absorption peak उदाहरण वाक्य

उदाहरण वाक्य

1. The NMR spectrum of the antimony chlotopentafluoride salt of the 2-norbornyl cation is not helpful at room temperature because hydride shifts occur faster than the timescale of an NMR experiment; most of the hydrogens are thus seen as equivalent and are accounted for in the same absorption peak.
2. Two of the most commonly specified measures are the cross-section for thermal neutron absorption, and resonance integral which considers the contribution of absorption peaks at certain neutron energies specific to a particular nuclide, usually above the thermal range, but encountered as neutron moderation slows the neutron down from an original high energy.
3. UV-Vis absorption peaks for silver, gold, and cadmium sulfide nanoparticles can vary depending on particle size : 25-50 nm silver particles peak ca . 415 nm, gold nanoparticles 30-40 nm peak ca . 450 nm, while a cadmium sulfide absorption edge ca . 450 is indicative of quantum size particles.
4. The area under the curves of the absorption peaks for these two states are going to be proportional to the fraction of HS and LS states in the sample . "'Figure 7 "'shows a plot of the area under the curves of the absorption peaks as a function of temperature for the same iron cluster ( vide supra ), showing a large hysteresis loop.
5. The area under the curves of the absorption peaks for these two states are going to be proportional to the fraction of HS and LS states in the sample . "'Figure 7 "'shows a plot of the area under the curves of the absorption peaks as a function of temperature for the same iron cluster ( vide supra ), showing a large hysteresis loop.
6. The absorption spectrum of nanocrystals displays a number of peaks overlaid on background that rises exponentially toward the ultraviolet, where the lowest energy absorption peak arises from the 1S } }-1S transition, and has been correlated to the physical size of the quantum dot . generally referred to as the " 1st exciton, " and is the primary absorption characteristic used to determine both size and concentration for most quantum dots.