optical properties of skin, subcutaneous, and muscle tissues
... single-scattering phase function for thin samples, or the e®ective light penetration depth for slabs. The parameters measured are the collimated light transmission Tc and the angular dependence of the scattered light intensity, IðÞ (W=cm 2 sr) for thin samples or the °uence rate distribution inside ...
... single-scattering phase function for thin samples, or the e®ective light penetration depth for slabs. The parameters measured are the collimated light transmission Tc and the angular dependence of the scattered light intensity, IðÞ (W=cm 2 sr) for thin samples or the °uence rate distribution inside ...
1 CHAPTER 10 LINE PROFILES 10.1 Introduction. Spectrum lines
... procedure, and, if one had good reason to believe that the line profiles in a spectrum were all lorentzian, the equivalent with would be found by measuring just the FWHm and the central depth. Even today, when equivalent widths can often be determined by computer from digitally-recorded spectra almo ...
... procedure, and, if one had good reason to believe that the line profiles in a spectrum were all lorentzian, the equivalent with would be found by measuring just the FWHm and the central depth. Even today, when equivalent widths can often be determined by computer from digitally-recorded spectra almo ...
Slow light in various media: a tutorial
... switches, and interferometers. With all this variety of sources, media, and applications, the slow light science is a truly multidisciplinary field whose understanding requires significant background knowledge from those who want to familiarize themselves with the field and, possibly, to contribute ...
... switches, and interferometers. With all this variety of sources, media, and applications, the slow light science is a truly multidisciplinary field whose understanding requires significant background knowledge from those who want to familiarize themselves with the field and, possibly, to contribute ...
Broadband Sharp 90-degree Bends and T
... which nearly perfect transmission of optical waves through sharp 90° bends was reported.16 However, the lossless transmission through the bends in the V-grooves is narrowbanded because it relies on an interference phenomenon.17 Moreover, unless the taper angles of the V-grooves are very narrow, the ...
... which nearly perfect transmission of optical waves through sharp 90° bends was reported.16 However, the lossless transmission through the bends in the V-grooves is narrowbanded because it relies on an interference phenomenon.17 Moreover, unless the taper angles of the V-grooves are very narrow, the ...
Aalborg Universitet Photonic crystal distributed feedback fiber lasers with Bragg gratings
... coupled-wave theory [16] and a model for gain provided by pumped with 980 nm light [19]. The model for gain Er takes into account the spatial distribution of Er relative to the spatial mode intensity distribution at the signal and pump wavelengths, respectively. In [18] gain was calculated using a o ...
... coupled-wave theory [16] and a model for gain provided by pumped with 980 nm light [19]. The model for gain Er takes into account the spatial distribution of Er relative to the spatial mode intensity distribution at the signal and pump wavelengths, respectively. In [18] gain was calculated using a o ...
Module 01 : Mathematical Physics-I
... Schr’odinger wave equation , Interpretation of wave function , Expectation values of dynamical variables , Ehrenfest theorem , Orthonormal properties of wave functions , One diomensional motion in step potential , Rectangular barrier , Square well potential , Particle in a box normalization . Unit – ...
... Schr’odinger wave equation , Interpretation of wave function , Expectation values of dynamical variables , Ehrenfest theorem , Orthonormal properties of wave functions , One diomensional motion in step potential , Rectangular barrier , Square well potential , Particle in a box normalization . Unit – ...
![[13] S. Ghost, ST Parker, X. Wang, DL Kaplan and JA Lewis](http://s1.studyres.com/store/data/009648722_1-ad6a1b829b6738b583b7809c145421dd-300x300.png)
