EVPP 550 Waterscape Ecology and Management
... and heat • Solar constant – Rate at which radiation arrives at edge of Earth’s atmosphere – ≈ 2 cal/cm2/min – More than half of this is lost coming through the atmosphere ...
... and heat • Solar constant – Rate at which radiation arrives at edge of Earth’s atmosphere – ≈ 2 cal/cm2/min – More than half of this is lost coming through the atmosphere ...
Generation of vortex beams by an image-rotating - AS
... the e- and o-polarized waves indicated in the figure. The eigen polarizations of the empty cavity at the location of the crystal are thus e- and o-waves, which are also the eigen polarizations of the nonlinear crystal. Hence the e-polarized signal wave can be resonated in the cavity without depolariz ...
... the e- and o-polarized waves indicated in the figure. The eigen polarizations of the empty cavity at the location of the crystal are thus e- and o-waves, which are also the eigen polarizations of the nonlinear crystal. Hence the e-polarized signal wave can be resonated in the cavity without depolariz ...
On Solution for the Longitudinal Electromagnetic Waves Derived
... longitudinal component in the near zone of the antenna Ek ' 1/R2 , even with consideration of the finite size of the radiating coil. So it is reasonable to suggest that, under certain conditions, the primary coil radiates longitudinal component of the EM field whose amplitude drops with distance as ...
... longitudinal component in the near zone of the antenna Ek ' 1/R2 , even with consideration of the finite size of the radiating coil. So it is reasonable to suggest that, under certain conditions, the primary coil radiates longitudinal component of the EM field whose amplitude drops with distance as ...
High resolution spectral self-interference fluorescence microscopy
... The advantage of light microscopy over electron and scanned probe microscopy is the ability to image the interior of biological specimens. Light would be an ideal carrier of microscopic information if it weren’t for the resolution limit. But because of diffraction, standard light microscopes are not ...
... The advantage of light microscopy over electron and scanned probe microscopy is the ability to image the interior of biological specimens. Light would be an ideal carrier of microscopic information if it weren’t for the resolution limit. But because of diffraction, standard light microscopes are not ...
Optical decay from a Fabry-Perot cavity faster than the decay time
... both sub-systems is much faster than their individual decay rates. A number of experiments, in both the optical [3] and in the microwave regime [4], have shown that this cavity-atom coupling can indeed be used for quantum information processing [5], where single quantum systems such as atoms or phot ...
... both sub-systems is much faster than their individual decay rates. A number of experiments, in both the optical [3] and in the microwave regime [4], have shown that this cavity-atom coupling can indeed be used for quantum information processing [5], where single quantum systems such as atoms or phot ...
PARALLEL GLASS PLATE TEST WITH THE USE OF THE PHASE
... still open and method proposed in this paper may be competitive other exist. Phase reconstruction method described in section 3 is promising for future. However the accuracy is not confirm by experimental result but in theory it have potential. Applied two mentioned methods may be useful to test opt ...
... still open and method proposed in this paper may be competitive other exist. Phase reconstruction method described in section 3 is promising for future. However the accuracy is not confirm by experimental result but in theory it have potential. Applied two mentioned methods may be useful to test opt ...
University of Groningen CURVATURE MEASUREMENT
... millimetres down to several micrometres by comparing the results with those obtained with another, well-known method of measuring curvature, namely one using Newton interference rings. A reflected-light microinterferometer based on the Michelson interference principle was used and was found to work ...
... millimetres down to several micrometres by comparing the results with those obtained with another, well-known method of measuring curvature, namely one using Newton interference rings. A reflected-light microinterferometer based on the Michelson interference principle was used and was found to work ...
Spin-dependent electron impact ionisation of lithium from threshold
... component parallel to the atomic beam axis. One can also rotate the spin direction through about *45" in azimuth by changing the magnitude of the imaging magnetic field. The direction and magnitude of the polarisation are measured in a Mott scattering apparatus after acceleration to 100 keV. Four se ...
... component parallel to the atomic beam axis. One can also rotate the spin direction through about *45" in azimuth by changing the magnitude of the imaging magnetic field. The direction and magnitude of the polarisation are measured in a Mott scattering apparatus after acceleration to 100 keV. Four se ...
Étendue and spectral resolution
... greater than that of a grating instrument with the same resolving power, and the same projected area of the dispersive element as seen by the incident beam of light. A Fizeau interferometer, which produces equally spaced parallel fringes, was selected for this application as its wavelength dispersio ...
... greater than that of a grating instrument with the same resolving power, and the same projected area of the dispersive element as seen by the incident beam of light. A Fizeau interferometer, which produces equally spaced parallel fringes, was selected for this application as its wavelength dispersio ...
Chapter 34 Protons
... process called the photoelectric effect, a phenomenon first encountered in 1887 by Heinrich Hertz. In the photoelectric effect, a beam of light ejects electrons from the surface of a piece of metal. This phenomenon can be easily demonstrated in a lecture, using the kind of equipment that was availab ...
... process called the photoelectric effect, a phenomenon first encountered in 1887 by Heinrich Hertz. In the photoelectric effect, a beam of light ejects electrons from the surface of a piece of metal. This phenomenon can be easily demonstrated in a lecture, using the kind of equipment that was availab ...
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"".