He flow rate wasused SCCM (ml/min) driven by single PET of 188 thickness at an experiment, the 120 PET-FS was attached using a the peristaltic pump. Inside the initial experiincident angle of 40 . The PET was using a single PET of 188 m (ruilong-glass.com). ment, the used PET-FS was attached purchased from a local companythickness at an incident The values have been RP101988 Technical Information measured by a commercial refractometer (A.KR S: Model DR201-95; The angle RI of 40 The PET was bought from a neighborhood business (ruilong-glass.com). -4 RI resolution: 10 measured by a variations in RI had been in the selection of 1.3328Model DR201-95; resvalues were RIU), as well as the industrial refractometer (A.KR S: to 1.3368 in NaCl concentrations ranging from 0 to 2.five . The measured phase variations by alternately olution: 10-4 RIU), and the variations in RI were within the range of 1.3328 to 1.3368 in NaCl exchanging the pure water as well as the different NaCl answer are shown in Figure 3a. The concentrationsvalues taken for 0 sto 2.5 . The measuredeach cycle had been made use of to plot ranging from 60 in the middle period of phase variations by alternately mean phase exchanging of phase versus concentration, as shown in Figure 3b.are shown in may be the 1st The the figure the pure water and the distinctive NaCl remedy The black line Figure 3a. imply phase values taken for 60 s in thecycle (2nd). The blue line cycle simulation result. the cycle (1st). The red line will be the secondary middle period of each and every could be the had been utilized to plot figure of phase versus concentration, as shown in Figure 3b. The linear fit. The the first cycle The slope of the phase curve is BSJ-01-175 Cell Cycle/DNA Damage defined as CMS (deg./ ) through a black line is typical value of CMS was the secondary cycle cycles. The average worth simulation result. (1st). The red line is 18.47 deg./ for both(2nd). The blue line will be the of R-squared was The 0.996. Therefore, the phase measurement (deg./ ) through a linear fit. The linearity. slope on the phase curve is defined as CMSresults show repeatability and good typical worth Figure 3c 18.47 the phase versus RI for The average value of R-squared in the phase of CMS wasshows deg./ for both cycles.different concentrations. The slope was 0.996. Therecurve is defined as RIMS (deg./RIU) via the linear match. The average value of RIMS was fore, the phase measurement benefits show repeatability and superior linearity. Figure 3c 1.23 104 deg./RIU for both cycles. The common deviation of phase stability was 0.12 deg shows the phase versus RI for distinctive concentrations. The slope in the phase curve is inside the measurement method. The achievable measurement resolutions of concentration and defined as9.eight 10(deg./RIU) 65 ppm, respectively.fit. The average value of RIMS was 1.23 RI were RIMS -6 RIU and via the linear 4 deg./RIU for each cycles. The normal deviation of phase stability was 0.12 deg inside the ten The measurement sensitivity is often enhanced by rising the incident angle up to measurement method. The achievable measurement resolutionscoupling using a prism RI 60 , thus, the experimental benefits obtained by adopting PET-FS of concentration and had been as 10-6 RIU in Figure 1d. respectively. were 9.eight xplained and 65 ppm,Involving the FC as well as the coupling prism, thinly buffered pure water is present. Because the injected options are non-contact to the prism, plus the water is simply removed by dry air. As a result, the prism could be very easily utilised for the next measurement. Figure 4a shows the phase variations by alternately exchanging the pu.