1) Plasmon Polariton
等离激元-极化激元
2) SPP(surface plasmon polariton)
界面等离极化激元
3) Surface Plasmon Polariton(SPP)
表面等离极化激元
1.
In connection with the electronic resonant tunneling and light emission mechanism of the junction, the negative resistance phenomenon (NRP) in the I-V curve and the relation between NRP and Surface Plasmon Polariton(SPP) have been studied especially.
结合电子隧穿特性及结的发光机理,对结I-V特性中负阻现象的产生及其与表面等离极化激元激发发光的关系进行了研究。
4) surface plasmon polaritionReceived 10 March 1994
表面等离极化激元(SPP)
5) Plasmons
等离激元
1.
The Anomalous Skin-Effect of Plasmons in Metal-state Plasma;
金属等离子体中等离激元反常趋肤效应
2.
The Numerical Study of Dispersion Relationship and Landau Damping of Longitudinal Relativistic Plasmons;
相对论性纵等离激元色散关系和朗道阻尼数值解及其分析
3.
The landau damping rate is obtained by solving the dispersion equation of relativistic longitudinal plasmons with the sub-light-velocity numerically.
在亚光速区,对处于相对论性振荡的纵等离激元色散方程进行数值求解,得到了朗道阻尼系数的数值解。
6) polariton
[pəu'læritən]
极化激元
1.
Localization of surface-exciton polaritons;
表面激子极化激元的定域化
2.
New type of polariton in a piezoelectric superlattice;
压电体超晶格中的新型极化激元
3.
The dispersion relation of the polariton modes is discussed in detail in quantum well superlattices and quantum well wire superlattices with square cross sections four (not two) branches of polariton modes are obtained in their structures.
量子阱超晶格和方形截面量子阱线超晶格中极化激元的色散关系被详细讨论。
补充资料：河激歌
【诗文】：
升彼河兮而观清。水扬波兮冒冥冥。
祷求福兮醉不醒。诛将加兮妾心惊。
罚既释兮渎乃清。妾持擑兮操其维。
蛟龙助兮主将归。呼来櫂兮行勿疑。
【注释】：
【出处】：
升彼河兮而观清。水扬波兮冒冥冥。
祷求福兮醉不醒。诛将加兮妾心惊。
罚既释兮渎乃清。妾持擑兮操其维。
蛟龙助兮主将归。呼来櫂兮行勿疑。
【注释】：
【出处】：
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