โ Scribed by A.B. Callear; J.H. Connor
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
Relasntion of Hg((iBP9) by NHg wfs shown to occur in bimoleculnr cnoountcrs. :md :~lso in tcrmolccular e!counters with an inert gas. M. viz. Hg(G3P0) + NH3 A &I -+ HgNII~ t IU. The prinoip:li f:kte of the HgN113 IS tbc spontnncuus emission of rxlintion. The bimolecular and tcrmolecular rnte coeffici
A modification of the rotating sector method has been used to study the mercury-photosensitized luminescence of ammonia. At low ammonia pressures the intensity of the modulated tilminescence decreases rapidly with increasing frequency of modulation, showing that a slow process must intervene between
A phase-shift method has been used to study the bimolecular and termolecular reactions of HF(~P~) with EiH3. The bimolecular and termolecular rate constants are 3.8 x IO-13 cm3moIecule~1sec-and 1.4 X 1O-3o cm6 molecule-2sec-1, respectively. From the difference between the wavelengths of peak emissio
A Ufctime of (1.86 \*00x)8) x 10-6 aec has been determined from phase-shift massurcmcnfs of the luminescence emitted when the NH3\*Hg(3P9) complex dissociates. The lifetime is independent of tha ommooia pressure. By ollowiqg for the finite lifetime of the complex improved values of the rate constan