Changes between Version 10 and Version 11 of WikiStart

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Timestamp:
Sep 11, 2017, 9:49:07 AM (4 years ago)
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 v10 = 0 - Publications, reports from the project = = ''6 - Table of Experiments: __(move down later!!)__'' = ||'''''Exp No.'''''||'''''Name'''''||'''''Date_begin'''''||'''''$H_{total}$'''''||'''''$T_{rot}$'''''||'''''$Q$'''''||'''''$R_{curvature}$'''''||'''''$\Delta \rho$'''''||'''''Cameras'''''||'''''Dye'''''||'''''Comments'''''||''' Notes''' || ||''''''''''||||''''''''''||$(m)$||$(s)$||$(L min{-1})$||$(m)$||$(kg m!^{-3}$||names||yes / no|||||| ||0||test||11092017 hh:mm||0.60||50||?||0.50||0||PC01, PC02||yes||||Elin|| ||1||exp01||??092017 hh:mm||0.60||50||?||0.50||0||PC01, PC02|||||| = 1 - Objectives = The warm water threatening to melt the Antarctic ice shelves originates from the deep ocean north of the continental shelf. In order for the warm water to reach the ice shelf cavities it has to pass to topographic barriers: the shelf break and the ice shelf front. In a series of experiments we will explore the role of topography in controlling the onshelf flow of warm water. * ''Each ‘ADV’ subfolder, contains two sub-folders: ‘nkt_files’ containing raw Nortek files, and the ‘mat_files’ are the exported raw data in Matlab format.'' * ''Each ‘UVP’ subfolder contains two folders – one with the experiment name (which is the downstream velocity data) recorded downstream of the velocity inflection downstream of bend apex 2, and one with experiment name ‘_cross’ which contains the cross-stream UVP data recorded at bend apex ‘2. These two folders contain text files for each of the probes. The convention is that Probe 1 is the basal probe, with each subsequent probe being successively higher. There are also .mfprof files which are the raw UVP data in native format. All probes are also integrated into single Matlab files. Lastly, there is a Logfile with the header file for the UVP detailing all of the parameters used in the run.'' * ''Each ‘LABVIEW’ subfolder contains: 1) a .lvm file which is a text file and contains a time-stamp, two voltages for the Conductivity probe on the traverse (C0 – Conductivity, and T0 – temperature [this latter one doesn’t work]), a Trig_cam heading representing the Trigger for the PIV Cameras, Conductivity probe in the input box (C1 and T1), and C2 (this was conductivity for a second probe in the input box which was briefly used before breaking. There is always a record for this but it is just background noise. 2) _position.lvm file which is an XYZ file with a times for the movement of the traverse. 3)Some folders also contain probes.nc files. These are netcdf files and contain the vector data from the processed PIV images.'' = ''6 - Table of Experiments:'' = ||'''''Exp No.'''''||'''''Name'''''||'''''Date_begin'''''||'''''H_{total}'''''||'''''T_{rot}'''''||'''''Q'''''||'''''R_{curvature}'''''||'''''\Delta \rho'''''||'''''Cameras'''''||'''''Dye'''''||'''''Comments'''''|| ||''''''''''||||''''''''''||(m)||(s)||L min{-1}||m||kg m!^-3||names||yes / no|||| ||0||test||11092017 hh:mm||0.60||50||?||0.50||0||PC01, PC02||yes|||| ||1||exp01||11092017 hh:mm||0.60||50||?||0.50||0||PC01, PC02||yes|||| * ''Each ‘LABVIEW’ subfolder contains: 1) a .lvm file which is a text file and contains a time-stamp, two voltages for the Conductivity probe on the traverse (C0 – Conductivity, and T0 – temperature [this latter one doesn’t work]), a Trig_cam heading representing the Trigger for the PIV Cameras, Conductivity probe in the input box (C1 and T1), and C2 (this was conductivity for a second probe in the input box which was briefly used before breaking. There is always a record for this but it is just background noise. 2) _position.lvm file which is an XYZ file with a times for the movement of the traverse. 3) Some folders also contain probes.nc files. These are netcdf files and contain the vector data from the processed PIV images.'' = 7 - Diary: =