Aromatic aldehydes have been converted into the corresponding carbamoyl azides using iodine azide. These reactions have been performed safely under continuous flow reaction conditions in microreactors
Thesis: Ph. D. in Organic Chemistry, Massachusetts Institute of Technology, Department of Chemistry,...
AbstractThe intrinsically small volumes and highly controlled reaction conditions render continuous ...
For the identification of novel compounds, the development of effective laboratory procedures in syn...
Aromatic aldehydes have been converted into the corresponding carbamoyl azides using iodine azide. T...
AbstractThe intrinsically small volumes and highly controlled reaction conditions render continuous ...
Organic azides are important in the synthesis of many target molecules of great use in fine chemical...
Azides are very versatile precursors of organic synthesis functionalities such as amines, isocyanate...
Highly reactive compounds in chemical production are both a blessing and a curse, as they allow fast...
Microreactors are discussed as a complementary tool for chemical development. Two reactions were stu...
In the past decade, microreaction technology has been attracted much attention to the scientific com...
By integrating a heterogeneous oxidation step, gas–liquid separation, and an oxidative amidation rea...
This dissertation describes the development of simplified microreactors to be used in multi-step rea...
Flow chemistry and continuous processing techniques are now frequently used in synthetic laboratorie...
Methods for the small scale synthesis of I-131 labelled iodine species relevant to severe nuclear ac...
Microreactors are discussed as a complementary tool for chemical development. Two reactions were stu...
Thesis: Ph. D. in Organic Chemistry, Massachusetts Institute of Technology, Department of Chemistry,...
AbstractThe intrinsically small volumes and highly controlled reaction conditions render continuous ...
For the identification of novel compounds, the development of effective laboratory procedures in syn...
Aromatic aldehydes have been converted into the corresponding carbamoyl azides using iodine azide. T...
AbstractThe intrinsically small volumes and highly controlled reaction conditions render continuous ...
Organic azides are important in the synthesis of many target molecules of great use in fine chemical...
Azides are very versatile precursors of organic synthesis functionalities such as amines, isocyanate...
Highly reactive compounds in chemical production are both a blessing and a curse, as they allow fast...
Microreactors are discussed as a complementary tool for chemical development. Two reactions were stu...
In the past decade, microreaction technology has been attracted much attention to the scientific com...
By integrating a heterogeneous oxidation step, gas–liquid separation, and an oxidative amidation rea...
This dissertation describes the development of simplified microreactors to be used in multi-step rea...
Flow chemistry and continuous processing techniques are now frequently used in synthetic laboratorie...
Methods for the small scale synthesis of I-131 labelled iodine species relevant to severe nuclear ac...
Microreactors are discussed as a complementary tool for chemical development. Two reactions were stu...
Thesis: Ph. D. in Organic Chemistry, Massachusetts Institute of Technology, Department of Chemistry,...
AbstractThe intrinsically small volumes and highly controlled reaction conditions render continuous ...
For the identification of novel compounds, the development of effective laboratory procedures in syn...
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