Titlebook: Laser-Induced Dynamic Gratings; Hans Joachim Eichler,Peter Günter,Dieter W. Pohl Textbook 1986 Springer-Verlag Berlin Heidelberg 1986 diff

subordinate

Hans Joachim Eichler,Peter Günter,Dieter W. Pohlts with various electronic spectroscopies such as X-ray absorption spectroscopy (XAS). The excellent agreement with the XAS data suggests a minor importance of correlation effects compared with the cuprate superconductors. Thermodynamic properties of these systems erg theory with special emphasis on

Liberate

Hans Joachim Eichler,Peter Günter,Dieter W. Pohlctives. (1) Whole plant culture, where plants have all basic organs, even though they may be reduced. (2) The culture of isolated organs or bud explants with meristematic cells which produce flowers directly without the formation of roots or shoots. (3) The culture of nonmeristematic tissues such as

incontinence

initiate embryos directly, in the absence of true callus proliferation (see Hakman and Fowke 1987b; Hakman and von Arnold 1988). However, embryogenic cultures of . species may not always contain recognizable embryos subtended by a suspensor region until after transfer to medium containing ABA (Becw

离开可分裂

Introduction,ted experimentally. Grating excitation mechanisms in various materials are surveyed and the importance of dynamic gratings in four-wave mixing and light-scattering experiments is explained. Further applications in holography and phase conjugation are briefly summarized.

Ondines-curse

Production and Detection of Dynamic Gratings,nd discuss two-beam interference more extensively. The next step to be considered in grating production, is the material response which is treated here only phenomenologically and will be discussed in more detail in Sect. 3.3. Gratings are detected by diffraction which is described theoretically in

exquisite

Mechanisms of Grating Formation and Grating Materials,ed to be due to some specific material excitation (e.g., electron density, temperature). This is, however, a simplified description. In general, the material is excited in different ways and the various excitations are coupled. A separation of these excitation can be achieved, at last partially, by

轨道

lethal

Real-Time Holography and Phase Conjugation,hort introduction to holography and optical computing. Applications of dynamic hologram recording include erasable holographic storage of information, realtime interferometry, real-time recording of optical components such as holographic lenses, prisms etc. and applications in optical signal process

entreat

Gratings in Laser Devices and Experiments,ding light-wave builds up between the mirrors. The light energy density is spatially modulated and stimulated emission produces a grating-like modulation of the population of the upper laser level. These spatial holes affect laser action in various ways, as discussed in Sect. 7.1. A spatial modulati

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