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Comprehensively teaches all of the fundamentals of fragrance chemistry Ernest Beaux, the perfumer who created Chanel No. 5, said, "One has to rely on chemists to find new aroma chemicals creating new, original notes. In perfumery, the future lies primarily in the hands of chemists." This book provides chemists and chemists-to-be with everything they need to know in order to create welcome new fragrances for the world to enjoy. It offers a simplified introduction into organic chemistry, including separation techniques and analytical methodologies; discusses the structure of perfume creation with respect to the many reactive ingredients in consumer products; and shows how to formulate effective and long-lasting scents. Fundamentals of Fragrance Chemistry starts by covering the structure of matter in order to show how its building blocks are held together. It continues with chapters that look at hydrocarbons and heteroatoms. A description of the three states of matter and how each can be converted into another is offered next, followed by coverage of separation and purification of materials. Other chapters examine acid/base reactions; oxidation and reduction reactions; perfume structure; the mechanism of olfaction; natural and synthetic fragrance ingredients; and much more. -Concentrates on aspects of organic chemistry, which are of particular importance to the fragrance industry -Offers non-chemists a simplified yet complete introduction to organic chemistry?from separation techniques and analytical methodologies to the structure of perfume creation -Provides innovative perfumers with a framework to formulate stable fragrances from the myriad of active ingredients available -Looks at future trends in the industry and addresses concerns about sustainability and quality management Fundamentals of Fragrance Chemistry is an ideal resource for students who are new to the subject, as well as for chemists and perfumers already working in this fragrant field of science.
Auteur
Dr. Charles Sell, PhD, has recently retired from Givaudan after thirty-six years in the fragrance industry. His work has covered all aspects of synthetic organic chemistry as applied to the fragrance industry, from discovery of novel materials through process R&D to improvement of established chemical manufacturing processes. His interest in the design of novel fragrance ingredients, coupled with a long-standing interest in the chemistry of living organisms, led to a deepened investigation into olfaction.
Texte du rabat
Comprehensively teaches all of the fundamentals of fragrance chemistry Ernest Beaux, the perfumer who created Chanel No. 5, said, "One has to rely on chemists to find new aroma chemicals creating new, original notes. In perfumery, the future lies primarily in the hands of chemists." This book provides chemists and chemists-to-be with everything they need to know in order to create welcome new fragrances for the world to enjoy. It offers a simplified introduction into organic chemistry, including separation techniques and analytical methodologies; discusses the structure of perfume creation with respect to the many reactive ingredients in consumer products; and shows how to formulate effective and long-lasting scents. Fundamentals of Fragrance Chemistry starts by covering the structure of matter in order to show how its building blocks are held together. It continues with chapters that look at hydrocarbons and heteroatoms. A description of the three states of matter and how each can be converted into another is offered next, followed by coverage of separation and purification of materials. Other chapters examine acid/base reactions; oxidation and reduction reactions; perfume structure; the mechanism of olfaction; natural and synthetic fragrance ingredients; and much more.
Résumé
Comprehensively teaches all of the fundamentals of fragrance chemistry
Ernest Beaux, the perfumer who created Chanel No. 5, said, "One has to rely on chemists to find new aroma chemicals creating new, original notes. In perfumery, the future lies primarily in the hands of chemists." This book provides chemists and chemists-to-be with everything they need to know in order to create welcome new fragrances for the world to enjoy. It offers a simplified introduction into organic chemistry, including separation techniques and analytical methodologies; discusses the structure of perfume creation with respect to the many reactive ingredients in consumer products; and shows how to formulate effective and long-lasting scents.
Fundamentals of Fragrance Chemistry starts by covering the structure of matter in order to show how its building blocks are held together. It continues with chapters that look at hydrocarbons and heteroatoms. A description of the three states of matter and how each can be converted into another is offered next, followed by coverage of separation and purification of materials. Other chapters examine acid/base reactions; oxidation and reduction reactions; perfume structure; the mechanism of olfaction; natural and synthetic fragrance ingredients; and much more.
-Concentrates on aspects of organic chemistry, which are of particular importance to the fragrance industry
-Offers non-chemists a simplified yet complete introduction to organic chemistry?from separation techniques and analytical methodologies to the structure of perfume creation
-Provides innovative perfumers with a framework to formulate stable fragrances from the myriad of active ingredients available
-Looks at future trends in the industry and addresses concerns about sustainability and quality management
Fundamentals of Fragrance Chemistry is an ideal resource for students who are new to the subject, as well as for chemists and perfumers already working in this fragrant field of science.
Contenu
Preface xi
Introduction xiii
1 The Structure of Matter 1
The Route to the Atomic Theory 1
The Atomic Theory, Atomic Number, and Atomic Weight 4
Atomic Structure 7
Isotopes 8
The Electronic Structure of Atoms 9
Electronic Structure of Transition Metals 11
Hybridisation of Orbitals 11
Chemical Bonding, Ions, Cations, Anions, and Molecules 12
Review Questions 16
2 Carbon 1 Hydrocarbons 17
Ethane: Conformational Isomers 17
Alkanes: Structural Isomers 20
Alkenes: Geometric Isomers 22
Alkynes 26
Cyclic Structures 26
Polycyclic Structures 28
Greek Letters 30
Aromatic Rings 31
Stereoisomerism 33
Rules for Hydrocarbon Nomenclature 36
Quick Rules for Isomers 37
Stereoisomers 37
Review Questions 38
3 Carbon 2 Heteroatoms 39
Hydrogen Bonding 39
Alcohols 40
Phenols 43
Ethers 44
Aldehydes 45
Ketones 46
Carboxylic Acids 47
Esters 49
Acid Anhydrides and Chlorides 50
Acetals and Ketals 50
Peroxy Compounds 52
NitrogenAmines and Ammonium Salts 53
NitrogenImines, Schiff's Bases, and Enamines 54
NitrogenAmides/Peptides 55
NitrogenNitriles 56
NitrogenNitro Compounds 57
Sulfur 58
Heterocyclic Compounds 60
Review Question 66
4 States of Matter 67
Solids 67
Liquids 71
Gases 71
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