Numerical Data for Binomial-Chirp-Driven Plasma Wakefield Excitation
Description
Research Data: Role of Binomial Chirp Order in Laser-Driven Plasma Wakefield Excitation Description This dataset contains the numerical results supporting the figures and findings reported in the manuscript entitled "Role of Binomial Chirp Order in Laser-Driven Plasma Wakefield Excitation." The results were obtained using a relativistic cold-fluid model within the quasi-static approximation. The governing equations were solved numerically using a fourth-order Runge–Kutta method implemented in Fortran. Dataset Contents • Figure 1: Longitudinal and transverse distributions of the plasma wakefield for different binomial chirp orders. • Figure 2: Radial distribution of the maximum longitudinal wakefield for different chirp orders. • Figure 3: Spatial distributions of the normalized radial force. • Figure 4: Maximum normalized longitudinal wakefield as a function of the chirp parameter. • Figure 5: Two-dimensional distributions of the maximum wakefield as functions of the chirp parameter and radial position. • Figure 6: Normalized transverse momentum of plasma electrons as a function of the co-moving coordinate. Physical and Numerical Parameters The laser and plasma parameters are specified in the corresponding data files and source codes. The dataset includes the numerical results obtained for the chirp orders and chirp-parameter ranges considered in the manuscript. Data Format Numerical data are provided in plain-text DAT format. The first line of each file specifies the column names. Spatial coordinates, field quantities, and momentum values follow the normalization conventions defined in the manuscript. Correspondence For further information about the dataset, please contact the corresponding author.