モンモリロナイト/アクリフラビン複合体の炭素化によって作られる多孔材料と凍結乾燥による多孔構造の制御
1987 年 95 巻 1108 号 p. 1164-1168
詳細
1987 年 95 巻 1108 号 p. 1164-1168
A unique porous material can be prepared by carbonizing montmorillonite/acriflavine complex (MAC). Control of its porous structure was attempted by freeze-drying MAC blocks having various water content. The porous structure was changed over a wide range (pore volume: 1-3ml/g, pore radius: 40-240nm) by water content in MAC. Particle size of raw montmorillonite also caused certain effects. When pore volume increased, pore size also increased, i.e., both properties could not be controlled independently. In spite of such changes, uniform pore size distribution and characteristic card-house structure were kept. The porous structure was stable up to 1073K under nitrogen.
