THE VARIATION O F .THE STRESS OPTICAL COEFFICIENT WITH
... So the question is, how may strain in glass be gauged? Strain in glass is detected by measuring its effect on ...
... So the question is, how may strain in glass be gauged? Strain in glass is detected by measuring its effect on ...
SELF-CONSISTENT SIMULATION OF RADIATION AND SPACE-CHARGE IN HIGH-BRIGHTNESS RELATIVISTIC ELECTRON BEAMS
... (y = 0) as a function x, positive towards the outside wall and z, negative towards the bunch head. The bunch is surrounded by a square waveguide with dimension 2.5 cm. The other parameters are R = 120 cm, E = 100 MeV, Gaussian bunch σz = 5.75 mm with 20% modulation at wavelength 4.0 mm, initial σx = ...
... (y = 0) as a function x, positive towards the outside wall and z, negative towards the bunch head. The bunch is surrounded by a square waveguide with dimension 2.5 cm. The other parameters are R = 120 cm, E = 100 MeV, Gaussian bunch σz = 5.75 mm with 20% modulation at wavelength 4.0 mm, initial σx = ...
... At times exciting and rewarding, at times challenging and frustrating, this Thesis is the culmination of my research, to which I have devoted the last four years, and that would have not been possible without the help, contribution and support of many people. First on the list, I would like to than ...
![[13] S. Ghost, ST Parker, X. Wang, DL Kaplan and JA Lewis](http://s1.studyres.com/store/data/009648722_1-ad6a1b829b6738b583b7809c145421dd-300x300.png)
[13] S. Ghost, ST Parker, X. Wang, DL Kaplan and JA Lewis
... conditions (aqueous solvent, room temperature and moderate pressure), it exhibits a combination of strength and extensibility superior to any industrial material, and the natural production process leads to a diameter of 5 microns homogeneous over long distances. This is much thinner than convention ...
... conditions (aqueous solvent, room temperature and moderate pressure), it exhibits a combination of strength and extensibility superior to any industrial material, and the natural production process leads to a diameter of 5 microns homogeneous over long distances. This is much thinner than convention ...
astrophysical gyrokinetics: basic equations and linear theory
... description, thereby reducing the problem from six to five dimensions (three spatial plus two in velocity space). It does so by averaging over the fast cyclotron motion of charged particles in the mean magnetic field. The resulting ‘‘gyrokinetic’’ equations describe charged ‘‘rings’’ moving in the r ...
... description, thereby reducing the problem from six to five dimensions (three spatial plus two in velocity space). It does so by averaging over the fast cyclotron motion of charged particles in the mean magnetic field. The resulting ‘‘gyrokinetic’’ equations describe charged ‘‘rings’’ moving in the r ...
Modal Analysis and Controls Laboratory
... The Rayleigh scatter amplitude reflected from an individual fiber as a function of distance is a random pattern that is formed in the fiber when the fiber is manufactured. While random, it is static and forms a unique “fingerprint” of that fiber. If a fiber is stretched, or strained, the spatial fre ...
... The Rayleigh scatter amplitude reflected from an individual fiber as a function of distance is a random pattern that is formed in the fiber when the fiber is manufactured. While random, it is static and forms a unique “fingerprint” of that fiber. If a fiber is stretched, or strained, the spatial fre ...
Monte Carlo Simulation of Light Scattering on a Sound Wave
... wave ultrasound [4] or by pulsed ultrasound [25]. In [25] the combination of pulsed ultrasound and laser light is used, and the ultrasound-modulated optical signal without buried objects is detected. The model proposed by L.Wang in [4] images buried objects in tissue-simulated turbid medium using co ...
... wave ultrasound [4] or by pulsed ultrasound [25]. In [25] the combination of pulsed ultrasound and laser light is used, and the ultrasound-modulated optical signal without buried objects is detected. The model proposed by L.Wang in [4] images buried objects in tissue-simulated turbid medium using co ...
CHARGED PARTICLES - The Virtual Physics Laboratory
... Although I no longer teach, I have spent thousands of hours over the past fourteen years developing this resource still further. I have done so in order to help those learning physics as well as those who are already teaching it – to encourage both of them in their on-going learning of this interest ...
... Although I no longer teach, I have spent thousands of hours over the past fourteen years developing this resource still further. I have done so in order to help those learning physics as well as those who are already teaching it – to encourage both of them in their on-going learning of this interest ...
Sisay M THESIS - Addis Ababa University Institutional Repository
... Measurements of the diffusion coefficient of two miscible liquids are reported. The liquids are various combinations of sodium chloride (NaCl) and pure water. The liquids were placed in a diffusion cell such that the interface is initially horizontal. As the fluids diffuse, the profile of the index ...
... Measurements of the diffusion coefficient of two miscible liquids are reported. The liquids are various combinations of sodium chloride (NaCl) and pure water. The liquids were placed in a diffusion cell such that the interface is initially horizontal. As the fluids diffuse, the profile of the index ...
surface impedance of superconductors and normal conductors in
... To understand the way electromagnetic simulators treat a conductor of finite thickness, we examine the difference between an actual thick conductor and the model of the thick conductor which the simulator solves. The model of the conductor can be either a single thin sheet with the appropriate surfa ...
... To understand the way electromagnetic simulators treat a conductor of finite thickness, we examine the difference between an actual thick conductor and the model of the thick conductor which the simulator solves. The model of the conductor can be either a single thin sheet with the appropriate surfa ...
z - at www.arxiv.org.
... moves away from the z-axis, the spiral-like OV trajectory makes (theoretically) an infinite number of rotations until it restores the initial axial position. In case of the m-charged OV beam diffraction, the situation is complicated by at least two circumstances: (i) the axial OV decomposes into a s ...
... moves away from the z-axis, the spiral-like OV trajectory makes (theoretically) an infinite number of rotations until it restores the initial axial position. In case of the m-charged OV beam diffraction, the situation is complicated by at least two circumstances: (i) the axial OV decomposes into a s ...
Theoretical studies of light propagation in photonic and plasmonic devices Link¨
... The idea of constructing chips that operate on light signals instead of electricity has engaged the minds of scientists during the last decade. Communicating photons instead of electrons would provide revolutionary breakthrough not only in the performance of devices, which can distribute data at the ...
... The idea of constructing chips that operate on light signals instead of electricity has engaged the minds of scientists during the last decade. Communicating photons instead of electrons would provide revolutionary breakthrough not only in the performance of devices, which can distribute data at the ...
P approximation for reflectance imaging with an oblique beam of arbitrary profile 1
... Determination of optical parameters of turbid media from reflectance image data is an important class of inverse problems due to its potential for noninvasive characterization of materials and biological tissues, which demands rapid modeling tools to generate calculated images. We treat the problem ...
... Determination of optical parameters of turbid media from reflectance image data is an important class of inverse problems due to its potential for noninvasive characterization of materials and biological tissues, which demands rapid modeling tools to generate calculated images. We treat the problem ...
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"".