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Optical magnetic

C. J. Robiuson, T. Suzuki, and C. M. Ealco, eds., Materia/s for Magnet-Optic Data Storage, Materials Research Society Proceedings 150, Pittsburgh, Pa., 1989. [Pg.187]

Figure 7.43 General conceptual scheme to obtain a 2D correlation spectrum by inducing selective time-dependent spectral variations with an external perturbation (mechanical, electrical, chemical, magnetic, optical, thermal, etc.). After Noda [1006]. From I. Noda, Applied Spectroscopy, 44, 550-561 (1990). Reproduced by permission of the Society for Applied Spectroscopy... Figure 7.43 General conceptual scheme to obtain a 2D correlation spectrum by inducing selective time-dependent spectral variations with an external perturbation (mechanical, electrical, chemical, magnetic, optical, thermal, etc.). After Noda [1006]. From I. Noda, Applied Spectroscopy, 44, 550-561 (1990). Reproduced by permission of the Society for Applied Spectroscopy...
Since Iijima discovered the carbon nanotubes (CNTs) in 1991 (Iijima, 1991), many unique properties of CNTs such as excellent mechanical, electrical, magnetic, optical, and chemical properties, have been gradually uncovered (Diesselhaus et al.,... [Pg.181]

The special electric, magnetic, optical, superconductive and catalytic properties of perovskite-typed oxides make this group of materials attracting and widely used. Perovskites were named according to the similarity of their structure with the CaTiOs compoimd. The... [Pg.2]

There are several comprehensive textbooks and review articles devoted to organic superconductors [3,4,182-186] which describe design and preparation, crystal and band structures, chemical, transport, magnetic, optical, and thermal properties, and theory. [Pg.91]

Magnetic Optical Properties Magnetism, Reflectance Ferrites, Absorbance Molecular magnets, LCDs Storage media MRI... [Pg.967]

The magnetic, optical, and electrical properties of materials often depend on the microstructural details and the morphology of materials. Even if the final state is not a colloid, many products pass through colloidal processing routes prior to the final stage. The availability of methods to produce model particles allows us to study and control the desired properties of the final product. [Pg.24]

One of the most specific and unique features of low-molecular liquid crystals is their ability for orientation in external fields — mechanical, electric and magnetic. It is this property that establishes wide capabilities for technical application of liquid crystals. Today electric and magnetic optics of liquid crystals are an independent and useful for practics branch of the physics of the condensed state of matter 42 43 ... [Pg.225]

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See also in sourсe #XX -- [ Pg.602 ]



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