Yamamoto Hiromasa | Chemirecognics Project Erato Research Development Corporation Of Japan

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概要

• YAMAMOTO Hiromasaの詳細を見る
• 同名の論文著者
• Chemirecognics Project Erato Research Development Corporation Of Japanの論文著者

関連著者

• YAMAMOTO Hiromasa

  Chemirecognics Project, ERATO, Research Development Corporation of Japan

• Shinkai Seiji

  Chemirecognics Project Erato Research Development Corp. Of Japan C/o Fukuoka Industrial Technology C

• Yamamoto Hiromasa

  Chemirecognics Project Erato Research Development Corporation Of Japan

• 新海 征治

  九州大学大学院工学研究院

• Shinkai Seiji

  Chemirecognics Project Erato Research Development Corporation Of Japan

• Yamamoto Hiromasa

  Department Of Physics Rikkyo University

• Shinkai Seiji

  Department Of Chemistry & Biochemistry Kyushu University

• Ueda Kazumasa

  Research Institute For Advanced Science And Technology Osaka Prefecture University

• Sakaki T

  Chemirecognics Project Erato Research Development Corporation Of Japan

• Sakaki Toru

  Chemirecognics Project Erato Research Development Corp. Of Japan C/o Fukuoka Industrial Technology C

• UEDA Keiko

  Chemirecognics Project, ERATO, Research Development Corporation of Japan

• Ueda K

  Research Institute For Advanced Science And Technology Osaka Prefecture University

• Ueda Keiko

  Chemirecognics Project Erato Research Development Corporation Of Japan

• Suenaga H

  Fukuoka Industrial Technol. Center Fukuoka

• Suenaga Hikaru

  Chemirecognics Project Erato Research Development Corporation Of Japan

• SAKAKI Toru

  Chemirecognics Project, ERATO, Research Development Corp. of Japan, c/o Fukuoka Industrial Technolog

• Sandanayake K.

  Chemirecognics Project Erato Research Development Corporation Of Japan

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著作論文

• Exploitation of Na^+ -Selective Electrodes for Protein Solutions from Crown-Bridged Calix [4] quinones
• Regioselective Synthesis of 1,2- and 1,3-Bridged Calix[4]crowns. What Are the Factors Controlling the Regioselectivity?
• Molecular Design of Chromogenic Calix[4]crowns Which Show Very High Na^+ Selectivity
• Molecular Design of Calix[4]arene-Based Sodium-Selective Electrodes Which Show Remarkably High 10^-10^Sodium/Potassium Selectivity

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