1) affine length
仿射长度
2) affine length of an arc
仿射弧长
3) affine scaling
仿射尺度
1.
We develop an affine scaling trust region algorithm in association with the nonmonotone interior backtracking line technique for solving smooth nonlinear equations subject to bounds on variables.
基于简单有界约束的非线性优化问题构建信赖域子问题,但所用的最小仿射尺度比Coleman和Li所用的仿射尺度更为一般。
2.
In this paper, we develop and analyze a class of affine scaling trust-region methods in as-sociation with nonmonotone interior backtracking line technique for solving bound-constrainedsemismooth equations.
本文研究无穷范数和欧氏范数这两个常用范数意义下的仿射尺度信赖域方法。
4) affine scaling method
仿射尺度法
5) scattering lengths
散射长度
1.
Using Quark models and RGM, we calculate the N-Nscattering lengths caused by the mixed QCD×QED interactions.
该文用夸克模型和共振群方法计算了QCD和QED交叉项引起的N-N散射长度差别,证明QCD和QED交叉项对电荷相关互作用有影响,而且效应比普通电磁作用强得多。
2.
A phenomenological and perturbative QCD study ismade of the QED QCD interference effect, including the calculation of the N N 1 S o scattering lengths.
该文对ＱＥＤ－ＱＣＤ干涉效应做了唯象的和微扰ＱＣＤ理论的２种研究，计算了Ｎ－Ｎ１Ｓ０散射长度。
6) jet length
射流长度
1.
Based on electrostatics and charged principle of liquid,the properties of jet area,transient area and atomization area were given for charged oil in a high voltage electrostatic field and jet length,atomizing angle and oil particle size distribution were main factors as describing charged jet.
依据静电学和液体荷电的基本原理,分析了高压静电场中荷电油液在射流区、过渡区和雾化区的特性,提出射流长度,雾化角和液滴粒径分布是描述液体荷电射流特性的主要指标。
补充资料：仿射
仿射
affinity
仿射!确nity;呻中Ifu盯er] 仿射变换陌币ne transfo瓜atlon)的简称定义为非退化线性代换 二A派丰“
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参考词条