976 resultados para hyperpolarisierte Gase, He-3, MRT, Lunge, Applikator
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"Supported in part by the Atomic Energy Commission."
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La primera obra relata el viaje de 1572-1573, la segunda el viaje de 1577-1580, la tercera el de 1585-1586 y la última del viaje de 1595-1596, en el que murió.
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Jing shang xia juan -- Zhou yi xu yan 3 juan -- zhou yi tu shuo -- Xi ci 2 juan -- Shuo gua zhuan -- Xu gua zhuan -- Za gua zhuan.
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Running title for v.1 & 2: Qiu Wenzhuang gong ji.
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Vol.3-4 published by James Christie [etc.], printed by J.F. Dove.
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"The tragical history of Piramus and Thisbe", the 8th ed. with special t.-p., has imprint: London, Printed for C. Harper, 1708. "Loves riddle", with special t.-p., has imprint: London, Printed by B. Motte, for C. Harper, 1707; "Naufragium joculare", with special t.-p., has imprint: Londini, typis B. Motte; veneunt apud C. Harper, 1707.
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v.2 Shemot--v.3 Ṿa-yiḳra--v.5 Devarim--v.6-7 Yehoshuʻa-Shofṭim-- v.8-9 Shemuʾel alef-bet--v.10-11 Melakhim alef-bet-- v.12 Yeshaʻyah--v.13 Yirmeyah--v.14 Yeḥezḳel--v.15 Tere ʻaśar--v.17-18 Mishle-Iyov--20-22 Daniʾel, ʻEzra, Neḥemyah--v.23-24 Divre ha-yamim alef-bet.
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Reprint of 1831 Cincinnati ed. and includes facsimile of original t.-p.
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"Account of the electoral family of Saxony, translated from the Bron's State of it": v. 1, p. 99-155.
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"June 1971."
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Publisher's advertisement: 4 p. (at end) of v. 3.
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Ci ji wei Yan shi Bozhong chou he zhi zuo.
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Double leaves, oriental style, in 1 case.
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Vols. [3]-[4] contain "Mélanges historiques."
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Discoloration and mineralization of Reactive Red HE-3B were studied by using a laponite clay-based Fe nanocomposite (Fe-Lap-RD) as a heterogeneous catalyst in the presence of H2O2 and UV light. Our experimental results clearly indicate that Fe-Lap-RD mainly consists of Fe2O3 (meghemite) and Fe2Si4O10(OH)2 (iron silicate hydroxide) which have tetragonal and monoclinic structures, respectively, and has a high specific surface area (472m(2) / g) as well as a high total pore volume (0.547 cm(3)/g). It was observed that discoloration of HE-3B undergoes a much faster kinetics than mineralization of HE-3B. It was also found that initial HE-3B concentration, H2O2 concentration, UV light wavelength and power, and Fe-Lap-RD catalyst loading are the four main factors that can significantly influence the mineralization of HE-3B. At optimal conditions, complete discoloration of 100 mg/L HE-3B can be achieved in 30 min and the total organic carbon removal ratio can attain 76% in 120 min, illustrating that Fe-Lap-RD has a high photo-catalytic activity in the photo-assisted discoloration and mineralization of HE-3B in the presence of UV light (254nm) and H2O2. (C) 2003 Elsevier Science Ltd. All rights reserved.