2) rare-earth-doped crystal
掺稀土离子晶体
1.
It is demonstrated that EIT in rare-earth-doped crystal depends on the temperature, and the larger Rabi frequency of the couple field can effectively enhance the.
运用半经典理论 ,在Pr3 + :YSO晶体Pr离子 -型三能级系统中 ,求解了探测光吸收在不同光跃迁驰豫速率与自旋跃迁驰豫速率下的瞬态及稳态解 ,得到了电磁感应透明现象 ,分析了两种驰豫对电磁感应透明的影响 ,从而揭示了掺稀土离子晶体中电磁感应透明对温度的依赖性。
3) doped rareearth ion
稀土掺杂离子
4) rare-earth-doped fiber
掺稀土离子光纤
5) doped rare earth cerium ions
掺稀土铈离子
1.
In the study,nanoparticles titania doped rare earth cerium ions (Ce~(4+)) was synthesized by process of sol- gel process using microwave irradiation method substituting high temperature calcinations usually used,and charac- terized for its structure by X-ray diffraction (XRD),FT-IR spectra and scanning electron microscopy(SEM).
通过溶胶-凝胶工艺,以微波辐射代替高温煅烧,高效率合成了掺稀土铈离子纳米 TiO_2,通过 XRD、FT-IR 及 SEM 对掺铈纳米 TiO_2粉末进行了表征。
补充资料：掺掺
1.女手纤美貌。
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