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ORGANIC MECHANISMS: REACTIONS, METHODOLOGY, AND BIOLOGICAL By Xiaoping Sun *NEW*

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eBay item number:226720880513
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Item specifics

Condition
Brand New: A new, unread, unused book in perfect condition with no missing or damaged pages. See all condition definitionsopens in a new window or tab
ISBN-10
1118065646
Book Title
Organic Mechanisms: Reactions, Methodology, and Biological
ISBN
9781118065648

About this product

Product Identifiers

Publisher
Wiley & Sons, Incorporated, John
ISBN-10
1118065646
ISBN-13
9781118065648
eBay Product ID (ePID)
159833825

Product Key Features

Number of Pages
432 Pages
Publication Name
Organic Mechanisms : Reactions, Methodology, and Biological Applications
Language
English
Subject
Chemistry / Organic
Publication Year
2013
Type
Textbook
Author
Xiaoping Sun
Subject Area
Science
Format
Hardcover

Dimensions

Item Height
1.1 in
Item Weight
26.2 Oz
Item Length
10 in
Item Width
6 in

Additional Product Features

Intended Audience
Scholarly & Professional
Dewey Edition
23
Reviews
"Summing Up: Recommended. Highly recommended. Upper-division undergraduates and above." ( Choice , 1May 2014)
Illustrated
Yes
Dewey Decimal
547.139
Synopsis
Instills a deeper understanding of how and why organic reactions happen Integrating reaction mechanisms, synthetic methodology, and biological applications, Organic Mechanisms gives organic chemists the tools needed to perform seamless organic reactions. By explaining the underlying mechanisms of organic reactions, author Xiaoping Sun makes it possible for readers to gain a deeper understanding of not only chemical phenomena, but also the ability to develop new synthetic methods. Moreover, by emphasizing biological applications, this book enables readers to master both advanced organic chemistry theory and practice. Organic Mechanisms consists of ten chapters, beginning with a review of fundamental physicochemical principles that are essential for understanding the nature of organic mechanisms. Each one of the remaining chapters is devoted to a major class of organic reactions, including: Aliphatic C H bond functionalization Functionalization of the alkene C=C bond by cycloaddition reactions Nucleophilic substitutions on sp3-hybridized carbons Nucleophilic additions and substitutions on carbonyl groups Reactivity of the -hydrogen to carbonyl groups Rearrangements A brief review of basic organic chemistry begins each chapter, helping readers move from fundamental concepts to an advanced understanding of reaction mechanisms. Key mechanisms are illustrated by expertly drawn figures highlighting microscopic details. End-of-chapter problems enable readers to put their newfound knowledge into practice by solving key problems in organic reactions with the use of mechanistic studies, and a Solutions Manual is available online for course instructors. Thoroughly referenced and current with recent findings in organic reaction mechanisms, Organic Mechanisms is recommended for upper-level undergraduates and graduate students in advanced organic chemistry, as well as for practicing chemists who want to further explore the mechanistic aspects of organic reactions., Emphasizing mechanistic aspects of organic reactions, Organic Mechanisms provides a useful guide for how to analyze, understand, approach, and solve the problems of organic reactions with the help of mechanistic studies., Instills a deeper understanding of how and why organic reactions happen Integrating reaction mechanisms, synthetic methodology, and biological applications, Organic Mechanisms gives organic chemists the tools needed to perform seamless organic reactions. By explaining the underlying mechanisms of organic reactions, author Xiaoping Sun makes it possible for readers to gain a deeper understanding of not only chemical phenomena, but also the ability to develop new synthetic methods. Moreover, by emphasizing biological applications, this book enables readers to master both advanced organic chemistry theory and practice. Organic Mechanisms consists of ten chapters, beginning with a review of fundamental physicochemical principles that are essential for understanding the nature of organic mechanisms. Each one of the remaining chapters is devoted to a major class of organic reactions, including: Aliphatic C-H bond functionalization Functionalization of the alkene C=C bond by cycloaddition reactions Nucleophilic substitutions on sp3-hybridized carbons Nucleophilic additions and substitutions on carbonyl groups Reactivity of the -hydrogen to carbonyl groups Rearrangements A brief review of basic organic chemistry begins each chapter, helping readers move from fundamental concepts to an advanced understanding of reaction mechanisms. Key mechanisms are illustrated by expertly drawn figures highlighting microscopic details. End-of-chapter problems enable readers to put their newfound knowledge into practice by solving key problems in organic reactions with the use of mechanistic studies, and a Solutions Manual is available online for course instructors. Thoroughly referenced and current with recent findings in organic reaction mechanisms, Organic Mechanisms is recommended for upper-level undergraduates and graduate students in advanced organic chemistry, as well as for practicing chemists who want to further explore the mechanistic aspects of organic reactions., Instills a deeper understanding of how and why organicreactions happen Integrating reaction mechanisms, synthetic methodology, andbiological applications, Organic Mechanisms gives organicchemists the tools needed to perform seamless organic reactions. Byexplaining the underlying mechanisms of organic reactions, authorXiaoping Sun makes it possible for readers to gain a deeperunderstanding of not only chemical phenomena, but also the abilityto develop new synthetic methods. Moreover, by emphasizingbiological applications, this book enables readers to master bothadvanced organic chemistry theory and practice. Organic Mechanisms consists of ten chapters, beginningwith a review of fundamental physicochemical principles that areessential for understanding the nature of organic mechanisms. Eachone of the remaining chapters is devoted to a major class oforganic reactions, including: Aliphatic C-H bond functionalization Functionalization of the alkene C=C bond by cycloadditionreactions Nucleophilic substitutions on sp3-hybridized carbons Nucleophilic additions and substitutions on carbonylgroups Reactivity of the ?-hydrogen to carbonyl groups Rearrangements A brief review of basic organic chemistry begins each chapter,helping readers move from fundamental concepts to an advancedunderstanding of reaction mechanisms. Key mechanisms areillustrated by expertly drawn figures highlighting microscopicdetails. End-of-chapter problems enable readers to put theirnewfound knowledge into practice by solving key problems in organicreactions with the use of mechanistic studies, and a SolutionsManual is available online for course instructors. Thoroughly referenced and current with recent findings inorganic reaction mechanisms, Organic Mechanisms isrecommended for upper-level undergraduates and graduate students inadvanced organic chemistry, as well as for practicing chemists whowant to further explore the mechanistic aspects of organicreactions.
LC Classification Number
QD502.5.S86 2013

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