The micro-droplet interfacial electric field and reactant enrichment are universal phenomena-not limited to methane-and can also strengthen the activation and selective conversion of generally inert C-H bonds, offering a new tool for photo-induced organic synthesis.
Conventional photochemical synthesis mostly uses the PLS-P8 Rotary Photochemical Reactor or the PCX-50C Discover Multi-Channel Photocatalytic Reaction System for liquid-phase reactions; introducing the micro-droplet interface can further raise the conversion of hard-to-activate substrates.
Micro-droplet systems are sensitive to liquid composition and surfactants; experiments must systematically check the reaction contribution of interfacial additives themselves to avoid misattribution.
Free consultation: Want to apply the micro-droplet interfacial effect to your own C-H activation project? Perfectlight's PLR-CTPR Micro-Droplet Methane Photoconversion Reactor is also a general interface-enhanced photo-reactor worth trying.
Tel: 400-1161-365 / 010-62128921 Perfectlight Official Website
Yes-the interfacial electric field and reactant enrichment also strengthen general inert C-H activation and selective conversion, aiding photo-induced organic synthesis.
Conventional synthesis uses reactors like the PLS-P8 or PCX-50C; adding the micro-droplet interface further boosts hard-to-activate substrates.
Micro-droplet systems are sensitive to liquid composition and surfactants; check the additive's own reactivity to avoid misattribution.
This article does not constitute a performance commitment; specific technical parameters are subject to the actual product documentation and mutual confirmation.
}}]}
