1) steam rate transformation coefficient
汽耗变换系数
1.
Both the heat rate transformation coefficient and steam rate transformation coefficient are two of the principle parameters to reflect the character of extraction steam,making it easy to analyze the performance of a power unit under conditions of constant power output.
热耗变换系数和汽耗变换系数是反映抽汽品质的重要参数,便于分析定功率下机组的特点。
2.
Both the steam rate transformation coefficient and extraction equivalent enthalpy drop are extraction performance parameters which are different from the heat rate transformation coefficient and the extraction steam efficiency .
汽耗变换系数和抽汽等效焓降是不同于热耗变换系数和抽汽效率的另 2个抽汽特性参数 ,它们随抽汽压力而异 ,从另外一个角度反映了抽汽的品位特征。
3) heat rate transformation coefficient
热耗变换系数
1.
The mathematic model has the relationship with the heat rate transformation coefficient.
数学模型与热耗变换系数有关,在该模型中考虑了辅助汽水系统的影响,并对热力系统中加热器的不同型式和连接方式进行了讨论。
2.
Both the heat rate transformation coefficient and steam rate transformation coefficient are two of the principle parameters to reflect the character of extraction steam,making it easy to analyze the performance of a power unit under conditions of constant power output.
热耗变换系数和汽耗变换系数是反映抽汽品质的重要参数,便于分析定功率下机组的特点。
3.
In the analysis of thermodynamic system of a coal fired power plant, both the heat rate transformation coefficient ξ i and the extraction steam efficiency η i are the parameters revealing the grades of bled steams ,and they can be related through the concept of main cycle .
在电厂热力系统分析中 ,热耗变换系数 ξi 和抽汽效率ηi 是不同条件下反映汽轮机抽汽品位的参数 ,两者能够通过主循环相互关联。
4) conversion loss coefficient
变换损耗系数
5) the coefficient of the more consumption in the inlet
进汽多耗系数
6) transform coefficient
变换系数
1.
We calculated the energy ratio of low frequency to high frequency of ray based on the relation between ray energy and wavelet packet transform coefficients.
将小波变换理论应用于宁夏及邻区的地震和爆破的识别,利用小波包变换系数与射线能量的关系,计算了射线所包含的低频成分和高频成分的能量之比。
补充资料：汽蚀系数
分子式：
CAS号：
性质：又称托马系数。离心泵的必须汽蚀余量与扬程之比。计算必须汽蚀余量的数据之一。由模型的空泡性能试验统计而得，可查阅有关泵手册。
CAS号：
性质：又称托马系数。离心泵的必须汽蚀余量与扬程之比。计算必须汽蚀余量的数据之一。由模型的空泡性能试验统计而得，可查阅有关泵手册。
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