Trifluoroacetaldehyde is a degradation product from the atmospheric degradation of some common hydrofluoroolefins (HFOs). In the commentary we discuss potential fates of trifluoro acetaldehyde: OH reaction, photolysis and wet and dry deposition.
Using energy decomposition analysis, we identified the interaction fingerprints of “hydridic hydrogen bonds” and elucidated their vibrational signatures.
Simple adducts, including common interactions, bi and trifurcated dihydrogen bonds in which BH41- through its vertices, edges, and faces acts as an electron donor and through its σ-holes, acts as an electron acceptor for triel bond were considered.
The ability of IR and NMR spectra to distinguish between hydrogen and halogen bonding of haloforms is assessed by quantum chemical calculations.
A novel temperature self-triggered microcapsule was prepared by the in situ polymerization method, possessing dual effects of extinguishing and cooling. It can delay the thermal runaway of batteries and inhibit the propagation of thermal runaway.