Open dataset for benchmarking scaling laws of high-energy laser atmospheric propagation
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该数据集由武汉理工大学团队构建,旨在为高能激光大气传播的标度律研究提供标准化基准。包含226,500组耦合湍流与热晕效应的波光学模拟案例,覆盖目标速度、发射几何、孔径直径等8类参数空间,数据以案例索引主表与长曝光辐照度阵列形式存储于Zenodo平台。数据集通过分步波光学传播模型生成,经湍流谱和热晕傅里叶域算法验证,支持标度律校准、代理模型训练及传播敏感性分析,可促进高能激光系统快速预测方法的开发与比较研究。
This dataset was constructed by the team from Wuhan University of Technology to provide a standardized benchmark for research on the scaling laws of high-energy laser atmospheric propagation. It contains 226,500 wave-optical simulation cases of coupled turbulence and thermal blooming effects, covering 8 parameter dimensions including target velocity, emission geometry, aperture diameter, and others. The data is stored on the Zenodo platform in the form of a case index master table and long-exposure irradiance arrays. Generated through a step-by-step wave-optical propagation model, the dataset has been validated using turbulence spectrum and thermal blooming Fourier-domain algorithms. It supports scaling law calibration, surrogate model training, and propagation sensitivity analysis, and can facilitate the development and comparative research of rapid prediction methods for high-energy laser systems.

- 1Open dataset for benchmarking scaling laws of high-energy laser atmospheric propagation武汉理工大学·物理与力学学院; 武汉理工大学·材料科学与工程学院 · 2026年



