论文标题
超导等离震源的维度分析
Dimensional analysis on superconducting plasmonics
论文作者
论文摘要
本文解决了各个维度上超导体的等离子体响应。讨论并考虑了所有可能的参数空间，以示理论证明未来可能的实验。发现每个维态中最关键的参数是载体浓度（3D），波形（2D），周围介电常数（1D）和粒子半径（0D）。但是，还可以证明，除非所有参数结合到最佳条件，否则超导等离子系统不会导致理想的无损环境。此外，在所有条件下，较低的温度降低了与电子和声子散射有关的损失含量。
Plasmonic response of superconductors at various dimensions are addressed in this paper. All possible parameter space is discussed and considered for theoretical demonstration towards possible future experiments. The most critical parameters in each dimensional state are found to be carrier concentration (3D), wavevector (2D), surrounding permittivity (1D) and particle radius (0D). However, it is also demonstrated that unless all parameters combined with optimal conditions, the superconducting plasmonic system does not result in an ideal lossless environment. Furthermore, under all conditions, lower temperature decreases the loss content affiliated with electron and phonon scattering.
