Langer`s Method for the Calculation of Escape Rates
... anisotropy, referred to as the Stoner-Wohlwarth model [24, 25, 26]. Also, interactions between neighbouring atoms [27, 28] and the presence of external magnetic fields [29, 30, 31] can contribute to the reversal process. Smaller particles are magnetically more unstable than larger particles [32], t ...
... anisotropy, referred to as the Stoner-Wohlwarth model [24, 25, 26]. Also, interactions between neighbouring atoms [27, 28] and the presence of external magnetic fields [29, 30, 31] can contribute to the reversal process. Smaller particles are magnetically more unstable than larger particles [32], t ...
1 CHAPTER 10 LINE PROFILES 10.1 Introduction. Spectrum lines
... the value of the constant depending upon the type of profile. In photographic days, the measurement of equivalent widths was a very laborious procedure, and, if one had good reason to believe that the line profiles in a spectrum were all lorentzian, the equivalent with would be found by measuring ju ...
... the value of the constant depending upon the type of profile. In photographic days, the measurement of equivalent widths was a very laborious procedure, and, if one had good reason to believe that the line profiles in a spectrum were all lorentzian, the equivalent with would be found by measuring ju ...
PC 481 Fiber Optics Lab Manual
... coupler allows two or more optical signals to be combined into one signal. The coupler can also be used to split the signals apart again. The fused coupler is the most common of the fibre couplers and the principle behind the fused couplers is that when two or more fibre cores are brought to within ...
... coupler allows two or more optical signals to be combined into one signal. The coupler can also be used to split the signals apart again. The fused coupler is the most common of the fibre couplers and the principle behind the fused couplers is that when two or more fibre cores are brought to within ...
LASER LITHOTRIPSY OF KIDNEY CALCULI WITH A Nd:YAG
... It is the laser power delivery tool, and there are a great number of demands, placed on the fibre. Above all, it must be able to transmit the high energy and power from the laser without being damaged. To destroy a stone a high laser intensity is needed, but also high energy transmission per pulse i ...
... It is the laser power delivery tool, and there are a great number of demands, placed on the fibre. Above all, it must be able to transmit the high energy and power from the laser without being damaged. To destroy a stone a high laser intensity is needed, but also high energy transmission per pulse i ...
Electromagnetic Boundary Conditions
... predict the existence and propagation velocity of coupled free space waves of electricity and magnetism, mutually generating one another through their time variation (Faraday's law, displacement "currents"). With parameterization of material properties as in the static case (but with different and f ...
... predict the existence and propagation velocity of coupled free space waves of electricity and magnetism, mutually generating one another through their time variation (Faraday's law, displacement "currents"). With parameterization of material properties as in the static case (but with different and f ...
Correlation between the geometrical characteristics and dielectric
... constellation of points in Figures 2–5 and even more by the correlation numbers.3 But certainly also more nontrivial conclusions can be drawn from the above results. Firstly, it is conspicuous that the PEC and PEI polarizabilities behave differently (although the correlation coefficient between them ...
... constellation of points in Figures 2–5 and even more by the correlation numbers.3 But certainly also more nontrivial conclusions can be drawn from the above results. Firstly, it is conspicuous that the PEC and PEI polarizabilities behave differently (although the correlation coefficient between them ...
Einstein_Discover (Chicago refs)
... a theory, the speed of light is fixed at c with respect to the emitter. Here it differs from how light behaves in the then standard theory, in which light propagates at c with respect to the ether. That means the light coming from the headlights of a rapidly moving car travels at more than c with re ...
... a theory, the speed of light is fixed at c with respect to the emitter. Here it differs from how light behaves in the then standard theory, in which light propagates at c with respect to the ether. That means the light coming from the headlights of a rapidly moving car travels at more than c with re ...
Accelerating Structures: Resonant Cavities
... From Electrostatic to RF acceleration The first historical particle accelerator was built by the Nobel prize Wilhelm Conrad Röntgen. It consisted in a vacuum tube containing a cathode connected to the negative pole of a DC voltage generator. Electrons emitted by the heated cathode were accelerated ...
... From Electrostatic to RF acceleration The first historical particle accelerator was built by the Nobel prize Wilhelm Conrad Röntgen. It consisted in a vacuum tube containing a cathode connected to the negative pole of a DC voltage generator. Electrons emitted by the heated cathode were accelerated ...
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"".