AIST Develops Multistage-Collision Microreactor.Tokyo, Japan, Feb 21, 2006 - (JCN JCN Japan Corporate News JCN Journal of Cognitive Neuroscience JCN Journal of Cardiovascular Nursing JCN Journal of Christian Nursing JCN Job Control Number JCN Journal of Child Neurology JCN joint communications network (US DoD) ) - The National Institute of Advanced Industrial Science and Technology The National Institute of Advanced Industrial Science and Technology (産業技術総合研究所 (AIST AIST Advanced Industrial Science and Technology (Japan) AIST National Institute of Advanced Industrial Science and Technology (Japan) AIST Association for Iron & Steel Technology ) and Osaka Organic Chemical Industry Ltd. have jointly developed a multistage-collision type microreactor which can effectively produce intermediates of curative medicines. This microreactor has many micro-channels of 200 mm in width and depth, in which reaction solutions can undergo multistage mul·ti·stage adj. 1. Functioning in more than one stage: a multistage design project. 2. Relating to or composed of two or more propulsion units. collisions with one another. Thus, the microreactor enables the reaction solutions to be sufficiently mixed and to complete chemical reactions This is the 18th episode of television drama Men in Trees. It originally aired on June 25, 2007 on the TV2 network in New Zealand as a continuation of season 1. Recap Marin and Cash have a stew cook off, she admits his is better than hers. . Moreover, the microreactor enables reactions which had only been below -70 C to be at -30 C, thereby reducing the cooling cost and the environmental load. In fact, using isobutyl aluminum hydride hydride Any of a class of compounds in which hydrogen is combined with another element. There are three basic types of hydrides: saline, metallic, and covalent. Saline hydrides, such as sodium hydride (NaH) and calcium hydride (CaH2 , we have succeeded in the rapid, highly selective, low environmental load production of various kinds of aldehydes as intermediate materials for curative medicines from various kinds of esters. This technique uses a flow-system for chemical reactions, instead of reaction vessels (flasks), and this new tool is expected to greatly cut the lead-time from research and development to production in the synthesis of curative intermediates and materials for electronics, which need a fine control of chemical reactions. Details of this work were presented at "The Fourth International Workshop on Micro Chemical Plants" held at Kyoto from January 26 to 27, 2006. Copyright [c] 2006 Japan Corporate News Network. All rights reserved. |
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