1) the maximal non-seizer load
最大无卡咬负荷
1.
The result indicates when the wear-self-compensation additive SW4 is respectively mixed into four testing lubricating oil,the maximal non-seizer load and the weld point are all enhanced in different degree,and t.
结果表明:磨损自补偿剂SW4加入所试验的4种润滑油中,都不同程度地提高钢-钢摩擦副的最大无卡咬负荷和烧结负荷,其中最大无卡咬负荷提高程度较大;同时钢-钢摩擦副的耐磨性也有很大的提高。
2) maximum idle work load
最大无功负荷
1.
Problems existing in load calculation by using needful-coefficient method are analyzed, a method of using maximum idle work load far load calculation is proposed.
分析了用需要系数法进行负荷计算时存在的问题,提出了用最大无功负荷进行负荷计算的方法。
3) Maximum load
最大负荷
1.
The Grey Forecast of Maximum Load and Peak-Valley Difference of Beijing,Tianjin and Tangshan Wire Netting;
京津唐电网最大负荷及峰谷差的灰色预测
5) TMDL
最大日负荷
1.
In order to get back the water function of irrigating and breed aquatics in Muguhu reservoir inch by inch,the paper presents a quantify discussion of the water environmental total capacity of the mostly pollutant in Muguhu reservoir,according to different irrigating period of time and water quality aim,educe the reservoir total maximum daily load(TMDL)in different irrigating period of time.
为逐渐恢复蘑菇湖水库的农业灌溉及养殖功能,介绍了按灌溉期划分的夏秋、非灌、春灌3个不同时段及不同的水质目标,定量计算蘑菇湖水库主要污染物水环境容量总量,得到水库不同时段的最大日负荷(TMDL)。
6) annual peak load
年最大负荷
1.
This paper thoroughly resea rches the effect of air temperature on annual peak load,and on the basis of whic h, the probabilistic forecasting model of annual peak load is established.
在深入研究年最大负荷与温度关系的基础上建立了概率预测模型 ,模型有较高的预测精度 ,并已形成实用化应用软件 ,软件已在河南省正式使用 ,使用效果好。
2.
According to the difficult work of annual peak load forecasting,which is affected by different kinds of factors in power load forecasting,the probability forecasting model for regional grid annual peak load is proposed.
针对电力负荷预测中年最大负荷受多种因素影响的难点问题,提出了区域电网年最大负荷的概率预测,对年最大负荷概率模型中的均值和均方差分别建立了灰色模型和回归模型并对其作出预测。
3.
At present, the methods of annual peak load forecasting are simple and low precision, and furthermore, none of these methods is considering of local circumstance.
年最大负荷受多种因素影响,地区性特点强,目前的预测方法较为简单,分析精度不高,且没有针对地区特点的年最大负荷预测方法。
补充资料:鼃咬
1.亦作"?咬"。 2.非雅正的或淫邪的乐曲。鼃,通"哇"。
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