Sentence examples for concentration image from inspiring English sources
By using the relationship between the concentration of Mn2+ ions and the 1HT2 value of water in the gel obtained by 1H pulse n.m.r., the 1HT2 image was converted to the Mn2+ ion concentration image.
The FP concentration image could therefore be determined from the 525 nm channel at 860 nm excitation.
A three color (RGB) concentration image was then calculated from the data obtained at 755 and 860 nm TPEF excitation such that the pixel by pixel calculated concentration of each fluorophore, NAD(P H, FP and Lipofuscin was stored in the red, green, and blue channels respectively.
For quantitative analysis, the crosstalk of ΔHbO2 into ΔHbR, defined as the mean value of the known region of crosstalk in the ΔHbR concentration image divided by the mean value of the known target region in the ΔHbO2 concentration image, are calculated.
This concentration image has been rotated clockwise and enlarged in Figure 3C, while Figure 3D displays several line plots of CER concentration and Amide II peak height at the regions marked in 3C.
The uncorrected fluorescence signal (Fig. 4(b)) did not show tumor contrast (1152 ± 72 a.u. vs. 1411 ± 86 a.u. in the tumor and normal respectively), but the absolute PpIX concentration image demonstrated a clear tumor contrast compared to normal surrounding tissue (1.10 ± 0.12 µg/mL vs. 0.76 ± 0.06 ��g/mL respectively).
In comparison, crosstalk and imaging artifacts in 'Conv-Spec' still dominate the ΔHbR concentration images even at 0.5% noise level.
For the first time, truly synoptic SST and chl-a- concentration images are available.
Shadowgraph images, quantitative Rayleigh images, and normalized OH concentration images have been presented for a selection of these explosion flames.
The joint OH/acetone concentration images reveal a substantial similarity to premixed flame behavior when the carrier stream is air.
The FlowCAM (Flow Cytometer and Microscope) is an Imaging Flow Cytometry designed to obtain the particle concentration, images, and quantitative morphologic information.
