000			01872nam a22002177a 4500
005			20230105163125.0
008			230105b |||||||| |||| 00| 0 eng d
020			_a9781786305107
082			_a541.2 _bGOD
100			_aGoddard, Jean-Philippe
245			_aActivation methods : sonochemistry and high pressure _cMax Malacria (Editor, Contributor), Jean-Philippe Goddard (Editor, Contributor), Cyril Ollivier (Editor,
260			_aLondon, Hoboken, _bISTE ; Wiley, _c2019
300			_avi, 126 pages : _bill.; _c24 cm.
440			_aEco-Compatibility of Organic Synthesis Set
505			_tChapter 1. Organic Sonochemistry: Ultrasound in Green Organic Synthesis _t2. High-Pressure Synthesis: An Eco-friendly Chemistry
520			_aActivation Methods' examines recent improvements in the utilization of ultrasonic waves and pressurized gases to generate reactions. A straightforward method to use, sonochemistry allows chemical reactions to be carried out under ultrasound without the need for external heat, reagents or catalysts -- leading to high yields and the production of a minimum amount of waste. This book presents an overview of the main applications of sonochemistry in green organic chemistry, with an emphasis on texts published within the last few years. High-pressure chemical reactions offer innovative solutions to problems relating to synthesis. They allow access to new products and a further understanding of reaction mechanisms. This book presents the characteristics of hyperbaric activation, which allow the integration of an arsenal of tools for green chemistry, such as the lowering of energy costs and of by-products, as well as the possibility of using substrates that are sterically congested and generally inert
650			_aSonochemistry
650			_aHigh pressure chemistry
650			_aActivation (Chemistry)
942			_2ddc _cREF
999			_c1904 _d1904