The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous success, the use of microwave irradn. is also increasingly studied for polymn. reactions. The present review discusses developments in this rapidly growing field of research. The main areas in which the use of microwave irradn. has been explored in the recent years are step-growth polymns., ring- opening polymns. as well as radical polymns. These different areas will be addressed in detail, whereby special attention will be given to obsd. improvements resulting from the use of microwave irradn. as well as the occurrence of non-thermal effects
International audienceOver the last decades, microwave heating has experienced a great development a...
International audienceOver the last decades, microwave heating has experienced a great development a...
International audienceOver the last decades, microwave heating has experienced a great development a...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
In the past few years the use of microwave irradiation in polymer science has become a well-establis...
Microwave heating is frequently used in the synthesis of polymers owing to the precise temperature a...
International audienceOver the last decades, microwave heating has experienced a great development a...
International audienceOver the last decades, microwave heating has experienced a great development a...
International audienceOver the last decades, microwave heating has experienced a great development a...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
The use of microwave irradn. has become a common heat source in org. chem. Inspired by this enormous...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
Monomodal microwaves have overcome the safety uncertainties associated with the precedent domestic m...
In the past few years the use of microwave irradiation in polymer science has become a well-establis...
Microwave heating is frequently used in the synthesis of polymers owing to the precise temperature a...
International audienceOver the last decades, microwave heating has experienced a great development a...
International audienceOver the last decades, microwave heating has experienced a great development a...
International audienceOver the last decades, microwave heating has experienced a great development a...