Dissipation profiles for PIPERS dataset

This dataset is described in a paper submitted June 12 2020 for review, as a journal article by Rogers, Meylan, and Kohout. A working title is "Estimates of spectral wave attenuation in Antarctic sea ice, using model/data inversion". In Version 2 of this dataset, ki.Inversion1.v2.mat, the dissipation estimates, ki(f), are the same, but I have added an additional variable, E(f)/En(H), named "E_ratio_save". This is the ratio between the observed spectral energy density and the estimated noise level. Some users may be willing to tolerate more or less noise contamination than others. With this information, users of the dataset may decide how much of the data to include/exclude. An early version of the article (circa June 8 2020, so contemporary with version 1 of this dataset), can be found at https://arxiv.org/abs/2006.04978 .

本数据集的相关说明来自2020年6月12日提交审稿的期刊论文，作者为Rogers、Meylan与Kohout，暂定标题为《利用模型/数据反演估算南极海冰中的频谱波衰减》（"Estimates of spectral wave attenuation in Antarctic sea ice, using model/data inversion"）。在本数据集的V2版本（文件为ki.Inversion1.v2.mat）中，耗散估算值ki(f)保持不变，新增了一个名为"E_ratio_save"的变量E(f)/En(H)，该变量为观测频谱能量密度与估算噪声水平的比值。由于不同用户对噪声污染的耐受程度存在差异，借助该变量，数据集使用者可自行决定需要纳入或排除的数据量。本论文的早期版本（约2020年6月8日，与本数据集V1版本同期）可在https://arxiv.org/abs/2006.04978 获取。