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Titlebook: Aerogels; Proceedings of the F Jochen Fricke Conference proceedings 19861st edition Springer-Verlag Berlin Heidelberg 1986 electron.microsc

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期刊全称Aerogels
期刊简称Proceedings of the F
影响因子2023Jochen Fricke
视频video
学科分类Springer Proceedings in Physics
图书封面Titlebook: Aerogels; Proceedings of the F Jochen Fricke Conference proceedings 19861st edition Springer-Verlag Berlin Heidelberg 1986 electron.microsc
影响因子This book contains the papers presented at the "First International Sympo­ st sium on Aerogels (1 ISA)", held in September 1985 at. the University of Wiirzburg, Fed. Rep. of Germany. It was the first meet.ing of this kind, wit.h participants from several European count.ries, the United States of America, Canada, South America, and Africa. The meeting was interdisciplinary, with most of the participants being physicists, chemists or material scientists ei­ ther from universities or from industrial research institutes. Let me try to shed some light upon the class of substances the symposium was about: Aerogels are extremely porous high-tech materials, consisting ei­ ther of silica, alumina, zirconia, stannic or tungsten oxide or mixtures of these oxides. Due to their high porosity (up t.o 99%!) and t.heir large inner surface, aerogels serve as especially active catalysts or as catalytic subst.rates, as adsorbents, fillers, reinforcement agents, pigments and gellifying agents. Silica aerogels as translucent or transparent superinsulating fillers in window systems could help to considerably reduce thermal losses in windows and to improve the energy balance in passive solar systems. Aer
Pindex Conference proceedings 19861st edition
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发表于 2025-3-21 23:34:06 | 显示全部楼层
Thermal Conductivity of SiO2-Aerogel Tilessparent superinsulating spacers in window systems in the future [3],right now we consider them primarily as indispensable systems for investigations of the thermal transport in highly porous monolithic materials, which allow the optimization of cheaper granular aerogel fillings.
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Controversies in Latin American Bioethicsve index in that range. Our first attempts to produce aerogel were made at the Chemical Centre in Lund, where we used a small two litre autoclave. Since we were going to use aerogel as a Cerenkov radiator, our first and most important concern was to improve its transparency in the blue region of the spectrum.
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Felicitas Holzer,Ignacio Mastroleokage of the dried gel and, accordingly, lowers its specific density. Applying this method together with a two steps process in gelling the solution, large sized dried monolithic gels in rod or tube shape can be made in about one day. The translucency of the gels may range from opaque to almost transparent.
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Radiation-Induced Optic Neuropathyrting steel or aluminum walls, generally employed in cryogenic storage tanks, can be substituted by thin and flat steel and plastic envelopes. For gel systems, even transparent glass panes can be used as protective covers. Thermal superinsulations can be used in many technical systems:
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Praveen Jeyaseelan,Amanda D. Hendersonof k ≈ 0.5 W/(m. ·K) and thus extremely low compared to conventional translucent thermal insulations. Aerogel could be employed in modified house or Trombe wall systems, for direct gain applications in greenhouses, indoor swimming-pools etc., or for long-term storage of solar energy in saltless solar ponds.
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Large-Scale Production of Airglassve index in that range. Our first attempts to produce aerogel were made at the Chemical Centre in Lund, where we used a small two litre autoclave. Since we were going to use aerogel as a Cerenkov radiator, our first and most important concern was to improve its transparency in the blue region of the spectrum.
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