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NOVEL CELLULOSE DERIVATIVES .3. THERMAL-ANALYSIS OF MIXED ESTERS WITHBUTYRIC AND HEXANOIC ACID (VOL 33, PG 2045, 1995)
Authors: GLASSER WG SAMARANAYAKE G DUMAY M DAVE V
Citation: Wg. Glasser et al., NOVEL CELLULOSE DERIVATIVES .3. THERMAL-ANALYSIS OF MIXED ESTERS WITHBUTYRIC AND HEXANOIC ACID (VOL 33, PG 2045, 1995), Journal of polymer science. Part B, Polymer physics, 34(1), 1996, pp. 201-201
NOVEL CELLULOSE DERIVATIVES .3. THERMAL-ANALYSIS OF MIXED ESTERS WITHBUTYRIC AND HEXANOIC ACID
Authors: GLASSER WG SAMARANAYAKE G DUMAY M DAVE V
Citation: Wg. Glasser et al., NOVEL CELLULOSE DERIVATIVES .3. THERMAL-ANALYSIS OF MIXED ESTERS WITHBUTYRIC AND HEXANOIC ACID, Journal of polymer science. Part B, Polymer physics, 33(14), 1995, pp. 2045-2054
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