1) mean field annealing
均场退火
1.
In this paper, the application of the mean field annealing neural network to the multi-user detection is proposed.
最优多用户检测的实质是求解一个组合优化问题,本文给出了基于均场退火算法的多用户检测器,并进行了仿真比较。
2.
The idea and formal description of channel routing are introduced, and a mean field annealing neural network approach is adopted in the problem.
该算法以总线长最短、轨道数最少为优化目标 ,以满足水平、垂直制约为约束条件 ,通过把问题映射为神经网络模型 ,建立了问题的能量函数 ,用均场退火方程迭代求解 。
3.
The mean field annealing approach is a new neural network model, which improves simulated annealing approach greatly.
均场退火方法既可以看作是一种新的神经网络计算模型，又可视为是对模拟退火的重大改进。
2) mean field annealing approach
均场退火方法
1.
The mean field annealing approach is a new neural network model, which improves the simulated annealing approach greatly.
均场退火方法既可以看作是一种新的神经网络计算模型 ,又可视为是对模拟退火的重大改进 。
3) mean field theory annealing (MFTA)
平均场退火算法
4) electric field annealing
电场退火
1.
Effects of electric field annealing on recrystallization textures of pure zinc sheet;
电场退火对工业纯锌板再结晶织构的影响
2.
The effect of extrusion ratio,temperature and electric field annealing on microstructure and texture of AZ31 magnesium alloy were investigated.
研究了挤压比、挤压温度及电场退火对AZ31镁合金组织和织构的影响。
3.
Effects of electric field annealing on plastic strain ratio(r value)of IF(interstitial free)deep drawing steel sheet were studied by mean of tensile test.
通过拉伸实验研究了电场退火(850℃,25min)对IF深冲钢板塑性应变比(r值)的影响。
5) field annealing
磁场退火
1.
The GMI effects in samples treated with different field annealing have been studied .
03软磁合金薄膜,研究了不同磁场退火方式对(Fe88Zr7B5)0。
2.
The obtained results showed that the GMI ratios could be improved observably by longitudinal and transverse field annealing, with the maximum longitudinal GMI ratios being 18.
03软磁合金薄膜,研究了不同磁场退火方式对薄膜磁导率和巨磁阻抗(GMI)效应的影响。
6) magnetic field annealing
磁场退火
1.
The results show that the magnetic properties of alloy without magnetic field annealing can be impaired.
实验证明:无磁场退火使合金静磁性能恶化,而纵向磁场退火有效地消除了内应力、局部感生各向异性和畴壁钉扎,并形成感生单轴磁各向异性,静态磁性获得显著提高。
补充资料：软化退火(见低温退火)
软化退火(见低温退火)
soft-annealing
rU0nhUO tUihUO软化退火(soft一annealing)见低温退火。
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