1) Quantum confinement effect
量子受限效应
2) Confined effect
受限效应
3) quantum confinement effect
量子限制效应
1.
We report recent experimental evidence for the quantum confinement effect in 3C-SiC nanoparticles.
报道了关于3C-SiC纳米颗粒量子限制效应的实验证据。
2.
The preparation and the quantum confinement effects of amorphous St3N4 nanoparticles are reported in this paper.
本文报道了非晶氨化硅纳米粒子的制备及量子限制效应。
3.
For silicon nanostructures,the traditional Tauc method that succeeded in amorphous material is not applicable since the optical absorption of silicon nanostructures would be affected not only by the quantum confinement effect of nanoparticals in the films but also by their concomitant microstructural disorder.
采用量子限制效应模型对镶嵌有纳米非晶硅粒子的氢化氮化硅薄膜的光吸收进行了理论模拟,探讨了由吸收谱分析给出该结构薄膜光学参数的方法,并通过对不同氮含量样品的讨论给出了量子限制效应和纳米硅粒子表面的结构无序对薄膜光吸收特性的影响规律。
4) quantum confinement
量子限制效应
1.
Effect of quantum confinement on acceptor state lifetime in Be δ doped GaAs/AlAs multiple quantum wells
量子限制效应对δ掺杂GaAs/AlAs多量子阱中铍受主态寿命的影响
2.
The results show that ion implantation makes free Si in the material change to SiNn(n=l, 2), and nano-Si3N4 possesses a quantum confinement effect, and its photoluminescence peak position and intensity are unstable.
荧光谱研究表明纳米Ｓｉ３Ｎ４具有明显的量子限制效应，并且荧光峰的位置和强度存在不稳定性。
5) Quantum confinement effect
量子限域效应
1.
The quantum confinement effect of ZnO nano-particles and the laser scattering characteristic of particles with different scale, which are irradiated with different rays, are studied.
研究了纳米ZnO的量子限域效应和不同粒径对于不同激光的散射特性 ,从实验和理论两方面验证了纳米材料的光学特性 。
2.
Both peaks were influenced by quantum confinement effect.
光致发光光谱包含两个发光峰 :一个是紫外激子发射 ,另一个是处于绿光区的杂质或缺陷发射 ,均受量子限域效应调制。
3.
Photoluminescence can be obtained from silicon based on the compound films with silicon quantum dots embedded due to quantum confinement effect.
在硅基半导体中埋置的硅量子点因量子限域效应而具有光致发光的性能,是一种实现硅基光电集成很有前途的材料。
6) Quantum confinement
量子限域效应
补充资料：宏观量子力学效应
宏观量子力学效应
macroscopic quantum machanical effect
hongguonJ旧ngz)}jxuex旧oy，ng宏观t子力学效应(maeroseopie quantummaehanieal effeet)超导电性的物理行为是晶体中电子集体的量子多体问题，遵守量子力学规律。而这种微观的规律可以用宏观现象表现出来，称为宏观量子力学效应。其基本的物理概念是基于宏观数量的多电子间题，在低温条件下，可以用单一的宏观波函数来描述。特别是在超导体和超流体中最为显著，例如，超导体中迈斯纳效应、磁通量子效应、约瑟夫逊效应、准粒子隧道效应，宏观量子干沙效应等。 (金新)
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