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W. Forsman, D. Carl, F. Vogel (1981)
Mobility of spacer molecules in graphite nitrateMaterials Science and Engineering, 47
H. Fuzellier, J. Mélin, A. Herold (1977)
Une nouvelle variété de nitrate de graphiteMaterials Science and Engineering, 31
Cheng Xiling, Song Ke-min, Li Jihui, Liu Jinpeng (1996)
Preparation of lower-sulfur content and expandable graphiteCarbon, 34
M. Inagaki (1967)
Graphite-nitrate residue compound with a smaller interlayer spacing than graphiteCarbon, 5
The possibility of obtaining residual graphite nitrate by water treatment of graphite nitrate and its subsequent drying was studied. The expansion coefficients were determined in the temperature range 500–900°C with a step of 100°C for the samples obtained.
Russian Journal of Applied Chemistry – Springer Journals
Published: Mar 23, 2006
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