Results 311 to 320 of about 603,986 (324)
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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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Optica Acta: International Journal of Optics, 1983
Optical thin films are coatings of amorphous, crystalline or polymerized materials, in single or multiple layers, on surfaces of optical components such as lenses and mirrors. These thin film coatings are used in optics to reduce reflections from optical parts (antireflection coatings) or to provide highly reflective surfaces (dielectric mirrors), as ...
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Optical thin films are coatings of amorphous, crystalline or polymerized materials, in single or multiple layers, on surfaces of optical components such as lenses and mirrors. These thin film coatings are used in optics to reduce reflections from optical parts (antireflection coatings) or to provide highly reflective surfaces (dielectric mirrors), as ...
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Vacuum, 1989
Abstract Carbonaceous thin films prepared by ionizing radiation from organic contamination or pure monomers reveal various compositions and physical properties. An attempt was made to review the development in this field.
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Abstract Carbonaceous thin films prepared by ionizing radiation from organic contamination or pure monomers reveal various compositions and physical properties. An attempt was made to review the development in this field.
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Advances in X-ray Analysis, 1989
While any subject associated with films evokes immediate thoughts about solid-state devices, there are other much more mature areas where it is important, such as coatings, and yet work on this entire subject is only in its infancy. Residual stresses are not only important because of their well-known effect on corrosion and mechanical properties, they ...
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While any subject associated with films evokes immediate thoughts about solid-state devices, there are other much more mature areas where it is important, such as coatings, and yet work on this entire subject is only in its infancy. Residual stresses are not only important because of their well-known effect on corrosion and mechanical properties, they ...
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Thin films of polyacrylonitrile
Journal of Non-Crystalline Solids, 1984Etude de films minces de PAN pyrolyses pour des applications possibles de diodes en fibre mince ou en sandwich avec In 2 O 3 comme cellules ...
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2016
This chapter gives an overview over preparation, properties and applications of alumina thin films. The preparation of polymeric and colloidal alumina sols and their deposition on diverse substrate materials with different geometries are described first. Consideration of properties (surface tension, particle size, viscosity, aging of the sols and their
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This chapter gives an overview over preparation, properties and applications of alumina thin films. The preparation of polymeric and colloidal alumina sols and their deposition on diverse substrate materials with different geometries are described first. Consideration of properties (surface tension, particle size, viscosity, aging of the sols and their
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1992
The increasing importance of thin films for new technologies has encouraged fundamental and applied research on their physical and chemical structures and on the interfaces made with them [21.1]. Their physical structures (e.g. morphology, topography, crystallite properties, extent and type of defects) are explored by diffraction and microscopic ...
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The increasing importance of thin films for new technologies has encouraged fundamental and applied research on their physical and chemical structures and on the interfaces made with them [21.1]. Their physical structures (e.g. morphology, topography, crystallite properties, extent and type of defects) are explored by diffraction and microscopic ...
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