998 resultados para The Inn
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UANL
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Mode of access: Internet.
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Fifine at the fair.--Prince Hohenstiel.-Schwangau.--Hervé Riel.--Red cotton night-cap country.--The inn album.
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"Published, August, 1912."
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"Voices of a summer past by Erich Herz": p. [165]-177.
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Colored ornamental borders.
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Sketches and tales.
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Contains facsimile of t.-p. of Gestn Grayorum, London, 1688.
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Mode of access: Internet.
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Includes Prince Hohenstiel-Schwangau and Hervé Riel.
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Mode of access: Internet.
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Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)
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The first Clifton Hotel was built in 1832, but was destroyed by fire in 1898. A second hotel was built on the same site in 1906. This second hotel was much larger and included a branch of the Imperial Bank, a Gray Coach Lines Terminal, and several stores. For many years the inn was operated by George Major, but came under the control of the United Hotel Co. in 1919. The hotel was destroyed by fire in 1932. Oakes Garden Theatre currently occupies the location where the hotels once stood.
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A cross-section of the Inn-valley has been surveyed by refraction- and refiection-seismic and gravimetrie methods. The thickness of the Inn-va.!ley sediments is 340- 390 m. At the northern edge of the valley an intermediate layer between sediments and basement has been detected, which is up to 300 ITl thick. This zone seems to mark the boundary of the northern calcareous alps.
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This work reports on the growth by molecular beam epitaxy and characterization of InN/InGaN multiple quantum wells (MQWs) emitting at 1.5 μm. X-ray diffraction (XRD) spectra show satellite peaks up to the second order. Estimated values of well (3 nm) and barrier (9 nm) thicknesses were derived from transmission electron microscopy and the fit between experimental data and simulated XRD spectra. Transmission electron microscopy and XRD simulations also confirmed that the InGaN barriers are relaxed with respect to the GaN template, while the InN MQWs grew under biaxial compression on the InGaN barriers. Low temperature (14 K) photoluminescence measurements reveal an emission from the InN MQWs at 1.5 μm. Measurements as a function of temperature indicate the existence of localized states, probably due to InN quantum wells’ thickness fluctuations as observed by transmission electron microscopy.