A MODEL FOR OPTIMIZING GLASS BATCH COMPOSITIONS

[1] APPEN AA, 1953, STEKLO KERAM, V10, P7

[2] APPEN AA, 1960, ZH PRIKL KHIM, V34, P975

[3] BINGHAM K, 1982, CERAM SCI ENG P, V3, P186

[4] FIRATLI AC, 1980, KERAMISCHE Z, V32, P728

[5] GAN FX, 1981, J CHIN SILICATE SOC, V9, P119

[6] COMPUTERIZED PREDICTION OF GLASS COMPOSITIONS FROM PROPERTIES [J]. JOURNAL OF THE AMERICAN CERAMIC SOCIETY, 1973, 56 (02) : 55 - 57

[7] KIESSLING B, 1979, SILIKOTTECHNIK, V30, P210

[8] Kuester JL, 1973, OPTIMIZATION TECHNIQ

[9] LAKATOS T, 1972, GLASTEKN TIDSKR, V27, P77

[10] LAKATOS T, 1976, GLASTEK TIDSKR, V31, P31

[1] APPEN AA, 1953, STEKLO KERAM, V10, P7

[2] APPEN AA, 1960, ZH PRIKL KHIM, V34, P975

[3] BINGHAM K, 1982, CERAM SCI ENG P, V3, P186

[4] FIRATLI AC, 1980, KERAMISCHE Z, V32, P728

[5] GAN FX, 1981, J CHIN SILICATE SOC, V9, P119

[6] COMPUTERIZED PREDICTION OF GLASS COMPOSITIONS FROM PROPERTIES [J]. JOURNAL OF THE AMERICAN CERAMIC SOCIETY, 1973, 56 (02) : 55 - 57

[7] KIESSLING B, 1979, SILIKOTTECHNIK, V30, P210

[8] Kuester JL, 1973, OPTIMIZATION TECHNIQ

[9] LAKATOS T, 1972, GLASTEKN TIDSKR, V27, P77

[10] LAKATOS T, 1976, GLASTEK TIDSKR, V31, P31