Wave amplification

Datsyuk VV, Juodkazis S, Misawa H (2005) Properties of a laser based on evanescent-wave amplification. Opt) Soc Am B 22(7) 1471-1478... 

Breton ME, Schueller AW, Lamb T, et al. Analysis of ERG a-wave amplification and kinetics in terms of the G-protein cascade of phototransduction. Invest Ophthalmol Vis Sci 1994 35 295-309. 

Bern T-I, Wahl T, Andersson T, Olsen R (1992a) Oil spill detection using satellite based SAR Experience from a field experiment. Proc First ERS-1 Symposium, Cannes, France, 4-6 Nov. 1992, p.829-834 Bern T-I, Barstow S, Moen S (1992b) Oil spill detection using satellite-based SAR. Phase 0 and 1 1992, OCN R-92071. Marine Spill Response Corporation, Washington D.C. MSRC Technical Report Series 92-004, 108 p Bravo-Zhivotovskii DM, Dolin LS, Ermakov SA, Zujkova AM, Luchinin AG, Titov VI (1984) The effect of decimeter wind wave amplification in the oil slick zone. Dokl Acad Sci USSR 276 1243-1246 (in Russian)... 

Matthias Freybvurger, Alois M. Herjkommer, Daniel S. Km, Erwin Mayr, and Wolfgang P. Schleich Atom Waveguides, Victor I. Balykin Atomic Matter Wave Amplification by Optical Pumping, UlfJanicke and Martin Wilkens... 

One DDT mechanism is SWACER ( Shock Wave Amplification by Coherent Energy Release ) based on a stimulated release of the chemical energy which goes synchronous with the shock wave. 

Wave amplification can saturate by several processes. The highest efficiency occurs when the electrons are trapped in the ever-deepening ponderomotive wave and undergo oscillations within the troughs. In essence, the... 

In view of Equation 39, it is easily shown that at neutral stable conditions the wave velocity is equal to both the kinematic and dynamic waves velocities, c = C = Cj. Substituting c = c + ic, nto Equation 39 results in the wave frequency and wave amplification in identical forms to those derived by Wallis [74] ... 

Figure 15.15 shows that the explanation is bow wave amplification. In this figure, there is no conditioning. At 20 and 40 s into polishing, 20 mL of fresh slurry is quickly dumped onto the wafer track center from the beaker. Shortly thereafter, the COF has a transient minimum. This shows that the excess slurry is causing the decrease in the COF. 

As mentioned, accurate models of surface layers are necessary for high-resolution prediction of wave amplification in mediums with low shear wave velocities. However, constructing an accurate model is difficult due to limited availability of borehole data, some of which are poor in quality. Often these borehole data are coming fi om scattered locations and are inconsistent borehole data is considered inconsistent if the sequence and the number of distinct layers differ fi om site to site (see Fig. 3a). To make a model of underground structures, based on borehole data, Hori (Hori 2011) has proposed a method which involves two steps find a reference sequence of soil layers consistent with the data of each borehole site and interpolate the obtained consistent layers to find soil layer information at any arbitrary point. The proposed scheme, which is used in geo-information geology, for estimating a consistent set of soil layers at each site involves the following four steps ... 

Semblat JF, Kham M, Parara E, Bard PY, Pitilakis K, Makra K, Raptakis D (2005) Seismic wave amplification basin geometry vs soil layering. Soil Dyn Earthq... 

In 1951, Charles H. Townes had an idea for stimulated emission of microwave radiation. He and his coworkers at Columbia University used a transition of the ammonia molecule that occurred in the microwave region of its spectrum in order to create a maser (micro-wave amplification by stimulated emission of radiation). On producing ammonia molecules in the upper state involved in the transition, the application of microwave radiation at the transition frequency caused excited state molecules to emit a photon and drop to the ground state. Since the emitted photons were at the same frequency as that of the incident radiation, the process led to an amplification of the applied radiation. 

The compression wave amplification occurring at its intersection with the flame front is the main factor for the combustion stage approaching the detonation condition, when the pressure waves in ducts or confined vessels possess large... 

Abnormally rapid explosion development has been reported in the experiments [38] with high-sensitivity mixtures (Ha + CI2, Ha + Oa with Cla additive) irradiated with ultraviolet rays causing an inhomogeneous distribution of free radical concentration. Existence of optimal radiation intensity causing a shock wave of the largest amplitude has been proved. The authors in [38] have proposed an alternative term for the gradient mechanism of shock wave amplification - SWACER (Shock Wave Amplification by Coherent Energy Release). 

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