1) Laser enhanced nuclear polarization
激光增强核极化
2) laser-enhanced
激光增强
1.
This low temperature process allows us to fabricate new ferrite film devices on substrates with poor thermal resistance laser-enhanced ferrite plating and ultrasonic-enhanced ferrite plating improve the crystallinity of the ferrite films.
激光增强铁氧体化学镀和超声波增强铁氧体化学镀等方法可大大提高成膜质量。
4) s-polarized short pulse high intensive laser
S极化短脉冲强激光
5) laser enhanced
激光强化
1.
In this paper, experiments on pulse and continuous Nd~+_3:YAG laser enhanced brush plating (LEBP) Ni & n-Al_2O_3/Ni coating are put into practice.
结果表明:与普通电刷镀镀层相比,激光强化电刷镀镀层晶粒明显细化,其中镀层的晶粒尺寸减小了约5nm,且激光的连续性对Ni镀层晶粒尺寸的影响较大。
6) laser strengthening
激光强化
1.
Analysis of the temperature field induced by laser strengthening;
激光强化温度场的理论解析与实验论证
2.
The experimental research on the improvement of the abrasiveness of the half-steel material using laser strengthening technology;
激光强化改善半钢材料耐磨性的实验研究
3.
The transient stress analysis of the roll surface during laser strengthening;
辊面激光强化过程的瞬态应力分析
补充资料：激光模拟核爆炸(见核爆炸物理摸拟)
激光模拟核爆炸(见核爆炸物理摸拟)
laser simulation for nuclear explosion
)iguang moni hebaozha激光模拟核爆炸(raser、imulation fornuclear explosion)见核爆炸物理模拟。
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