Aromatic Hydroxyketones: Preparation and Physical Properties

1. Front Matter

   Pages i-xxi

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2. Monoaroylphenols

   1. Front Matter

      Pages 1-1

      PDF

   2. Unsubstituted Hydroxybenzophenones (Class of METHANONES)

      • Robert Martin

      Pages 3-41

   3. Substituted Hydroxybenzophenones(Class of METHANONES)

      • Robert Martin

      Pages 43-500

   4. Polyphenyl Phenyl Methanones (Class of METHANONES)

      • Robert Martin

      Pages 501-511

   5. Cyclohexyl Phenyl Methanones (Class of METHANONES)

      • Robert Martin

      Pages 513-520

3. Diaroylphenols and Polyaroylphenols

   1. Front Matter

      Pages 521-521

      PDF

   2. Phenols with One Benzoyl Group and One or Several Acetyl Groups (Class of ETHANONES)

      • Robert Martin

      Pages 523-528

   3. Phenols with Two or Several Benzoyl Groups (Class of METHANONES)

      • Robert Martin

      Pages 529-546

4. Miscellaneous Related Compounds (Class of METHANONES)

   1. Front Matter

      Pages 547-547

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   2. Miscellaneous Related Compounds

      • Robert Martin

      Pages 549-560

5. Addendum to Volume 1

   1. Front Matter

      Pages 561-561

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   2. Addendum 2000–2008

      • Robert Martin

      Pages 563-656

6. Monoketones Unsubstituted on the Acetyl Groups

   1. Front Matter

      Pages 657-657

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   2. Compounds Derived from Acetic Acid

      • Robert Martin

      Pages 659-1092

7. Addendum to Volume 2

   1. Front Matter

      Pages 1093-1093

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   2. Addendum 2005–2008

      • Robert Martin

      Pages 1095-1198

8. Monoketones Substituted on the Acetyl Groups

   1. Front Matter

      Pages 1199-1201

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   2. Compounds Derived from Halogenoacetic Acids

      • Robert Martin

      Pages 1201-1291

   3. Compounds Derived from Aminoacetic Acids

      • Robert Martin

      Pages 1293-1319

"Aromatic Hyroxyketones: Preparation and Physical Properties" is a revised, new edition 4-volume handbook set which provides detailed information on physical properties and syntheses on a wide range of hydroxyketones. Each entry includes characterization data such as the Chemical Abstracts Service Registry Number (CAS RN), molecule name, molecular formula, and molecular weight. The handbooks are presented in dictionary style, with a logical classification of the ketones, making the information easily available for consultation. This handbook set provides 6000 hydroxyketone entries and includes approximately 6000 references. Volume 1: Hydroxybenzophenones Hydroxybenzophenones are most useful synthetic intermediates in the chemical industry, for example in pharmaceuticals, dyes, fragrances, agrochemicals, explosives and plastics. The first volume of this set is particularly intended for engineers in chemical synthesis and academics as well as industrial researchers from various branches of chemistry. Volume 2 and 3: Hydroxyacetophenones Hydroxyacetophenones constitute the starting material for a wide variety of syntheses in organic chemistry. They are versatile building blocks serving many different applications, such as especially polymers, pharmaceuticals and fine chemicals. These two volumes constitute a useful tool for chemists and pharmacists in general. Volume 4: Hydroxypropiophenones, Hydroxyisobutyrophenones, Hydroxypivalophenones and Derivatives Hydroxypropiophenones, Hydroxyisobutyrophenones, Hydroxypivalophenones and Derivatives constitute the starting material for a wide variety of syntheses in organic chemistry. They are versatile building blocks serving many different applications: pharmaceuticals, fine chemicals and polymers. This volume is a great book of reference on hydroxypropiophenones, hydroxyisobutyrophenones, hydroxypivalophenones and their methyl ethers which also mentions some uses of these ketones. It is a powerful synthesis tool for researchers or industrial producers and provides a wide choice of hydroxyketones.

• Aromatic Hydroxyketones
• Hydroxyacteophenones
• Hydroxybenzophenones
• Hydroxyketones
• Hydroxypropiophenones ethers
• Methyl ethers
• hydroxyisobutyrophenones
• hydroxypivalophenones

• Formerly Curie Institute, Paris, France

  Robert Martin

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