出液组成与塔顶温度有关 ,大气压不同塔顶温度也不同。
4) coping temperature
碹顶温度
1.
After analyzing the structure and characteristic of float glass melting furnace, and the regular controlscheme of coping temperature, this paper presents a generalized predictive controlalgorithmwith stair-likecontrolscheme.
在分析浮法玻璃熔窑的结构及其特点和熔窑碹顶温度常规控制方法的基础上,采用阶梯式控制策略,实现了浮法玻璃熔窑碹顶温度的广义预测控制,并给出了广义预测控制工程实现和控制效果。
5) cloud top temperature
云顶温度
1.
By using the H image of GMS (Geostatlonary Meteorological Satellite) infrared digital data and the hourlytistical relationship between the hourly rainfall and cloud top temperature,change of the cloud top temperature in one hour has been established.
利用1980年以来所能收集到的东风系统GMS数字红外H图,结合逐时的浙江省65个气象站雨量资料,对气象站所对应的云顶温度、1h实况雨量和间隔1h的云顶温度差,进行了回归统计分析,得到雨强(1h降水量)与云顶温度、云顶温度差的统计关系式,以这关系式制作了浙江省东风暴雨0~6h雨量等级监测预报。
2.
The cloud top temperature and the temperature at the point of cannonballs bursting,rockets starting to seed have been figured out by analyzing the nucleating mechanism of silver iodide,the seeding character of cannons and rockets and character of different kinds of cloud.
通过对碘化银的成核机理、高炮火箭撒播特点以及对不同类型云的特征分析,确定了使用高炮、火箭进行人影作业时云顶温度和人工增雨炮弹炸点及火箭播撒催化起点的温度:作业催化云层的云顶温度应处于-10~-24℃,最适宜为-15~-20℃;对层状云进行播撒催化,人工增雨炮弹炸点的高度应在-10~-15℃温度层,用火箭进行播撒作业时,起始播撒点的高度应确定在-10℃温度层;对积状云进行催化作业,人工增雨炮弹炸点的高度应选在-4~-10℃温度层,火箭起始播撒点的高度应确定在-4℃温度层。
3.
The cloud optical thickness, cloud particle effective radius and cloud top temperature are important parameters to determine cloud radiative properties, and it’s absolutely necessarily to make use of satellite data to get a worldwide information.
云的光学厚度、云滴有效半径和云顶温度是决定云辐射特性的重要参数,要获取全球范围内的云参数及其时空变化信息,对卫星观测资料的利用是必不可少的。
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