等离子体加载色散吸收对称介质光腔的量子理论

利用色散吸收介质中电磁场的正则量子化方法,研究等离子体加载对色散吸收介质光腔系统量子性质的影响。结果表明,介质加载使系统真空场起伏功率谱的空间分布发生明显变化。

等离子体加载对色散吸收介质光腔量子性质的影响

研究等离子体加载对色散吸收介质光腔系统量子性质的影响.结果表明,介质加载使系统真空场起伏功率谱的空间分布发生明显变化。

等离子体加载螺旋线行波管特性研究

利用线性场理论和螺旋线的导电面模型 ,推导了在强引导磁场下 ,等离子体加载螺旋线慢波结构的色散关系 .数值计算了在不同的等离子体填充密度与填充半径条件下 ,螺旋线的色散特性、耦合阻抗和行波管的小信号增益 .研究发现 ,在螺旋线中填充了等离子体以后 ,形成了一种新的混合模式 ,螺旋线的色散特性与耦合阻抗都发生了很大的变化 。

Probability of Deuteron-Plasmon Fusion at Room Temperature within Micro-cracks of Crystalline Lattices with Deuterium Loading

This communication seeks to demonstrate that, at room temperature, the deformation of the crystalline lattice can influence the process of interaction of deuterons introduced within it. Calculations of this probability, in fact, showed an increase of at least 2-3 orders of magnitude with respect to the probability of fusion on the surface of the lattice. These phenomena open the way to the theoretical hypothesis of a kind of chain reaction, as a result of the deuterium loading and catalysed by micro-cracks formed in the structure by micro-explosions, can favour the process.