Stark broadening is widely used in many research areas, but its applications are limited by the completeness of line width and shift. Based upon the transition line data evaluated by Kramida, we have predicted the Stark broadening parameters of singly ionized carbon by making use of Griem's semiempirical method. The comparison with experimental and theoretical data is conducted and the results presented also. The Stark widths and shifts in this work agree very well with the measured and theoretical results within the margins of the error. The calculated results are tabulated for an electron density of 10¹⁷ cm⁻³ and temperatures varying about 10000 K to 50000 K. These parameters may have application prospects in optical diagnosis of laboratory plasma, spectral simulation in astrophysics and radiation modeling of high-temperature gases or plasmas.

斯塔克展宽被广泛应用于许多研究领域，但其应用受限于线宽和位移的完整性。根据 Kramida 评估的过渡线数据，我们利用 Griem 的半经验方法预测了单电离碳的 Stark 展宽参数。与实验和理论数据进行了比较，并给出了结果。这项工作中的斯塔克宽度和位移与误差范围内的测量和理论结果非常吻合。^{对于10 17} cm ^-3的电子密度，将计算结果制成表格这些参数在实验室等离子体的光学诊断、天体物理学中的光谱模拟和高温气体或等离子体的辐射建模中可能具有应用前景。