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1 Remote Warehouse Chemistry- Organic

Microwaves in Organic Synthesis

by

Microwaves in Organic Synthesis Cover

 

Synopses & Reviews

Publisher Comments:

The third edition of the bestselling two-volume reference covers everything you need to know about microwave technology for synthesis

- from the best equipment to nonthermal effects, from solid-support reactions to catalysis. Completely revised and updated with half of the authors completely new to the project, this comprehensive work is clearly divided into two parts on the fundamentals of microwave irradiation, and application of microwaves and synergies with other enabling techniques. Also new to this edition are chapters on on-line monitoring, flow chemistry, combination with ultrasounds and natural products, including multicomponent reactions.

An indispensable source for organic, catalytic, physical, and medicinal chemists.

About the Author

Professor Andr? Loupy was Directeur de la Recherche 1? Classe at the Institut de Chimie Mol?culaire et des Mat?riaux d'Orsay and is now retired. He is author of more than hundred publications and has edited three books. In 1998, he received the M. J. Collins Award for Excellence in Microwave Chemistry.

Antonio de la Hoz is Professor in Organic Chemistry in the University of Castilla-La Mancha since 2000. He obtained his Ph. D. degree from the Universidad Complutense in Madrid in 1986 under the supervision of Prof. J. Elguero and C. Pardo. After postdoctoral research in 1987 with Prof. M. Begtrup at the Danmarks Tekniske H?skole he joined the Faculty of Chemistry of the Universidad de Castilla-La Mancha in Ciudad Real in 1988. In 1993 he worked under the supervision Prof. A. Loupy in the Universit? de Paris-Sud in Microwave Assisted Organic Chemistry. Prof. de la Hoz has authored over 160 scientific publications 100 of them related to Microwaves in Organic Synthesis.

Table of Contents

Microwave Materials Interaction and Dielectric Properties: From Molecules and Macromolecules to Solids and Colloidal Suspensions

Development and Design of Reactors in Microwave-Assisted Chemistry

Key Ingredients for Mastery of Chemical Microwave Processes

Nonthermal Effects of Microwave in Organic Synthesis

Selectivity Modifications under Microwave Irradiation

Elucidation of Microwave Effects: Methods, Theories and Predictive Models

Microwave Susceptors

Tools for Monitoring Reactions Performed Using Microwave Heating

Microwave Frequency Effects in Organic Synthesis

Organic Synthesis Using Microwaves and Supported Reagents

Gaseous Reactants in Microwave-Assisted Synthesis

Microwaves and Electrochemistry

The Combined Use of Microwaves and Ultrasound. Methods and Practice

Microwaves in Photochemistry and Photocatalysis

Microwaves in Heterocyclic Chemistry

Microwave-Assisted Cycloaddition Reactions

Microwave-Assisted Heterogeneously Catalysed Processes

Microwaves in the Synthesis of Natural Products

Microwave Enhanced Synthesis of Peptides, Proteins, and Peptidomimetics

A Journey into the Recent Microwave-Assisted Carbohydrate

Polymer Chemistry under Microwave Irradiation

Application of Microwave Irradiation in Carbon Nanostructures

Microwave-Assisted Multicomponent Reactions in the Synthesis of Heterocycles

Microwave-Assisted Continuous-Flow Organic Synthesis (MACOS)

Product Details

ISBN:
9783527331161
Author:
De La Hoz, Antonio (edt)
Publisher:
Wiley-VCH
Author:
Hoz, Antonio de la
Author:
eacute
Author:
Loupy, Andr
Author:
&
Author:
Andr
Author:
Loupy, Andr?
Author:
Loupy
Subject:
Chemistry - Organic
Subject:
Methods - Synthesis & Techniques
Subject:
p
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
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Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Subject:
Microwave technology, synthesis, nonthermal effects, solid-support reactions, catalysis, on-line monitoring, flow chemistry, ultrasounds, natural products, multicomponent reactions, microwave dielectric heating, chemical reaction, microwave irradiation, A
Copyright:
Edition Description:
WOL online Book (not BRO)
Publication Date:
20130226
Binding:
Electronic book text in proprietary or open standard format
Pages:
1100
Dimensions:
250 x 15 x 150 mm 24 oz

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