We explore developing a point of view that allows a unified analytical treatment of these devices, by the introduction of appropriate global variables (e.g. gain, saturation intensity, inhomogeneous broadening parameters, longitudinal mode coupling strength), yielding a very effective way for the determination of the relevant design parameters.
The main features of the excitons: energy, oscillator strength and broadening are deduced.
The concept of energy partition and strength of broadening are used as the analysis tool for the normal-mode waves and sideband waves to track the time evolution of wave fields into turbulence.
Experimentally obtained derivative spectrum is numerically integrated to reveal the original line shape and fitted with a nonlinear least squares fitting program to extract air broadening coefficients and line strength parameters.
Degradation is observed as a loss of total oscillator strength and broadening of the central resonance in the absorption band, while heat treatment mainly results in a redistribution of oscillator strengths.
However, over time, researchers started to understand that defining sarcopenia based solely on the decline in muscle mass has limited clinical value and that the definition needs to be broadened, to include muscle strength as an additional parameter.
The present approach for the preparation of high-k dielectrics with high breakdown strength would significantly broaden the choices of dielectric materials for pulse powered, high field electronics and a new generation of clean energy applications.
Although the definition of the word man may be directly coupled to genitalia, through generations the definition has broadened to include one's strength, stature and sensibilities.
The basic properties, such as RF field strength, homogeneity and susceptibility broadening are discussed in detail.
Recent studies demonstrate the strength of integrative approaches in broadening our understanding of disease processes (reviewed in Ideker and Sharan, 2008; Schadt, 2009).
