1) mixed penalty function
混合惩罚函数
2) mixing penalty function method
混合惩罚函数法
1.
Based on the knowledge base of floating structure stability, the optimal design is performed by use of the mixing penalty function method, in which step optimization is combined with integral optimization, and the variable scale method is adopted for unconstrained minimization.
建立了潮汐电站厂房浮运结构的优化模型 ,在浮运结构稳性知识库的基础上 ,采用混合惩罚函数法对其进行优化设计 。
3) mixing
混合
1.
Analysis on the mixing of pollutants in water current combining with waves;
波流环境中污染物混合的分析
2.
Recent research progress in mixing of high viscous fluid;
高黏度流体混合研究进展
3.
Comparison of abrasive mixing methods in the WJC devices;
水射流切割设备中磨料混合方式的比较
4) mix
混合
1.
Research on equal proportion twice mixing method;
等比分配二次混合的方法研究
2.
Quantitatively evaluation on mix quality of seasoning powder;
调味粉混合质量的量化评价
3.
Adhesivity of Polypropylene Series Size and the Size Mixture;
聚丙烯类浆料与混合浆料的粘着力
5) mixture
混合
1.
Effect on Mixture of Disinfectants and Insecticides on Pests Killing;
复配杀虫制剂与消毒剂混合对卫生害虫的杀灭效果影响
2.
Applied Experiment of Mixture Tuned Dampers in the Vibration Control of Structure;
混合调频阻尼器在结构减振控制中的应用试验
3.
The Energy Dissipation Rate Per Unit Mass of Jet Pump Mixture;
射流泵混合的单位质量能量耗散率
6) Mixed
混合
1.
Studies of Liquid Mixed Organic Standard Materials;
液态混合有机标准物质研究
2.
Effect of siRNA-mediated silencing of ADAR1 gene on mixed mouse lymphocyte culture;
siRNA干扰ADAR1表达对小鼠混合淋巴细胞培养的影响
3.
The effect on mixed lymphocyte reaction of crude extracts from condyloma acuminata lesions;
尖锐湿疣病损组织粗提蛋白对混合淋巴细胞反应的影响
参考词条
补充资料:混合热力学函数
分子式:
CAS号:
性质:把n1mol组分1和n2mol组分2混合形成均相系统(如溶液)时的热力学函数变化。以焓(H)为例:ΔmixH=H混合后-H混合前=(n1H+n2H2)-(n1+n2);其中,H1及H2分别为组分1及组分2的偏摩尔焓,及分别为纯组分1和纯组分2的摩尔焓。Δmix在定压下叫混合热(heat of mixing)。对于由两个纯液态组分形成的理想溶液:ΔmixH=0,ΔmixS=-R[n1lnx1+n21nx2],ΔmixV=0,ΔmixG=RT[n1lnx1+n2lnx2]
CAS号:
性质:把n1mol组分1和n2mol组分2混合形成均相系统(如溶液)时的热力学函数变化。以焓(H)为例:ΔmixH=H混合后-H混合前=(n1H+n2H2)-(n1+n2);其中,H1及H2分别为组分1及组分2的偏摩尔焓,及分别为纯组分1和纯组分2的摩尔焓。Δmix在定压下叫混合热(heat of mixing)。对于由两个纯液态组分形成的理想溶液:ΔmixH=0,ΔmixS=-R[n1lnx1+n21nx2],ΔmixV=0,ΔmixG=RT[n1lnx1+n2lnx2]
说明:补充资料仅用于学习参考,请勿用于其它任何用途。