Reaction of Organoaluminum Coordination Compound with Carbon Dioxide

Carbon Dioxide & the Hill Reaction.

Recently a i uniber of investigators have reported that the Hill reaction is mior-e ral)i(l in the plreelice of CO., thiani in its absence. However., thle phenome1on1 (it CO., dependence can only Ie (lemonstrated un(ler certain conl(litioiis and it is thlerefore regrettable that there hlas beenino agreement as to the nlattire of these cond(litions. \Warburg an(l Kiippahl ( 9) haxve stresse(l th...

Reaction of Sulfur Dioxide (so2) with Reversible Ionic Liquids (revils) for Carbon Dioxide (co2) Capture

Multiple photochemical reaction pathways in a Ni(II) coordination compound.

The gas-phase photofragmentation of the mixed-ligand coordination compound trans-bis(trifluoroacetato)bis(N,N'-dimethylethylenediamine)nickel(II) (Ni(tfa)2(dmen)2) detected via time-of-flight mass spectrometry is reported. In contrast to most gas-phase studies of metal-containing compounds where fragmentation of weak metal-ligand bonds dominates, the data here show that the dmen ligands fragmen...

The effect of carbon dioxide on the Hill reaction.

Isolated chloroplasts which are incapable of causing a net reduction of COZ accompanied by 02 evolution can still cause a Hill reaction, that is, a photoreduction of an added oxidant with concomitant evolution of a stoichiometric amount of OZ. The occurrence of the Hill reaction has long been regarded as part of the evidence for the conclusion that the action of light in photosynthesis leads fi...

correlation of end-tidal carbon dioxide with arterial carbon dioxide in mechanically ventilated patients

background: patients undergone mechanical ventilation need rapid and reliable evaluation of their respiratory status. monitoring of end-tidal carbon dioxide (etco2) as a surrogate, noninvasive measurement of arterial carbon dioxide (paco2) is one of the methods used for this purpose in intubated patients. objectives: the aim of the present trial was to study the relationship between end-tidal c...