[Katsuki, Shalika, Marc]
1.5 mm hydrogel, recipe same as previous. The error on force can be ±0.01 N. The measurement is taken in transmission of LC without BS.
20 avg, 0.5V-3V with 0.25V
0 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-15-53 PM.txt
0.28 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-22-16 PM.txt
0.31 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-27-33 PM.txt
0.36 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-31-40 PM.txt
0.41 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-36-20 PM.txt
hydrogel broke -- Also, there could be an issue of hydrogel breaking due to it getting dried. So, reduced to 10 avg for faster measurement.
0 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-44-04 PM.txt
0.28 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-47-38 PM.txt
0.30 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-50-56 PM.txt
0.37 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-54-23 PM.txt
0.42 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 5-58-02 PM.txt
0.45
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-02-41 PM.txt
0.51
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-06-23 PM.txt
we moved the translation stage by (23.2-20.2) cm
0.51 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-12-19 PM.txt
0.45 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-15-46 PM.txt
0.42 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-20-16 PM.txt
0.37 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-23-50 PM.txt
0.31 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-27-47 PM.txt
0.28 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-31-09 PM.txt
0 N
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-34-17 PM.txt
Input without any sample
C:\Users\atama\Dropbox\Cell Birefringence\Measurement data\hydrogel\Force gauge v2\Mon, Oct 21, 2024 6-37-59 PM.txt
The analysis done only for the 2nd hydrogel (the one which was measured after the first one broke). The point with force 0N is omitted, since the actual 0N should be the point of start of seeing the force change. The birefringence was measured at 2 points
Fig1:Birefringence vs Force of point 1
Fig 2: Diattenuation vs Force of point 1
Fig 3:Birefringence vs Force of point 2
Fig 4: Diattenuation vs Force of point 2
The number plotted is the median obtained from the data at each force value.
Update 1: I changed the plot becauase I had previously overconverted rad to rad, assuming it was degrees.
Update 2: Added Error bar to fitted data