Microwave Methods in Organic Synthesis 2006
We are delighted to present this volume with contributions from some of the
most renowned and experienced microwave chemists today.
The delivery and introduction of energy has been closely connected with
the discovery and investigation of new chemistry. It is with pleasure that
we have seen an increased use of microwave irradiation over the years and
we hope that this volume will reflect the current interest in expanding the
scope ofmicrowave applications in both organic and medicinal chemistry.One
important explanation behind the growth of microwave-enhanced chemistry
has been the introduction of dedicated microwave reactors.
As a result of this development we are proud to present a diverse set of reviews.
Apart from chapters spanning the scope that is usually associated with
microwave methods, such as heterocyclic chemistry – an intriguing, but frustratingly
diverse field that is excellently presented in one of the reviews – and
transition metal-catalyzed reactions, we also present a review on microwaveassisted
natural product chemistry, a topic that is of high interest and neither
often nor widely covered. A contribution on microwave-accelerated synthesis
of protease inhibitors underlines the usefulness of microwave heating in
medicinal chemistry and a review of fluorousmicrowave chemistry highlights
the importance of the combination of high-speed reactions and quick separations.
Two separate chapters on scaled-up microwave reactions and green and
sustainable chemistry give an overview of aspects of microwave chemistry that
might be of great use in both industrial and small-scale applications.
We would like to take this opportunity to express our sincere gratitude to
the contributors of this volume for their valuable time and efforts.We believe
that the presented work will further promote the use of controlledmicrowave
heating in both academia and industry.
and this is the link enjoy
http://mihd.net/elgt9f7
We are delighted to present this volume with contributions from some of the
most renowned and experienced microwave chemists today.
The delivery and introduction of energy has been closely connected with
the discovery and investigation of new chemistry. It is with pleasure that
we have seen an increased use of microwave irradiation over the years and
we hope that this volume will reflect the current interest in expanding the
scope ofmicrowave applications in both organic and medicinal chemistry.One
important explanation behind the growth of microwave-enhanced chemistry
has been the introduction of dedicated microwave reactors.
As a result of this development we are proud to present a diverse set of reviews.
Apart from chapters spanning the scope that is usually associated with
microwave methods, such as heterocyclic chemistry – an intriguing, but frustratingly
diverse field that is excellently presented in one of the reviews – and
transition metal-catalyzed reactions, we also present a review on microwaveassisted
natural product chemistry, a topic that is of high interest and neither
often nor widely covered. A contribution on microwave-accelerated synthesis
of protease inhibitors underlines the usefulness of microwave heating in
medicinal chemistry and a review of fluorousmicrowave chemistry highlights
the importance of the combination of high-speed reactions and quick separations.
Two separate chapters on scaled-up microwave reactions and green and
sustainable chemistry give an overview of aspects of microwave chemistry that
might be of great use in both industrial and small-scale applications.
We would like to take this opportunity to express our sincere gratitude to
the contributors of this volume for their valuable time and efforts.We believe
that the presented work will further promote the use of controlledmicrowave
heating in both academia and industry.
and this is the link enjoy
http://mihd.net/elgt9f7
