1)  Extraction yield
					 
	
					
				
				 
	
					
				提取产量
				1.
					The effects of different temperature,time and the ratio of solid to solution on the extraction yield of red cabbage pigments(RCP)from red cabbage(Brassia oleracea L.
						
						利用Design Expert软件对红甘蓝色素提取产量的二次多项数学模型解逆矩阵分析表明:在提取温度为43。
					2.
					The effects of different temperature,time and the ratio of solid to solution on the extraction yield of polysaccharide from Fruc- tus Corni were investigated based on composite design of quadratic regression.
						
						0软件对山茱萸多糖提取产量的二次多项数学模型解逆矩阵分析表明:在提取时间为142 min、提取温度为84℃、水体积为276 mL的条件下,山茱萸多糖提取产量最高,最大提取产量预测值为89。
					
					2)  extraction efficiency
					 
	
					
				
				 
	
					
				提取产率
				1.
					Study on affecting factors of the total extraction efficiency of chemical compounds from Fengtou zingiber;
						
						“凤头姜”化学成分综合提取产率影响因素的研究
					
					3)  withdrawal of assets
					 
	
					
				
				 
	
					
				提取资产
			
					5)  energy extraction
					 
	
					
				
				 
	
					
				能量提取
				1.
					To solve the small-sample problem in the hydroelectric generating unit(HGU),SVM(Support Vector Machines) is introduced,and a new diagnosis model of least squares support vector machines(LS-SVM) based on wavelet decomposition with energy extraction is proposed in this paper.
						
						通过实验信号分析,表明将小波能量提取与支持向量机结合进行水电机组故障诊断是可行有效的,并具有较高的故障分辨能力,为水电机组故障诊断提供了新的方法和思路。
					2.
					Comparison and estimation for COIL and NCl(α)-I AGIL have been finished as viewed from the energy extraction and volume/weight efficiency.
						
						利用连续流光腔动力学模型,对氧碘化学激光(COIL)和基于NCl(a)-I传能的全气相碘激光(AGIL)的能量提取进行了分析和公式推导,得到了连续流光腔的光子通量解析表达式以及氧碘化学激光光子通量沿流动方向的分布和输出功率的简化计算公式。
					
					6)  isolation of small amount
					 
	
					
				
				 
	
					
				微量提取
				1.
					The isolation of small amount DNA from rice;
					 
					
						
						 
					
						水稻基因组DNA微量提取
					2.
					A rapid method for the isolation of small amount DNA from plant leave;
					 
					
						
						 
					
						一种快速微量提取植物叶片DNA的方法
					补充资料:边际产量(MP)
		边际产量(MP):增加一个单位可变要素投入量所增加的产量。
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