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Results: 1-9 |
Results: 9
COPOLYMERIZATION AT MODERATE TO HIGH CONVERSION LEVELS .1. NEW EVALUATION PROCEDURE OF THE RELATIVE REACTIVITY RATIOS IN TERMS OF THE TERMINAL MODEL
Authors: CZERWINSKI WK
Citation: Wk. Czerwinski, COPOLYMERIZATION AT MODERATE TO HIGH CONVERSION LEVELS .1. NEW EVALUATION PROCEDURE OF THE RELATIVE REACTIVITY RATIOS IN TERMS OF THE TERMINAL MODEL, Polymer, 39(1), 1998, pp. 183-187
COPOLYMERIZATION AT MODERATE TO HIGH CONVERSION LEVELS .2. ESTIMATIONOF RELATIVE REACTIVITY RATIOS IN TERMS OF THE PENULTIMATE MODEL FOR SYSTEMS R(2) = 0
Authors: CZERWINSKI WK
Citation: Wk. Czerwinski, COPOLYMERIZATION AT MODERATE TO HIGH CONVERSION LEVELS .2. ESTIMATIONOF RELATIVE REACTIVITY RATIOS IN TERMS OF THE PENULTIMATE MODEL FOR SYSTEMS R(2) = 0, Polymer, 39(1), 1998, pp. 189-192
IMPROVED INCREMENTS FOR CHARACTERIZATION OF COMONOMER SEQUENCING IN BINARY COPOLYMERS
Authors: CZERWINSKI WK
Citation: Wk. Czerwinski, IMPROVED INCREMENTS FOR CHARACTERIZATION OF COMONOMER SEQUENCING IN BINARY COPOLYMERS, Polymer, 38(6), 1997, pp. 1381-1385
SOLVENT EFFECT ON FREE-RADICAL POLYMERIZATION .8. MODELING OF COPOLYMERIZATION RATE FOR THE BINARY-SYSTEM METHYLMETHACRYLATE N-VINYL PYRROLID-2-ONE IN DIFFERENT SOLVENTS/
Authors: CZERWINSKI WK
Citation: Wk. Czerwinski, SOLVENT EFFECT ON FREE-RADICAL POLYMERIZATION .8. MODELING OF COPOLYMERIZATION RATE FOR THE BINARY-SYSTEM METHYLMETHACRYLATE N-VINYL PYRROLID-2-ONE IN DIFFERENT SOLVENTS/, Polymer, 37(24), 1996, pp. 5545-5546
SOLVENT EFFECTS ON FREE-RADICAL POLYMERIZATION .6. SOLVATOCHROMIC (LSER) ANALYSIS OF THE SOLVENT EFFECT ON THE HOMOPOLYMERIZATION RATE ON THE BASIS OF THE REACTION-SOLVENT COMPLEX MODEL
Authors: CZERWINSKI WK
Citation: Wk. Czerwinski, SOLVENT EFFECTS ON FREE-RADICAL POLYMERIZATION .6. SOLVATOCHROMIC (LSER) ANALYSIS OF THE SOLVENT EFFECT ON THE HOMOPOLYMERIZATION RATE ON THE BASIS OF THE REACTION-SOLVENT COMPLEX MODEL, Macromolecules, 28(16), 1995, pp. 5405-5410
SOLVENT EFFECT ON FREE-RADICAL CHAIN POLYMERIZATION .7. KINETIC-ANALYSIS OF THE BINARY-SYSTEM METHYL METHACRYLATE N-VINYLPYRROLIDONE IN BULK AND IN MODEL SOLVENTS IN TERMS OF THE REACTANT-SOLVENT COMPLEX MODEL/
Authors: CZERWINSKI WK
Citation: Wk. Czerwinski, SOLVENT EFFECT ON FREE-RADICAL CHAIN POLYMERIZATION .7. KINETIC-ANALYSIS OF THE BINARY-SYSTEM METHYL METHACRYLATE N-VINYLPYRROLIDONE IN BULK AND IN MODEL SOLVENTS IN TERMS OF THE REACTANT-SOLVENT COMPLEX MODEL/, Macromolecules, 28(16), 1995, pp. 5411-5418
SOLVENT EFFECTS ON FREE-RADICAL POLYMERIZATION .4. MODELING OF HOMOPOLYMERIZATION
Authors: CZERWINSKI WK
Citation: Wk. Czerwinski, SOLVENT EFFECTS ON FREE-RADICAL POLYMERIZATION .4. MODELING OF HOMOPOLYMERIZATION, Makromolekulare Chemie. Theory and simulations, 2(4), 1993, pp. 577-585
SOLVENT EFFECTS ON FREE-RADICAL POLYMERIZATION .5. ANALYSIS OF HOMOPOLYMERIZATION RATE ON THE BASIS OF THE REACTANT-SOLVENT COMPLEX MODEL
Authors: CZERWINSKI WK
Citation: Wk. Czerwinski, SOLVENT EFFECTS ON FREE-RADICAL POLYMERIZATION .5. ANALYSIS OF HOMOPOLYMERIZATION RATE ON THE BASIS OF THE REACTANT-SOLVENT COMPLEX MODEL, Die Makromolekulare Chemie, 194(11), 1993, pp. 3015-3029
ANALYSIS OF THE LINEAR METHODS OF DETERMINING COPOLYMERIZATION REACTIVITY RATIOS .13. A CRITICAL APPLICATION OF PENULTIMATE MODEL (R2 = 0) TO RADICAL COPOLYMERIZATION DATA OF STYRENE
Authors: KELEN T TUDOS F TURCSANYI B BRAUN D CZERWINSKI WK
Citation: T. Kelen et al., ANALYSIS OF THE LINEAR METHODS OF DETERMINING COPOLYMERIZATION REACTIVITY RATIOS .13. A CRITICAL APPLICATION OF PENULTIMATE MODEL (R2 = 0) TO RADICAL COPOLYMERIZATION DATA OF STYRENE, Die Makromolekulare Chemie, 193(3), 1992, pp. 749-753
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