Laboratory experiments of internal waves interacting with vertical ice

NetCDF data: Each file contains the following variables: Presribed quantities Buoyancy frequency: Name: 'N0' Units: rad/s Initial temperature: Name: 'T0' Units: degC Initial salinity: Name: 'S0_min', 'S0_max' Units: g/kg Wavemaker amplitude: Name: 'A0' Units: mm Wavemaker frequency: Name: 'omega0' Units: rad/s Wavemaker fundamental vertical wavenumber: Name: k Units: 1/m Analysis quantities Spatial range: Name: 'zrange_min', 'zrange_max' Units: m Temporal range: Name: 'trange_min', 'trange_max' Units: hours Measurements (analysis): Depth array: Name: 'z' Units: m Time array: Name: 't' Units: hours Ice thickness array (2D) Name: 'h_zt' Units: m Initial ice thickness (1D): Name: 'h0_z' Units: m Near-ice temperature array (2D): Name: 'T_zt' Units: degC Near-ice salinity array (2D): Name: 'S_zt' Units: g/kg Calculations: Meltwater plume speed: Name: 'wp' Units: 'mm/s' Image folder: Pixel to metre conversion: Name: 'dx' Units: px/m Image index time array: Name: 'image_time' Units: hours Measurements (wave analysis) [not included in unforced experiments] Wave displacement field output (2D): Name: 'chi_zt' Units: N/A Sub-sampled time array (wave displacement field): Name: 't_sample' Units: hours Wave amplitude indexing array: Name: 'idx_A' Units: N/A Depth array (wave amplitude array): Name: 'z_A' Units: m Time array (wave amplitude array): Name: 't_A' Units: hours Wave amplitude array (1D): Name: 'A_zt' Units: m Wave harmonics count: Name: 'harmonics' Units: N/A Wave amplitude indexing array (harmonics): Name: 'idx_Aharmonics' Units: N/A Depth array (wave amplitude harmonics array): Name: 'z_Aharmonics' Units: m Wave amplitude harmonics array (1D): Name: 'A_z_harmonics' Units: m Image folders: Raw images (sub-sampled) of the ice (camera 2) during each experiment. Filenames are encoded by the following: cam<camera ID>_omegaN<omega/N value>amp<wavemaker amplitude value>-C<image counter value>T<yyyymmddThhmmss time>