Synthesis of Epoxides explores different ways of making epoxides, both old and new, and delves into the growing field of heterocyclic chemistry. It's aimed at people who want a variety of methods and need help figuring out which one suits their specific needs. For students, having all the protocols for making epoxides in one place is handy because sometimes you just want to see all the options for creating a particular compound from a specific starting point. Diazo compounds are important synthetic intermediates in organic synthesis but, because of their unpredictable explosive nature and…mehr
Synthesis of Epoxides explores different ways of making epoxides, both old and new, and delves into the growing field of heterocyclic chemistry. It's aimed at people who want a variety of methods and need help figuring out which one suits their specific needs. For students, having all the protocols for making epoxides in one place is handy because sometimes you just want to see all the options for creating a particular compound from a specific starting point. Diazo compounds are important synthetic intermediates in organic synthesis but, because of their unpredictable explosive nature and toxicity, their unique reactivity has not been fully exploited and their employment on large scale is avoided. The synthetic usefulness of diazo compounds cannot be overlooked despite their danger. Because of their ylide and 1,3-dipole nature, the diazo compounds have a unique reactivity. The diazo compounds can be utilized for various different conversions including S-ylide-assisted epoxidation, cyclopropanation, or aziridination reactions. This book describes the new and classic methods for the synthesis of epoxides and covers an important and rapidly growing branch of heterocyclic chemistry. Readers will learn about different methods and want information allowing them to evaluate which method is most suitable in particular cases. Students will be able to find the protocols for the synthesis of epoxides in one place within this book because sometimes we want to see all of the possibilities for synthesizing a particular compound from one particular substrate.
Dr. Navjeet Kaur received her BSc from Panjab University Chandigarh (Panjab, India) in 2008. In 2010, she completed her MSc in Chemistry from Banasthali Vidyapith. She was awarded with PhD in 2014 by the same university. With 11 years of teaching experience, she has published over 160 scientific research papers, review articles, book chapters, and monographs in the field of organic synthesis in national and international reputed journals. She has published five authored books: with Elsevier. She secured her place amongst top 2% scientists of the world in 2017 (single year ranking), 2018 (full career wise ranking), 2019 [full career wise ranking with 424 world rank (04 in India) and single year ranking with 03 world rank (01 in India)] and 2020 (full career wise ranking with 372 world rank and single year ranking with 126 world rank). In 2021, Dr. Kaur was chosen as a candidate for membership by Royal Society of Research, London, England, UK with full waiver of application fees. She is serving as an Editor-in-Chief of the "Advanced Chemicobiology Research? journal.
Inhaltsangabe
1. Epoxide synthesis 2. Epoxide synthesis from alcohols 3. Epoxide synthesis from diazo compounds 4. Epoxide synthesis from diols 5. Epoxide synthesis from diols using sodium reagents 6. Epoxide synthesis from haloalcohols 7. Epoxide synthesis from carbonyl compounds-I 8. Epoxide synthesis from carbonyl compounds-II 9. Epoxide synthesis from carbonyl compounds using sulfur ylides-I 10. Epoxide synthesis from carbonyl compounds using sulfur ylides-II 11. Epoxide synthesis from carbonyl and halo compounds 12. Epoxide synthesis from carbonyl and halo compounds using sulfides
1. Epoxide synthesis 2. Epoxide synthesis from alcohols 3. Epoxide synthesis from diazo compounds 4. Epoxide synthesis from diols 5. Epoxide synthesis from diols using sodium reagents 6. Epoxide synthesis from haloalcohols 7. Epoxide synthesis from carbonyl compounds-I 8. Epoxide synthesis from carbonyl compounds-II 9. Epoxide synthesis from carbonyl compounds using sulfur ylides-I 10. Epoxide synthesis from carbonyl compounds using sulfur ylides-II 11. Epoxide synthesis from carbonyl and halo compounds 12. Epoxide synthesis from carbonyl and halo compounds using sulfides
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