1) advancing front algorithm
前沿法
3) frontal analysis
前沿分析法
1.
Capillary electrophoresis/frontal analysis method was applied to study the interaction of the p-nitroaniline and bovine serum albumin to make a sample by combining with p-nitroaniline and BSA.
应用毛细管电泳/前沿分析法测定对硝基苯胺与牛血清白蛋白的相互作用结合常数。
2.
Based on frontal analysis and adsorption isotherm, effects of chromatographic conditions to separation were studied on overload injection.
采用前沿分析法对其吸附等温线进行表征,对其在不同超载方式和超载程度时的超载点进行定量表达;并研究在超载状态下茶氨酸的各分离参数的变化关系及其对分离操作条件的影响。
4) Frontal analysis method
前沿分析法
1.
In this paper,adsorption isotherm of the quercetin mixture is determined by frontal analysis method,and according to the result,the retention time is calculate.
前沿分析法是测定吸附等温线的较为准确、快速和经济的方法之一。
5) advancing front generation method
前沿生成法
1.
A control rule for information of arbitrary boundaries in the goaf is made and regional mesh density function is based on the subdivision precision of known air leakage boundaries, then Delaunay triangular units are generated automatically by mesh subdivision technology of advancing front generation method.
建立了任意形状采空区边界信息的管理规则,以已知漏风边界的剖分精度作为区域网格密度函数的依据,用前沿生成法的网格剖分技术自动生成Delaunay三角形单元。
6) stochastic frontier approach
随机前沿法
1.
In this paper, author uses Stochastic Frontier Approach(SFA) to appraise Chinese 14 commercial banks\' cost efficiency, and empirically analyses the relationship between Chinese commercial banks\' cost efficiency and factors influencing bank efficiency.
本文运用随机前沿法(SFA)对1995年至2007年间国内14家主要商业银行的成本效率进行了测评,并在此基础上筛选出与中国商业银行成本效率相关的影响因素,依据最小二乘法原理实证分析了银行效率影响因素与中国商业银行成本效率之间的相互关系。
2.
Applying the stochastic frontier approach and data envelopment analysis,this paper estimates the monomial technical efficiencies and the overall technical efficiency of 14 commercial banks in China over the period from 1998 to 2004,and analyzes the relationship among the monomial technical efficiencies,ownership style and overall technical efficiency with regression function.
利用随机前沿法和数据包络法,分别评价了中国14家主要商业银行1998-2004年间的单项产出技术效率和综合技术效率,并利用回归方程分析了商业银行的单项产出技术效率、所有制类型与综合技术效率间的影响。
补充资料:流动相前沿
分子式:
CAS号:
性质:平板色谱中,由于毛细管作用,流动相沿纸或薄层板移动的前沿,一般是平行于流动相液面的直线。
CAS号:
性质:平板色谱中,由于毛细管作用,流动相沿纸或薄层板移动的前沿,一般是平行于流动相液面的直线。
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