The use of gaseous sulfuryl fluoride in sulfur(VI) fluoride exchange reactions is a challenge. Now, a flow set-up for the on-demand generation and onward reaction of sulfuryl fluoride, from sulfuryl ...
4don MSN
Slower access, faster chemistry: Nanoreactor design improves catalysis by balancing molecular flow
A new study by a team at Tohoku University, published in Chemical Engineering Journal, has shown that more isn't always ...
A simple diagram of the chemical process in the device developed by the research team. In their system, a solution of the disaccharide cellobiose (left) is passed through a sulfonated carbon catalyst ...
Dr. Luke Baldwin, chemical research scientist and a member of the Air Force Research Laboratory’s Materials and Manufacturing Directorate, is working with the Massachusetts Institute of Technology to ...
New research from Professor Anna Slater and colleagues at the University of Liverpool demonstrates how continuous flow ...
The study begins by linking the DTFB’s invention to the thermodynamic and kinetic differences between olefin generation and conversion in FCC reactions. It identifies that endothermic cracking ...
Researchers use AI to visualize reaction pathways of colloidal quantum dots as subway maps, clarifying synthesis and speeding sensor design. This innovative achievement allows AI to analyze complex ...
Designed by a team of flow chemists and engineers, the FlowSyn Multi-X is based upon the FlowSyn, a continuous flow reactor for reaction optimization. The FlowSyn Multi-X uses a FlowSyn control ...
Interesting Engineering on MSN
Japanese scientists fine-tune molecular flow in nanoreactors to boost catalytic performance
Conventional intuition suggests that the most efficient way to accelerate a chemical reaction is ...
The interesting article by Bethany Halford on lateral flow tests (C&EN Sept. 19, 2022, page 6) inspired me to express it in the following poem.
Some results have been hidden because they may be inaccessible to you
Show inaccessible results