PPT - Advanced Energy Technology Program
... The chamber condition following a target explosion in a realistic chamber geometry is not well understood. The key uncertainty is whether or not the chamber environment will return to a sufficiently quiescent and clean low-pressure state to allow another shot to be initiated within 100–200 ms. Model ...
... The chamber condition following a target explosion in a realistic chamber geometry is not well understood. The key uncertainty is whether or not the chamber environment will return to a sufficiently quiescent and clean low-pressure state to allow another shot to be initiated within 100–200 ms. Model ...
CHAPTER 11 The photoelectric effect
... some of its kinetic and potential energy into light. Max Planck and other scientists were working on this problem as part of their efforts to understand black body radiation (that is, radiation emitted by incandescent objects). The other question was how light could transfer its energy to matter. Th ...
... some of its kinetic and potential energy into light. Max Planck and other scientists were working on this problem as part of their efforts to understand black body radiation (that is, radiation emitted by incandescent objects). The other question was how light could transfer its energy to matter. Th ...
REFLECTION OF ELECTROMAGNETIC WAVES IN GYROTROPIC
... G. I. FREIDMAN Radiophysics Institute, Gor'kii State University Submitted to JETP editor February 6, 1961 J. Exptl. Theoret. Phys. (U.S.S.R.) 41, 226-233 (July, 1961) We consider reflection of electromagnetic waves in a ferrite or in an infinite homogeneous plasma from a magnetic-field wave (moving ...
... G. I. FREIDMAN Radiophysics Institute, Gor'kii State University Submitted to JETP editor February 6, 1961 J. Exptl. Theoret. Phys. (U.S.S.R.) 41, 226-233 (July, 1961) We consider reflection of electromagnetic waves in a ferrite or in an infinite homogeneous plasma from a magnetic-field wave (moving ...
ACOUSTO-OPTICS
... wave. The medium becomes a dynamic graded-index medium-an inhomogeneous medium with a time-varying stratified refractive index. The theory of acousto-optics deals with the perturbation of the refractive index caused by sound, and with the propagation of light through this perturbed time-varying inho ...
... wave. The medium becomes a dynamic graded-index medium-an inhomogeneous medium with a time-varying stratified refractive index. The theory of acousto-optics deals with the perturbation of the refractive index caused by sound, and with the propagation of light through this perturbed time-varying inho ...
On the Problem of van der Waals Forces in
... is meaningful for both absorbing and non absorbing media, whereas that concerning the internal energy can be proposed only if absorption is neglected. The corresponding formulae, however, have not yet been derived.’’ ...
... is meaningful for both absorbing and non absorbing media, whereas that concerning the internal energy can be proposed only if absorption is neglected. The corresponding formulae, however, have not yet been derived.’’ ...
Beam and detectors - A Beamline for Schools
... Signals from some of the detectors are used to build the trigger. The trigger logic identifies interesting interactions (“events”) and instructs the computer to initiate the readout of the data from all the detectors. The trigger is a fundamental and complex component of LHC experiments, where colli ...
... Signals from some of the detectors are used to build the trigger. The trigger logic identifies interesting interactions (“events”) and instructs the computer to initiate the readout of the data from all the detectors. The trigger is a fundamental and complex component of LHC experiments, where colli ...
Emission Spectrum of Hydrogen and Neon
... continuous, rather came in discrete units. Einstein’s work in 1905 on the behaviour of light saw the uprising of the theory particle-duality of light. The proposed idea stated that light had features of a wave, but also a particle. This theory was supported by evidence from Thomas Young’s double sli ...
... continuous, rather came in discrete units. Einstein’s work in 1905 on the behaviour of light saw the uprising of the theory particle-duality of light. The proposed idea stated that light had features of a wave, but also a particle. This theory was supported by evidence from Thomas Young’s double sli ...
Absolute phase and amplitude mapping of surface acoustic wave
... classical solutions include the Sagnac interferometer proposed by Tachizaki et al. [5], also used by Hashimoto et al. [6], or another setups by Kokkonnen et al. [7], Martinussen et al. [8], Graebner et al. [9]. In this paper, an alternative approach is proposed, using amplitude splitting heterodyne ...
... classical solutions include the Sagnac interferometer proposed by Tachizaki et al. [5], also used by Hashimoto et al. [6], or another setups by Kokkonnen et al. [7], Martinussen et al. [8], Graebner et al. [9]. In this paper, an alternative approach is proposed, using amplitude splitting heterodyne ...
Thomas Young (scientist)
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Thomas Young (13 June 1773 – 10 May 1829) was an English polymath and physician. Young made notable scientific contributions to the fields of vision, light, solid mechanics, energy, physiology, language, musical harmony, and Egyptology. He ""made a number of original and insightful innovations""in the decipherment of Egyptian hieroglyphs (specifically the Rosetta Stone) before Jean-François Champollion eventually expanded on his work. He was mentioned by, among others, William Herschel, Hermann von Helmholtz, James Clerk Maxwell, and Albert Einstein. Young has been described as ""The Last Man Who Knew Everything"".