Results 201 to 210 of about 214,347 (266)
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Thin Film Interference of Colloidal Thin Films
Langmuir, 2004A stairlike colloidal crystal thin film composed of poly(styrene-methyl methacrylate-acrylic acid) (P(St-MMA-AA)) monodispersed colloids was fabricated on an inclined silicon substrate. Different bright colors were observed on the various parts of the film with different layers as white light irradiated perpendicularly on it.
Hailin, Cong, Weixiao, Cao
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IRE Transactions on Electronic Computers, 1959
A small random-access memory using deposited magnetic thin films as storage elements, and with a cycle time of one microsecond, is described. Information is read from or written into the memory by linear or word selection techniques. The addressing, driving and sensing circuits are transistorized.
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A small random-access memory using deposited magnetic thin films as storage elements, and with a cycle time of one microsecond, is described. Information is read from or written into the memory by linear or word selection techniques. The addressing, driving and sensing circuits are transistorized.
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Journal of Chromatography A, 1964
Abstract Freeze-drying as a means of overcoming the zone-migration that occurs during drying of thin-film electropherograms at elevated temperatures is described and recommended.
W.J. Criddle, G.J. Moody, J.D.R. Thomas
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Abstract Freeze-drying as a means of overcoming the zone-migration that occurs during drying of thin-film electropherograms at elevated temperatures is described and recommended.
W.J. Criddle, G.J. Moody, J.D.R. Thomas
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Applied Mathematics & Optimization, 2001
In this paper a two-dimensional model for brittle thin films is obtained from a three-dimensional fracture model for elastic material. Using methods of \(\Gamma\)-convergence with adaptations to the spaces of special functions of bounded variation and to the thin films framework the authors find the limit effective energy as the thickness of the ...
Braides, A., Fonseca, I.
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In this paper a two-dimensional model for brittle thin films is obtained from a three-dimensional fracture model for elastic material. Using methods of \(\Gamma\)-convergence with adaptations to the spaces of special functions of bounded variation and to the thin films framework the authors find the limit effective energy as the thickness of the ...
Braides, A., Fonseca, I.
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Electronics and Power, 1969
In recent years, new knowledge of the solid state and the scientific study of surfaces and interfaces have resulted in a rapid development of the thin-film field-effect transistor. The t.f.t. can be formed on inexpensive substrates, such as glass and paper, and its future could lie in its use as a really cheap device of moderate performance, made with ...
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In recent years, new knowledge of the solid state and the scientific study of surfaces and interfaces have resulted in a rapid development of the thin-film field-effect transistor. The t.f.t. can be formed on inexpensive substrates, such as glass and paper, and its future could lie in its use as a really cheap device of moderate performance, made with ...
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MRS Proceedings, 1994
We report the results of a combined experimental and theoretical study of thin film growth. The theoretical approach is able to capture nonlocal shadowing effects, allows for an arbitrary topology of the growing interface, provides information on the density in the film interior, incorporates surface tension in a natural manner and enables a unified ...
P. KEBLINSKI +4 more
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We report the results of a combined experimental and theoretical study of thin film growth. The theoretical approach is able to capture nonlocal shadowing effects, allows for an arbitrary topology of the growing interface, provides information on the density in the film interior, incorporates surface tension in a natural manner and enables a unified ...
P. KEBLINSKI +4 more
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Journal of Nonlinear Science, 2018
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Physical Review, 1951
The magnetic properties of thin films of ferromagnetic materials have been studied by means of the Bloch spin-wave theory. The spontaneous magnetization depends upon the number of atomic layers, ${G}_{z}$, in the film. For thicknesses below a "critical" thickness, which depends on the temperature and film dimensions, the spontaneous magnetization ...
Klein, Martin J., Smith, Robert S.
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The magnetic properties of thin films of ferromagnetic materials have been studied by means of the Bloch spin-wave theory. The spontaneous magnetization depends upon the number of atomic layers, ${G}_{z}$, in the film. For thicknesses below a "critical" thickness, which depends on the temperature and film dimensions, the spontaneous magnetization ...
Klein, Martin J., Smith, Robert S.
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