Metal and Nonmetal Assisted Synthesis of Six-Membered Heterocycles

Description

Metal and Nonmetal Assisted Synthesis of Six-Membered Heterocycles provides a useful guide to key approaches being explored in this area. The volume highlights synthetic approaches and catalytic options that facilitate the construction of multiple substituted molecules under mild conditions from easily available starting substrates. Drawing on the experience of its expert author, the book is a useful guide on the key approaches being explored in this area. Following a user-friendly structure based on specific six-membered heterocycle ring groups, this volume highlights synthetic approaches and catalytic options that facilitate the construction of multiple substituted molecules under mild conditions from easily available starting substrates. Highlights new methodologies for the synthesis of different six-membered heterocyclesProvides an up-to-date overview of this fast-moving field with an easy-to-use structureIncludes novel approaches used in the study and application of catalysts in synthetic organic reactions Cover Metal- and Nonmetal-Assisted Synthesis of Six-Membered Heterocycles Copyright Contents About the author Preface 1 Six-membered N-heterocycles 1.1 Introduction 1.2 Metal- and nonmetal-assisted synthesis of six-membered N-heterocycles 1.2.1 Aluminum-assisted synthesis 1.2.2 Antimony-assisted synthesis 1.2.3 Bismuth-assisted synthesis 1.2.4 Cerium-assisted synthesis 1.2.5 Cesium-assisted synthesis 1.2.6 Indium-assisted synthesis 1.2.7 Iodine-assisted synthesis 1.2.8 Iridium-assisted synthesis 1.2.9 Iron-assisted synthesis 1.2.10 Lanthanum-assisted synthesis 1.2.11 Lithium-assisted synthesis 1.2.12 Magnesium-assisted synthesis 1.2.13 Manganese-assisted synthesis 1.2.14 Molybdenum-assisted synthesis 1.2.15 Rhodium-assisted synthesis 1.2.16 Samarium-assisted synthesis 1.2.17 Scandium-assisted synthesis 1.2.18 Silicon-assisted synthesis 1.2.19 Tin-assisted synthesis 1.2.20 Ytterbium-assisted synthesis 1.2.21 Zinc-assisted synthesis 1.2.22 Zirconium-assisted synthesis References 2 Six-membered fused N-heterocycles 2.1 Introduction 2.2 Metal- and nonmetal-assisted synthesis of six-membered N-heterocycles fused with other heterocycles 2.2.1 Aluminum-assisted synthesis 2.2.2 Calcium-assisted synthesis 2.2.3 Cerium-assisted synthesis 2.2.4 Cesium-assisted synthesis 2.2.5 Iodine-assisted synthesis 2.2.6 Iridium-assisted synthesis 2.2.7 Iron-assisted synthesis 2.2.8 Lithium-assisted synthesis 2.2.9 Manganese-assisted synthesis 2.2.10 Mercury-assisted synthesis 2.2.11 Molybdenum-assisted synthesis 2.2.12 Neodymium-assisted synthesis 2.2.13 Nickel-assisted synthesis 2.2.14 Rhenium-assisted synthesis 2.2.15 Rhodium-assisted synthesis 2.2.16 Ruthenium-assisted synthesis 2.2.17 Scandium-assisted synthesis 2.2.18 Thallium-assisted synthesis 2.2.19 Tin-assisted synthesis 2.2.20 Titanium-assisted synthesis 2.2.21 Ytterbium-assisted synthesis 2.2.22 Zinc-assisted synthesis 2.2.23 Zirconium-assisted synthesis References 3 Six-membered fused N-polyheterocycles 3.1 Introduction 3.2 Metal- and nonmetal-assisted synthesis of six-membered N-polyheterocycles fused with other heterocycles 3.2.1 Aluminum-assisted synthesis 3.2.2 Arsenic-assisted synthesis 3.2.3 Bismuth-assisted synthesis 3.2.4 Cesium-assisted synthesis 3.2.5 Indium-assisted synthesis 3.2.6 Iodine-assisted synthesis 3.2.7 Iron-assisted synthesis 3.2.8 Lanthanum-assisted synthesis 3.2.9 Lithium-assisted synthesis 3.2.10 Magnesium-assisted synthesis 3.2.11 Manganese-assisted synthesis 3.2.12 Molybdenum-assisted synthesis 3.2.13 Nickel-assisted synthesis 3.2.14 Promethium-assisted synthesis 3.2.15 Rhenium-assisted synthesis 3.2.16 Rhodium-assisted synthesis 3.2.17 Scandium-assisted synthesis 3.2.18 Tin-assisted synthesis 3.2.19 Tungsten-assisted synthesis 3.2.20 Ytterbium-assisted synthesis 3.2.21 Zinc-assisted synthesis References 4 Six-membered N,N-heterocycles 4.1 Introduction 4.2 Metal- and nonmetal-assisted synthesis of six-membered heterocycles with two nitrogen atoms 4.2.1 Aluminum-assisted synthesis 4.2.2 Bismuth-assisted synthesis 4.2.3 Cerium-assisted synthesis 4.2.4 Copper-assisted synthesis 4.2.5 Gold-assisted synthesis 4.2.6 Indium-assisted synthesis 4.2.7 Iodine-assisted synthesis 4.2.8 Iridium-assisted synthesis 4.2.9 Iron-assisted synthesis 4.2.10 Lanthanum-assisted synthesis 4.2.11 Lithium-assisted synthesis 4.2.12 Magnesium-assisted synthesis 4.2.13 Manganese-assisted synthesis 4.2.14 Molybdenum-assisted synthesis 4.2.15 Nickel-assisted synthesis 4.2.16 Niobium-assisted synthesis 4.2.17 Rhodium-assisted synthesis 4.2.18 Ruthenium-assisted synthesis 4.2.19 Samarium-assisted synthesis 4.2.20 Scandium-assisted synthesis 4.2.21 Selenium-assisted synthesis 4.2.22 Silicon-assisted synthesis 4.2.23 Silver-assisted synthesis 4.2.24 Tin-assisted synthesis 4.2.25 Titanium-assisted synthesis 4.2.26 Tungsten-assisted synthesis 4.2.27 Ytterbium-assisted synthesis 4.2.28 Zinc-assisted synthesis 4.2.29 Zirconium-assisted synthesis References 5 Six-membered N,N-polyheterocycles 5.1 Introduction 5.2 Metal- and nonmetal-assisted synthesis of six-membered polyheterocycles with two nitrogen atoms 5.2.1 Aluminum-assisted synthesis 5.2.2 Barium-assisted synthesis 5.2.3 Bismuth-assisted synthesis 5.2.4 Cobalt-assisted synthesis 5.2.5 Copper-assisted synthesis 5.2.6 Gold-assisted synthesis 5.2.7 Iodine-assisted synthesis 5.2.8 Iridium-assisted synthesis 5.2.9 Iron-assisted synthesis 5.2.10 Lithium-assisted synthesis 5.2.11 Manganese-assisted synthesis 5.2.12 Molybdenum-assisted synthesis 5.2.13 Nickel-assisted synthesis 5.2.14 Rhodium-assisted synthesis 5.2.15 Ruthenium-assisted synthesis 5.2.16 Scandium-assisted synthesis 5.2.17 Silicon-assisted synthesis 5.2.18 Tin-assisted synthesis 5.2.19 Titanium-assisted synthesis 5.2.20 Zinc-assisted synthesis References 6 Six-membered O-heterocycles 6.1 Introduction 6.2 Metal- and nonmetal-assisted synthesis of six-membered oxygen containing heterocycles 6.2.1 Aluminum-assisted synthesis 6.2.2 Barium-assisted synthesis 6.2.3 Bismuth-assisted synthesis 6.2.4 Cerium-assisted synthesis 6.2.5 Cesium-assisted synthesis 6.2.6 Chromium-assisted synthesis 6.2.7 Cobalt-assisted synthesis 6.2.8 Copper-assisted synthesis 6.2.9 Europium-assisted synthesis 6.2.10 Indium-assisted synthesis 6.2.11 Iodine-assisted synthesis 6.2.12 Iron-assisted synthesis 6.2.13 Lanthanum-assisted synthesis 6.2.14 Molybdenum-assisted synthesis 6.2.15 Nickel-assisted synthesis 6.2.16 Osmium-assisted synthesis 6.2.17 Platinum-assisted synthesis 6.2.18 Rhodium-assisted synthesis 6.2.19 Silver-assisted synthesis 6.2.20 Titanium-assisted synthesis 6.2.21 Tungsten-assisted synthesis 6.2.22 Ytterbium-assisted synthesis 6.2.23 Zinc-assisted synthesis References 7 Six-membered O,O-heterocycles 7.1 Introduction 7.2 Metal- and nonmetal-assisted synthesis of six-membered oxygen-containing polyheterocycles 7.2.1 Aluminum-assisted synthesis 7.2.2 Antimony-assisted synthesis 7.2.3 Barium-assisted synthesis 7.2.4 Bismuth-assisted synthesis 7.2.5 Cerium-assisted synthesis 7.2.6 Cesium-assisted synthesis 7.2.7 Chromium-assisted synthesis 7.2.8 Cobalt-assisted synthesis 7.2.9 Copper-assisted synthesis 7.2.10 Hafnium-assisted synthesis 7.2.11 Iodine-assisted synthesis 7.2.12 Iron-assisted synthesis 7.2.13 Lithium-assisted synthesis 7.2.14 Molybdenum-assisted synthesis 7.2.15 Nickel-assisted synthesis 7.2.16 Platinum-assisted synthesis 7.2.17 Rhodium-assisted synthesis 7.2.18 Scandium-assisted synthesis 7.2.19 Selenium-assisted synthesis 7.2.20 Silver-assisted synthesis 7.2.21 Titanium-assisted synthesis 7.2.22 Tungsten-assisted synthesis 7.2.23 Zinc-assisted synthesis 7.2.24 Zirconium-assisted synthesis References 8 Six-membered O,N-heterocycles 8.1 Introduction 8.2 Metal- and nonmetal-assisted synthesis of six-membered O,N-heterocycles 8.2.1 Aluminum-assisted synthesis 8.2.2 Bismuth-assisted synthesis 8.2.3 Copper-assisted synthesis 8.2.4 Gold-assisted synthesis 8.2.5 Iodine-assisted synthesis 8.2.6 Iron-assisted synthesis 8.2.7 Lithium-assisted synthesis 8.2.8 Mercury-assisted synthesis 8.2.9 Nickel-assisted synthesis 8.2.10 Palladium-assisted synthesis 8.2.11 Platinum-assisted synthesis 8.2.12 Rhodium-assisted synthesis 8.2.13 Ruthenium-assisted synthesis 8.2.14 Silver-assisted synthesis 8.2.15 Tin-assisted synthesis 8.2.16 Titanium-assisted synthesis 8.2.17 Ytterbium-assisted synthesis 8.2.18 Zinc-assisted synthesis References 9 Six-membered S-heterocycles 9.1 Introduction 9.2 Metal- and nonmetal-assisted synthesis of six-membered heterocycles with sulfur heteroatom 9.2.1 Aluminum-assisted synthesis 9.2.2 Bismuth-assisted synthesis 9.2.3 Calcium-assisted synthesis 9.2.4 Cesium-assisted synthesis 9.2.5 Copper-assisted synthesis 9.2.6 Gold-assisted synthesis 9.2.7 Iodine-assisted synthesis 9.2.8 Iron-assisted synthesis 9.2.9 Lead-assisted synthesis 9.2.10 Lithium-assisted synthesis 9.2.11 Phosphorus-assisted synthesis 9.2.12 Platinum-assisted synthesis 9.2.13 Rhodium-assisted synthesis 9.2.14 Ruthenium-assisted synthesis 9.2.15 Silver-assisted synthesis 9.2.16 Tin-assisted synthesis 9.2.17 Ytterbium-assisted synthesis 9.2.18 Zinc-assisted synthesis References Index Back Cover