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• 皮膚病原真菌の電子顕微鏡による微細構造の解析

• 電子顕微鏡による組織細胞化学

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• 25℃の水－n－プロパノール混合溶媒中におけるテトラエチルアンモニウムハロゲン化塩の電気伝導度のふるまい

  上原　與盛,

  No.34 (1982/9) ( 琉球大学理学部 )  ( 34 ) 113 - 123   2008年12月

  　概要を見る

  The conductance of Tetraethylammonium Halides in the vicinity of azeotropic mixture of water and n-PrOH was measured at 25℃. The results were analyzed by using Fuoss-Onsager conductance equation and Walden's equation, and discussed from the point of view of solvent structure.In the vicinity of azeotropic mixture, conductance behavior of (Et_4N)^+, which is considered to have hydrophobic interaction with solvent is quite different from those of Cl^-, Br^-, I^- which are considered to have ionic interaction with solvent. The Stokes' radious of (Et_4N)^+ becomes maximum in the azeotropic mixture, while those of Cl^-, Br^- show minima, but Stokes' radious of I^- appears to be rather small maximum in the mixture.From the data about the ionic conductance and Stokes' radious of (Et_4N)^+, it is considered that the hydrophobic interaction increases in the vicinity of Water-n-PrOH mixture (n-PrOH:10.72mol%).In the Water-n-PrOH mixture, the partial molar volume and mixing heat become minimum values at the region of 5 to 7 mol% of n-PrOH concentration. Therefore at this region, the alcohol molecule will go into the cavity of water structure. When the alcohol concentration increases above this region, the water structure will be broken down and produce new hydrogen bond of water-alcohol, at the same time, water molecules which have less hydrogen bond will be produced those water molecules will make hydrophobic interaction with (Et_4N)^+. In the vicinity of azeotropic mixture, those water molecules will be maximum in number. Above this region, therefore, as　increasing n-PrOH concenration, the number of those molecules will decrease and hydrogen bond between water and n-PrOH will be increasing in the region investidgated here. （管理者追加）リポジトリ登録情報を移行しました。確認のうえ、加除修正をしてください。

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• Case of skin injuries due to stings by crown-of-thorns starfish(Acanthaster planci)

  Sato H, Tsuruta Y, Ymamoto Y, Asato Y, Taira K, Hagiwara K, Kayo S, Iwanaga S, Uezato H.

  Journal of Dermatology ( その他の出版社 )  35   162 - 167   2008年04月

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• 混合溶媒中のイオン－溶媒相互作用とイオン会合　－25°Cにおけるn-PrOH－water、iso-PrOH－water中でのイオンのふるまいとハロゲン化カリウムの伝導度－

  池部　修,寺尾　新司,桂　幸昭,上原　與盛

  No.63 (1997/3) ( 琉球大学理学部 )  ( 63 ) 105 - 124   2008年03月

  　概要を見る

  The conductance of potassium halides in vicinity of azeotropic mixture of n-PrOH, iso-PrOH and water was measured at 25°C. The results were analyzed by using Fuoss-Onsager conductance equation, Walden's equation and discussed about the solvent structure. In both solvent mixtures, n-PrOH - water and iso-PrOH - water, the limiting equivalent conductance of KCl, KBr and KI decrease along with the concentration of PrOH (mol%), due to decreasing of the dielectric constant and increasing of the association constant. There is noticeable difference between the ion-solvent interactions of Cl^- and Br^- and that of I^- and the difference increases together with increasing of PrOH concentration. The Walden product decreases as the concentration of PrOH increase, by reason of the effect of ionic equivalent conductance. In both solvent mixtures, n-PrOH - water and iso-PrOH - water, the Stokes' radii of halide ions are numerically almost equal in the vicinity of PrOH - water mixtures with 19mol%PrOH. On the other hand, in the vicinity of PrOH - water mixtures with 49mol%PrOH, the Stokes' radius of I^- is smaller than those of Cl^- and Br^- which are almost equal. What more, in the iso-PrOH - water mixtures with 68.05mol%, almost same tendency as mentioned above is observed. It will be considered that such tendency is inferred from the big difference of B coefficient of viscosity of I^- from those of Br^- and Cl^-, that is, I^- ion is strong structure breaker, and then the apparent size of I^- ion will be small in the solvent mixture. The association constants of KCl, KBr and KI in the both solvent show the tendency to increase in accordance with decreasing of the dielectric constant. It could be anticipated by the use of the Bjerrum's and Fuoss' equation. However, it is hard to discuss about the difference of ion-solvent interactions of halide ions by use of the data obtained. It requires more detail data to analyze. The characteristic ion-solvent interaction in the vicinity of azeotropic mixtures of n-PrOH - water and iso-PrOH - water is not observed. （管理者追加）リポジトリ登録情報を移行しました。確認のうえ、加除修正をしてください。

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• Ralph型ナイフの有用性

  安澄文興，儀間裕，大倉信彦，嘉陽進

  医生電顕技術誌 ( その他の出版社 )  20   28 - 29   2006年04月

• A case of tinea nigra palmaris in Okinawa,Japan

  Uezato H,Gushi M,Hagiwara K,Kayo S,Hosokawa A,Nonaka S

  Journal of Dermatology ( その他の出版社 )  1   23 - 29   2006年04月

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• 「標準看護学英和辞典」久木野憲司編

  嘉陽進,他 ( 担当: 共著 )

  その他の出版機関  2001年03月