@article{oai:soar-ir.repo.nii.ac.jp:00012483, author = {Kim, Yong Jung and Jang, In Young and Park, Ki Chul and Jung, Yong Chae and Oka, Takuyuki and Iinou, Satoshi and Komori, Yasuhiro and Kozutsumi, Toshihiko and Hashiba, Takashi and Kim, Yoong Ahm and Endo, Morinobu}, issue = {20}, journal = {ELECTROCHIMICA ACTA}, month = {Aug}, note = {We fabricated nitrogen-decorated porous carbon exhibiting high capacitance per unit volume and unit weight via chemical activation of novolac resin containing peptide linkage. The porosity and the amount of nitrogen atoms were controlled by changing the molecular weight of novolac resin, the added amount of potassium hydroxide, or both. After chemical activation, positively charged nitrogen atoms (i.e., pyridine/pyrrole) at 400.3 eV in photoemission spectra contributed to both a shift in the point of zero charge toward negative potential and the generation of pseudocapacitance. Suitably developed pores and the positively charged nitrogen atoms make nitrogen-decorated novolac resin-derived porous carbon a promising material for electrodes in high-performance supercapacitors., Article, ELECTROCHIMICA ACTA. 55(20):5624-5628 (2010)}, pages = {5624--5628}, title = {High-capacitance supercapacitors using nitrogen-decorated porous carbon derived from novolac resin containing peptide linkage}, volume = {55}, year = {2010} }