25147-91-5Relevant academic research and scientific papers
Tuning the recovery of an Rh-containing catalyst with silica-based (poly) amine ion exchangers
Kramer,Garcia,Driessen,Reedijk
, p. 2420 - 2421 (2001)
Highly efficient Rh-recovery from different adsorption media has been effected with silica-based (chelating) ion exchangers containing (poly) amine functionalities; recoveries have been found to correlate well with the stability of the metal-to-ligand com
CO2capture capacity of five- and six-membered cyclic amidines bearing silatranyl group under dry conditions
Aoyagi, Naoto,Endo, Takeshi
, p. 1529 - 1533 (2017)
CO2capture and release behaviors of three amidines bearing silatranyl group in DMSO solution were evaluated under dry conditions containing a very small amount of water. A six-membered cyclic amidine with silatranyl group captured CO2at 25?°C under atmospheric pressure quantitatively, and the trapped CO2was released at 60?°C under Ar atmosphere. A five-membered cyclic amidine with silatranyl group also captured CO2, but less efficiently, under the same conditions as above. In contrast, an acyclic amidine with silatranyl group did not capture CO2at all, as expected from the poor CO2-capturing ability of the acyclic amidine moiety.
