| Category |
Title / Sections |
Scholar |
Branch of Study |
Year |
| Page |
b. Poly (acrylamide) s crosslinked with tetraethyleneglycol diacrylate. (Thesis: Role of hydrophilicity-hydrophobicity balance of the polymeric supports in solid phase Peptide synthesis ) |
Mathew C Chandy |
Chemistry |
1994 |
| Page |
c. Poly (acrylamide) s cross linked with triethyleneglycol dimethacrylate. (Thesis: Role of hydrophilicity-hydrophobicity balance of the polymeric supports in solid phase Peptide synthesis |
Mathew C Chandy |
Chemistry |
1994 |
| Page |
d. Poly (acrylamide) s cross linked with divinylbenzene. (Thesis: Role of hydrophilicity-hydrophobicity balance of the polymeric supports in solid phase Peptide synthesis ) |
Mathew C Chandy |
Chemistry |
1994 |
| Page |
g. Poly (styrene) s crosslinked with triethyleneglycol dimethacrylate. (Thesis: Role of hydrophilicity-hydrophobicity balance of the polymeric supports in solid phase Peptide synthesis |
Mathew C Chandy |
Chemistry |
1994 |
| Page |
2. Functionalisation of the cross linked polymers. (Thesis: Role of hydrophilicity-hydrophobicity balance of the polymeric supports in solid phase Peptide synthesis ) |
Mathew C Chandy |
Chemistry |
1994 |
| Page |
a. Transamidation of crosslinked poly (acrylamide) s to poly (N-2-aminoethylacrylamide) s. (Thesis: Role of hydrophilicity-hydrophobicity balance of the polymeric supports in solid phase Peptide synthesis |
Mathew C Chandy |
Chemistry |
1994 |
| Page |
c. Functionalisation of crosslinked poly (styrene) s by chloromethylation. (Thesis: Role of hydrophilicity-hydrophobicity balance of the polymeric supports in solid phase Peptide synthesis ) |
Mathew C Chandy |
Chemistry |
1994 |
| Page |
a. Amino capacity. (Thesis: Role of hydrophilicity-hydrophobicity balance of the polymeric supports in solid phase Peptide synthesis |
Mathew C Chandy |
Chemistry |
1994 |
| Page |
curriculum Vitae. (Thesis: Transport phenomena through elastomers and blends ) |
Soney C George |
Chemistry |
1999 |
| Page |
Molecular transport of aromatichydrocarbons through crosslinkedstyrene-butadiene rubber membranes. (Thesis: Transport phenomena through elastomers and blends |
Soney C George |
Chemistry |
1999 |
| Page |
cERTIFIcATE. (Thesis: Theoretical studies of ring strain in small monocyclic and spirocyclic molecules ) |
Prince Xavier, K A |
Chemistry |
1999 |
| Page |
cONTENTS. (Thesis: Theoretical studies of ring strain in small monocyclic and spirocyclic molecules |
Prince Xavier, K A |
Chemistry |
1999 |
| Page |
cHAPTER 1. (Thesis: Theoretical studies of ring strain in small monocyclic and spirocyclic molecules ) |
Prince Xavier, K A |
Chemistry |
1999 |
| Page |
1.2 THE cONcEPT OF STRAIN AND ITS IMPORTANcE. (Thesis: Theoretical studies of ring strain in small monocyclic and spirocyclic molecules |
Prince Xavier, K A |
Chemistry |
1999 |
| Page |
1.5 cEMIcAL cONSEQUENcES OF STRAIN. (Thesis: Theoretical studies of ring strain in small monocyclic and spirocyclic molecules ) |
Prince Xavier, K A |
Chemistry |
1999 |
