The role of fast and slow processes in the formation of structure and properties of thermoplastic polyurethanes.New multi-blocked thermoplastic polymers containing rigid polyurethane-urea and soft polydiethylene glycol adipate blocks have been synthesized.  The changes of physical-mechanical and thermodynamical properties of the materials were related to structural evolution within 60 months of storage. 
THERM
The role of fast and slow processes in the formation of structure and properties of thermoplastic polyurethanes.New multi-blocked thermoplastic polymers containing rigid polyurethane-urea and soft polydiethylene glycol adipate blocks have been synthesized.  The changes of physical-mechanical and thermodynamical properties of the materials were related to structural evolution within 60 months of storage. 
THERM
The role of fast and slow processes in the formation of structure and properties of thermoplastic polyurethanes.New multi-blocked thermoplastic polymers containing rigid polyurethane-urea and soft polydiethylene glycol adipate blocks have been synthesized.  The changes of physical-mechanical and thermodynamical properties of the materials were related to structural evolution within 60 months of storage. 
THERM
The role of fast and slow processes in the formation of structure and properties of thermoplastic polyurethanes.New multi-blocked thermoplastic polymers containing rigid polyurethane-urea and soft polydiethylene glycol adipate blocks have been synthesized.  The changes of physical-mechanical and thermodynamical properties of the materials were related to structural evolution within 60 months of storage. 
THERM
The role of fast and slow processes in the formation of structure and properties of thermoplastic polyurethanes.New multi-blocked thermoplastic polymers containing rigid polyurethane-urea and soft polydiethylene glycol adipate blocks have been synthesized.  The changes of physical-mechanical and thermodynamical properties of the materials were related to structural evolution within 60 months of storage. 
THERM