在此大背景之下,复旦大学陈芬儿院士和亚利桑那大学王卫教授联合国内外的相关领域专家,创办Green Synthesis and Catalysis(《绿色合成与催化》),并于2020年8月15日-17日,在井冈山召开了新刊发布会及第一届编委会第二次会议。 期刊简介 Green Synthesis and Catalysis(GSC) 由复旦大学和武汉工程大学主办,由KeAi出版,利用...
Green Synthesis and Catalysis (GSC) is dedicated to publishing high-impact research discoveries and results from academic and industrial laboratories on sustainable synthetic technologies for molecule construction and production. The journal features content that is related to homogeneous and … View full ...
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The main part of this review focuses on the synthesis of chiral 1,5-, 1,2-, and 1,4-benzothiazepines and their synthetic applications through metal catalysis, small-molecule organocatalysis and enzymatic catalysis. select article Asymmetric catalytic hydrogenation of imines and enamines in natural...
The Chemistry of Green Synthesis and Catalysis Introduction The modern world is facing many environmental problems caused by human activities. Environmental pollution, climate change, and depletion of natural resources are the major concerns. To address these issues, scientists are exploring ways to ...
Rings: Challenges and Implications for Sustainable Synthesis'', in: Green Metathesis Chemistry: Great Challenges in Synthesis, Catalysis and Nanotechnology), V... S Monfette,DE Fogg - Nato Advanced Study Institute on Green Metathesis Chemistry: Great Challenges in Synthesis, Catalysis & Nanotechnology...
Most of these questions require innovations in green synthesis and catalysis to create answers. Over the past two decades, our laboratory has been among the many groups worldwide to search for new chemistry towards these challenges. In this perspective, we will use examples to discuss briefly ...
《绿色合成与催化(英文)》(Green Synthesis and Catalysis)(季刊),创刊于2020年, 由复旦大学和武汉工程大学主办,由KeAi出版,利用Elsevier国际化出版平台ScienceDirect,发表一流绿色化学领域的最新研究成果,搭建一流研究成果发布平台,致力于成为绿色合成领域的主流期刊。
The main goal of this dissertation study is to develop high activity heterogeneous catalysts (metal oxide materials) for environmental and sustainable energy applications. Controlled synthesis of crystalline structures, physical,and chemical properties of the catalysts result in improved catalytic activity. ...