1) response surface methodology
响应曲面方法
1.
With the introduction of basic theories and traditional methods of response surface methodology and robust parameter design, robust optimization methods for multi-response are proposed in this dissertation as follows.
以此为目标,本文基于响应曲面方法(RSM)构建了多响应稳健优化模型并加以分析。
2) double response surface method
双响应曲面方法
1.
Based on the analysis and comparison of these two methods,the paper presents a double response surface method to combine RSM and Taguchi Methods in order to make use of the advantages of RSM and Taguchi Methods.
本文在对两种方法的优缺点分析比较的基础上 ,提出了运用双响应曲面方法将 RSM和田口方法结合起来 ,实现优势互补 ,以期能更有效地改进产品 /过程质量。
3) response surface methodology
响应曲面法
1.
Desulphurization efficiency with spray tower by response surface methodology;
基于响应曲面法研究喷淋塔的脱硫效率
2.
Optimization of antagonism activity yield by Lactobacillus casei sudsp. rahamnosus Ls-81 by response surface methodology;
响应曲面法优化鼠李糖乳杆菌Ls-8菌株产抑真菌活性物质的条件
3.
Optimization of medium composition for expression of recombinant human nerve growth factor(rhNGF) in Escherichia coli cells using response surface methodology;
响应曲面法优化重组人神经生长因子发酵培养基组成的研究
4) response surface method
响应曲面法
1.
Optimization of microwave extraction for procyanidine from broad bean shell by response surface method
响应曲面法优化蚕豆壳中原花青素的微波提取工艺
2.
Optimization of extraction technology of phytic acid from cottonseed meal by response surface method
响应曲面法优化棉籽粕中植酸的提取
3.
Processing parameters for ultrasonic extraction of ethanol-solubleβ-carotene were optimized by the response surface method.
用超声波强化溶剂提取法从胡萝卜中提取醇溶性β-胡萝卜素,利用响应曲面法对提取工艺参数进行优化研究。
5) response surface methodology (RSM)
响应曲面法
1.
Response surface methodology (RSM) was employed in the present work and a second order quadratic equation for high hydrostatic pressure (HHP) inactivation was built.
采用响应曲面法(responsesurfacemethodology,RSM)建立了超高压杀灭大肠杆菌的二次多项数学模型,验证了模型的有效性,并考察温度、压力和保压时间对超高压杀灭大肠杆菌的影响,优化出杀灭6个数量级大肠杆菌ATCC8739的工艺参数温度为32。
2.
The limited hydrolysis process for rapeseed albumin (RSA) with alcalase was systematically studied through response surface methodology (RSM).
采用响应曲面法对碱性蛋白酶 (alcalase)水解菜籽清蛋白工艺进行系统地研究。
3.
A second order quadratic equation for Pomegranate Peel Polyphenols (PPPs) ultrasonicwave extraction was built with response surface methodology (RSM) .
通过响应曲面法,建立了超声波提取石榴皮多酚的二次多项数学模型,探讨了在该最佳提取条件下石榴皮多酚得率与二次提取时间的关系,同时,比较了摇床振荡提取和超声波辅助提取,得出可供工业化生产参考的最佳提取条件。
6) response surface methodology(RSM)
响应曲面法
1.
Ultrasonic wave is used to extract the polyphenols of apple pomace, and all experiments are designed and optimized with response surface methodology(RSM).
采用响应曲面法,对超声波提取苹果渣中的多酚进行了工艺优化设计,建立了超声波提取苹果多酚的二次多项数学模型,探讨了主要因素的影响效应及其交互作用,并对模型进行了验证,通过对二次多项回归方程求解得到最佳工艺水平为温度61℃、乙醇浓度62%、提取次数2次时,苹果多酚的提取量达到最大值。
2.
Afterwards,using response surface methodology(RSM),the mathematical models about the needling process parameters,the main properties of substrate and the synthetical evaluation of the lawns are set up by experiment,optimized needling process of non-woven substrate is realized.
采用响应曲面法,建立针刺工艺参数与基质主要物理性能和草坪综合评价的数学模型,实现基质针刺工艺的优化。
3.
In this paper,the content of total flavonoids in tartary buckwheat bran was determined,the extraction technology of total flavonoids in the bran by microwave was studied,and all experiments were designed and optimized with Box-Behnken concept of response surface methodology(RSM).
测定了苦荞麸皮总黄酮的含量,并采用响应曲面法中的Box-B ehnken模式,对苦荞麸皮总黄酮微波辅助提取工艺进行了优化。
补充资料：脉冲响应函数方法
估计线性系统脉冲响应函数的一种非参数模型辨识方法。对于无随机噪声的确定性线性系统，当输入信号为一脉冲函数 δ（t） 时，系统的输出响应 h（t）称为脉冲响应函数。对于任意的输入 u（t）， 线性系统的输出 y（t）表示为脉冲响应函数与输入的卷积， 即 如果系统是物理可实现的,那么输入开始之前，输出为0，即当 τ＜0时 h(τ)??0，这里τ 是积分变量。对于离散系统，脉冲响应函数是一个无穷权序列，系统的输出是输入序列ut与权序列ht的卷积和： 。系统的脉冲响应函数是一类非常重要的非参数模型。辨识脉冲响应函数的方法分为直接法、相关法和间接法。①直接法：将波形较理想的脉冲信号输入系统，按时域的响应方式记录下系统的输出响应，可以是响应曲线或离散值。②相关法：由著名的维纳-霍夫方程得知:如果输入信号u(t)的自相关函数R(t)是一个脉冲函数kδ(t), 则脉冲响应函数在忽略一个常数因子意义下等于输入输出的互相关函数,即 h(t)＝(1/k)Ruy(t)。实际使用相关法辨识系统的脉冲响应时，常用伪随机信号作为输入信号，由相关仪或数字计算机可获得输入输出的互相关函数Ruy(t),因为伪随机信号的自相关函数 R(t)近似为一个脉冲函数，于是h(t)＝(1/k)Ruy(t)。这是比较通用的方法。也可以输入一个带宽足够宽的近似白噪声信号，得到h(t)的近似表示。③间接法：可以利用功率谱分析方法，先估计出频率响应函数H（ω）, 然后利用傅里叶逆变换将它变换到时域上，于是便得到脉冲响应h(t)。
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