1) prediction of coiling temperature
卷取温度预报
2) coiling temperature
卷取温度
1.
Measures of improving coiling temperature control quality in hot continuous strip steel rolling;
提高带钢热连轧卷取温度控制质量的措施
2.
Prediction coiling temperature of hot rolled strip by artificial neural network;
人工神经网络方法预报热轧带钢的卷取温度
3.
Mathematical model for coiling temperature control of hot rolled strip and its self-learning;
热轧带钢卷取温度控制模型及其自学习
3) temperature prediction
温度预报
1.
In order to improve the steel plate temperature prediction accuracy of the roller-hearth heat treatment furnace,GA-BP neural network is trained by a great deal of actual data.
为了提高辊底式热处理炉的钢板温度预报精度,采用了遗传神经网络的方法,运用大量的现场实际数据进行训练和仿真,建立了钢板温度预报模型,并应用于计算辊底式热处理炉钢板温度的数学模型中。
2.
The study of the strip temperature prediction model has been one of the importance researches to improve the mathematics model prediction precision.
在整个轧制线上准确预报板带钢在不同位置上的温度变化,是有效提高最终产品质量水平的重要基础,长期以来,对热轧过程中温度预报模型的研究,一直是提高轧制过程中数学模型预报精度的重要课题之一。
3.
High-precision temperature prediction is required in continuous rolling simulation by open modular.
在模块化开放连轧仿真过程中,需要高精度轧件温度预报。
4) temperature forecast
温度预报
1.
Application of Kalman filter method to medium range temperature forecast;
利用卡尔曼滤波方法作1~5天中期温度预报
2.
Temperature forecast verification and its controls in Shijiazhuang,Hebei province
石家庄温度预报检验及影响因子分析
3.
Based on temperature forecasts of regional ensemble forecast models from six different operational centers and scientific research institutions,a study of bias-correction and multi-model consensus has been done to reduce the system error and to improve the forecast precision.
利用类似KALMAN滤波的自适应误差订正法对中国国家气象中心、日本气象厅、美国国家环境预报中心、加拿大气象中心和澳大利亚-法国气象局的区域集合预报模式2m温度预报做订正,并对订正后的结果采用算术平均和多元回归两种方法进行集成。
5) 2m temperature
2m温度预报
1.
Verifications of 2m temperature prediction by Grapes model in Southwest China during summer of 2004 and 2005 were undertaken.
利用西南地区2004、2005年夏季的实况温度对G rapes模式输出的2m温度预报产品进行检验,结果表明,不管是单日预报误差还是月平均预报误差,都没有随预报时效的延长而增大,对四川盆地大部分地区,模式预报温度偏高,对重庆、云南、贵州及川西高原南部的温度预报,基本上表现为14时偏高,02时偏低,对川西高原北部和西藏则表现为预报温度偏低。
6) coiling temperature control
卷取温度控制
1.
Improvement of the coiling temperature control of Baosteel's hot strip mill;
宝钢热轧层流冷却卷取温度控制的改进
2.
This paper gives an analysis of coiling temperature control ( CTC ) for hot strip rolling , based on basic CTC control model , two new algotithms are developed : full-long feedback control and strip head set-up self learning.
对带钢热连轧卷取温度控制(CTC)的主要问题进行了分析,描述了CTC基本控制模型,并在此基础上,提出了两个新算法:全长反馈控制与头部设定自学习。
3.
This T-S fuzzy neural network has many advantages such as the simplicity and faster convergence speed etc, and it is applied to coiling temperature control with satisfactory results.
把该网络应用到卷取温度控制中进行仿真,得到了满意的结果。
补充资料:短期天气预报(见天气预报和天气图预报)
短期天气预报(见天气预报和天气图预报)
u。。,,,:‘,anq,yubao短期天气预报见关匀布绍升,二,二一一
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