material balance principle meaning in English
物质平稀原理
Examples
- For the first time , take tarim basin as an example to establish theoretical , industrial threshold value of organic enrichment of carbonate source rocks . calculate gas quantity of generation , adsorption , dissolving in oil , dissolving in water , diffusion of unit area carbonate rocks at different geologic conditions . and then according to the material balance principle , figure out the corresponding organic carbon content when gas being started expelling from source rocks with separate phase
分别计算了不同地质条件下单位面积碳酸盐岩的生气量及源岩和围岩各种形式的残留和耗散气量(吸附气量、油溶气量、水溶气量、扩散气量) ，进而根据物质平衡原理计算出源岩开始以游离相有效排气时所对应的有机碳含量，并将它作为该地质条件下气源岩的有机质丰度理论下限值。 - Based on the analysis of the characteristics of the raw mix slurry preparing process in alumina sintering production process , firstly , a mechanism model based on material balance principle was established as the master - rule model for the quality prediction ; secondly , considering the problem that the alkali liquor composition was unstable and its real - time measurement was difficult , a nn ( neural networks ) prediction model for the prediction of the alkali liquor composition was set up and nesting - integrated with the mechanism model ; finally , using the gray theory for the information mining from the errors of the mechanism model , a gm ( 1 , 1 ) compensation model was put forward and parallel - connection - integrated with the mechanism model , achieving a raw mix slurry quality prediction model
摘要针对烧结法氧化铝生产过程中生料浆配料工艺的特点，根据物料平衡的原理建立机理模型，作为生料浆质量预测的主规律模型；针对碱液成分波动大且难以实时检测的问题，对碱液成分含量建立了神经网络预测模型，并和机理模型进行嵌套集成；利用灰色理论对机理模型的偏差数据进行信息挖掘，建立了gm ( 1 , 1 )补偿模型，并与机理模型进行并联集成，获得生料浆质量预测模型。 - Calculate gas quantity of generation , adsorption , dissolving in oil , dissolving in water , diffusion of unit area carbonate rocks at different geologic conditions . and then according to the material balance principle , figure out the corresponding organic carbon content when gas being started expelling from source rocks with separate phase . regard it as the theoretical threshold value ( tocmin ) of gas source rocks at that same geologic condition
分别计算了不同地质条件下单位面积碳酸盐岩的生气量及源岩和围岩各种形式的残留和耗散气量(吸附气量、油溶气量、水溶气量、扩散气量) ，进而根据物质平衡原理计算出气源岩开始以游离相有效排气时所对应的有机碳含量，并将它作为该地质条件下气源岩的有机质丰度理论下限值。