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20090915--> ID: Pass: Lost Password? / Register Now! --> 20090915--> --> The NI technologies for the collection and sharing of Neuro-related data are important for the brain understanding. These information include electrical resources, papers, experimental data, mathematical models, simulations, URLs, etc. Hence, it is necessary to develop a database system to integrate these disparate resources into a single base named XooNIps, which serves as the Base Platform for each research fields. 20090915--> Home News Forum 20090915--> Advanced Search--> Login XooNIps検索    全て タイトル & キーワード メタデータ Article      詳細検索 インデックスツリー open all close all Public 全て タイトル & キーワード メタデータ Article --> 詳細 閲覧数:1681 ID AN00181569-20060300-1009 アイテムタイプ Article このアイテムを表示する 画像 本文 AN00181569-20060300-1009.pdf Type : application/pdf Size : 2.2 MB Last updated : Dec 7, 2010 Downloads : 661 Total downloads since Dec 7, 2010 : 661 タイトル AC Calorimetric Design for Dynamic of Biological Materials 著者 Shigeo Imaizumi (Shigeo imaizumi) 社会学部 版 publisher 出版地 奈良 出版者 奈良大学 上位タイトル 奈良大学紀要 (Memoirs of the Nara University). Vol.34号, (2006. 03) ,p.113- 126 識別番号 ISSN 03892204 抄録 We developed a new AC calorimeter for the measurement of dynamic specific heat capacity in liquids, including aqueous suspensions of biological materials. This method has several advantages. The first is that a high-resolution measurement of heat capacity, inmillidegrees, can be performed as a function of temperature, even with a very small sample. Therefore, AC calorimeter is a powerful tool to study critical behavior a tphase transition in biological materials. The second advantage is that the dynamic heat capacity can be measured. We have interest in the frequency dependence of the heat capacity. The third advantage is that the sensitivity of detecting an anomaly in the heat capacity is quite high, anamount of the sample can be very small, and it is easy to measure the heat capacity precisely. Using this AC calorimeter we performed the measurements of dynamic specific heat capacity of a lipids suspended in water. In next paragraph, an experimental method in AC calorimeter for biological materials is discussed. We describe the two types of AC calorimeter, in which thermal energy is supplied either by the irradiation of alternately-chopped light or by AC Joule-heating. Using this direct Joule-heating AC calorimeter we carried out AC calorimetric studies at a very low frequency. 言語 eng 資源タイプ text ジャンル Departmental Bulletin Paper Index / Public / 奈良大学紀要 / 34号 関連アイテム