@article{oai:miyazaki-u.repo.nii.ac.jp:00000957,
 author = {清山, 史朗 and Kiyoyama, Shiro and 武井, 孝行 and Takei, Takayuki and 吉田, 昌弘 and Yoshida, Masahiro and Shiomori, Koichiro and 塩盛, 弘一郎 and Shiomori, Kouichiro and Kitabayashi, Takuro and Sana, Takashi},
 journal = {S​o​l​v​e​n​t​ ​E​x​t​r​a​c​t​i​o​n​ ​R​e​s​e​a​r​c​h​ ​a​n​d​ ​D​e​v​e​l​o​p​m​e​n​t​,​ ​J​a​p​a​n},
 month = {Apr},
 note = {1-（2-hydroxyl-5-nonyphenyl） ethanone oxime （LIX84-I） was impregnated into polymeric particles with interconnected spherical pores by the solvent evaporation method. Divinylbenzene was used as a wall material and polymerized in the organic phase of a （W/O/W） emulsion by free radical polymerization. The diameter of the polymeric particles was almost constant at around 208±26μm.  The impregnated yield of LIX84-I in the polymeric particles was higher than 80% in all preparation conditions. The extraction of Ni（II） with the polymeric particles impregnated with LIX84-I sharply increased at pH values higher than 6. It is confirmed that three molecules of LIX84-I reacted with one Ni（II） ion by quantitative analysis of the relationship between the maximum  amounts of Ni（II） extracted and the amount of LIX84-I impregnated in the polymeric particles. The extraction rate of Ni（II） was effectively accelerated by the presence of the interconnected-spherical pores in the inside of the polymeric particles.},
 pages = {137--147},
 title = {Extraction Properties of Nickel(II) with Polymeric Particles with Interconnected Spherical Pores Impregnating with LIX84-I},
 volume = {20},
 year = {2013},
 yomi = {キヨヤマ, シロウ and タケイ, タカユキ and ヨシダ, マサヒロ and シオモリ, コウイチロウ}
}