The novel studies of the dense plasma on transition properties and level structures for H-like Carbon, Nitrogen and Oxygen ions are presented. Plasma effect is included through the confined ion sphere plasma model. We have also included relativistic effects through mass-correction, Darwin and spin-orbit terms during the calculation. The energy level shift, oscillator strengths, transition rates, plasma shifts and probability densities are calculated by using Ritz’s variation method for different ion sphere plasma concentrations. The variation parameters are calculated by minimizing the expectation value of the energy. Eigenstate, probability and average position are calculated with plasma concentration for the internal structure of the system. We have compared our calculated data with experimental National Institute of Science and Technology (NIST) database and other theoretical results in the literature and it is showing a good quantitative agreement. The study may be very useful in astrophysical and fusion plasma.

介绍了致密等离子体对类 H 碳、氮和氧离子的跃迁特性和能级结构的新研究。等离子体效应包含在受限离子球等离子体模型中。在计算过程中，我们还通过质量校正、达尔文和自旋轨道项包括了相对论效应。能级偏移、振荡器强度、跃迁率、等离子体偏移和概率密度通过使用不同离子球等离子体浓度的 Ritz 变异法计算。通过最小化能量的期望值来计算变化参数。本征态、概率和平均位置是用血浆浓度计算的系统内部结构。我们将我们的计算数据与美国国家科学技术研究院 (NIST) 的实验数据库和文献中的其他理论结果进行了比较，结果显示出良好的定量一致性。这项研究可能对天体物理学和聚变等离子体非常有用。