Changes between Version 65 and Version 66 of WikiStart

Timestamp:

Oct 2, 2017, 8:44:00 AM (7 years ago)

Author:

steiger5na

Comment:

--

WikiStart

@@ -101 +101 @@
 ''Batch processed camera data in to .png files for those experiments from 18-43 that have PIV data, so that images are in a non-proprietary format. PIV analysis of the flow field through multiple horizontal slices in different Z-positions, for the non-rotating case, and for the rotating cases (experiments 18-43 as above), dependent on the quality of the captured PIV images. Average velocity vectors for the channel slices. Potentially information on vorticity would enable the smaller-scale vortical structures that are obvious in some of the videos, to be identified.''
 
-= 4 - Methods of calibration and data Processing (NADINE) =
+= 4 - Methods of calibration and data Processing  =
 The PIV data will be processed using the MATLAB tool UVMAT available  on !http://servforge.legi.grenoble-inp.fr/projects/soft-uvmat.
 
@@ -111 +111 @@
 The images are divided into the two different cameras as PCO1/ and PCO2/.
 
-''[[Image(Topography_with_PositionCameras.png, 900px)]]''
+''[[Image(Bathymetry_with_PositionCameras.png, 900px)]]''
 
 ''This sketch shows the topography together with the view of the two cameras.''
@@ -128 +128 @@
 
 === Probes calibration ===
-
-For the calibration of the probes 3 measurements were done before the experiments on the 5 probes and 4 measurements were done after. For each C you can see in the table the voltage measured.
-Done the 21/09/2017
-|| || $\rho$=998.9 T=20.3 || $\rho$=1004.5 T=20.7 || $\rho$=1015.1 T=21.0 ||
-|| C2 || -4.89 || -2.73 || 1.04 ||
-|| C1 || -4.88 || -2.59 || 1.31 ||
-|| ?C0 || -4.82 || -2.50? || 1.02 || 
-|| ?C5 || -4.8? || -0.75? || X || 
-|| C4 || -4.74 || -1.98 || 2.54 ||
-|| T2 || X || 1.44 || 1.44 ||
-|| T0 || X || 5.15 || 5.16 ||
-|| T5 || X || -5.00 || X ||
-|| T4 || X || -1.22 || 1.25 ||
+For the calibration of the probes 3 measurements were done before the experiments on the 5 probes and 4 measurements were done after. For each C you can see in the table the voltage measured. Done the 21/09/2017
+
+||||$\rho$=998.9 T=20.3||$\rho$=1004.5 T=20.7||$\rho$=1015.1 T=21.0||
+||C2||-4.89||-2.73||1.04||
+||C1||-4.88||-2.59||1.31||
+||?C0||-4.82||-2.50?||1.02||
+||?C5||-4.8?||-0.75?||X||
+||C4||-4.74||-1.98||2.54||
+||T2||X||1.44||1.44||
+||T0||X||5.15||5.16||
+||T5||X||-5.00||X||
+||T4||X||-1.22||1.25||
 
 Done the 29/9
 
-|| || $\rho$=998.2 T=22.8 || $\rho$=1004.3 T=22.3 || $\rho$=1009.5 T=22.4 || $\rho$ = 1014.9 T=22.4 ||
-|| C0 || -4.95 || -2.67 || -0.94 || 0.60 ||
-|| C1 || -4.94 || -2.34 || -0.21 || 1.92 ||
-|| C2 || -4.95 || -2.72 || -0.89 || 1.05 ||
-|| C4 || -4.87 || -2.12 || 0.11 || 2.2 ||
-|| C5 || -4.91 || -1.60 || Variable || X ||
-|| T0 || 3.10 || 3.22 || 3.21 || 3.53 ||
-|| T1 || X || X || X || X ||
-|| T2 || X || 1.1 || 1.07 || 1.07 ||
-|| T4 || -1.49 || -1.42 || -1.45 || -1.43 ||
-|| T5 || -4.99 || -5.0 || -5.0 || X ||
-
+||||$\rho$=998.2 T=22.8||$\rho$=1004.3 T=22.3||$\rho$=1009.5 T=22.4||$\rho$ = 1014.9 T=22.4||
+||C0||-4.95||-2.67||-0.94||0.60||
+||C1||-4.94||-2.34||-0.21||1.92||
+||C2||-4.95||-2.72||-0.89||1.05||
+||C4||-4.87||-2.12||0.11||2.2||
+||C5||-4.91||-1.60||Variable||X||
+||T0||3.10||3.22||3.21||3.53||
+||T1||X||X||X||X||
+||T2||X||1.1||1.07||1.07||
+||T4||-1.49||-1.42||-1.45||-1.43||
+||T5||-4.99||-5.0||-5.0||X||
 
 == 4.2 Calibration for ice shelf experiments ==
@@ -586 +584 @@
 
 === Experiment EXP35 ===
-The inflow was increased to 50 l/min. 
+The inflow was increased to 50 l/min.
 
 Note: At the beginning of the experiment, the water was not completely at steady-state in the trough. The scans were supposed to do 550 images, but only took 500. And it only did 10 levels, instead of 11, so the last level is missing!