1) creet
法规性
2) technical legal rule
技术性法规
3) linear programming method
线性规划法
1.
By taking the minimum cost as optimization aim,the synthetic factor method,minimum cost method,and linear programming method of solving assembled dimensional chains are introduced.
以最低制造成本为优化目标,介绍了求解装配尺寸链的综合因子法、最低成本法和线性规划法,为合理分配装配尺寸链中各环公差提供参考。
2.
Basing on the monochromatic radiative intensity,the inverse problem of radiative transfer equation was solved by least squares method,regularization method and linear programming method.
针对轴对称光学薄火焰,用图像探测器和滤色片获得火焰的单色辐射图像,根据火焰的单色辐射强度,分别采用最小二乘法、正则化方法和线性规划法对辐射传递逆问题进行了求解。
4) linear programming
线性规划法
1.
In order to optimize the sinter mix proportioning, three different kinds of optimizing methods, Linear Programming, Monte Carlo Algorithm and Genetic Algorithm, were used to calculate proportioning scheme ,under the identical conditions, and optimum solutions were analyzed from the final solution, efficiency, convenience and other aspects.
本文通过运用线性规划法、蒙特卡洛法和遗传算法对相同的烧结配料问题进行优化,并对得到的结果进行了分析,从最终结果、求解效率、易用性等方面比较了3种方法的优劣,最后得出结论:遗传算法更适应今后烧结配料优化的计算要求。
2.
The physical meaning of reflection coefficients has been discussed,and the underdetermined system of equations which contain reflection coefficients has been reached in the time-domain , the method of Linear Programming for solving the underdetermined system of equations has been put forward, and the train of thought and programming frame has been given.
讨论了在水平层状介质中的反射系数的物理意义 ,推出时间域含有以反射系数序列为未知项的欠定方程组 ,提出用线性规划法求解瞬变电磁场反射系数序列 ,并给出求解思路和程序框图。
3.
Using linear programming method into a small valley land planning in Danjiangkou Reservoir zones,the rational allocation of resources is achieved for maximum effectiveness.
把线性规划法运用于丹江口库区小流域土地规划,以便实现资源的合理配置,发挥最大效益。
5) mandatory regulations
强制性法规
1.
This paper introduces mandatory regulations or provisions of technical standards of the UK,USA and P.
介绍英、美、中三国建设标准强制性法规和强制性条文的简况,指出我国强制性条文存在的问题。
6) prescriptive approach
规定性方法
补充资料:打假的法律、法规和法规性文件
打假的法律、法规和法规性文件
laws, rules and regulation documents against counterfeit
工作的决定》。
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