The absorption spectrum of GeO, between 2000 and 300 ร , was recorded using the facilities of the SUPERACO synchrotron radiation in Orsay, France. The first three ionization limits, corresponding to the X 2 โบ ฯฉ , A 2 โธ, and B 2 โบ ฯฉ states of the GeO ฯฉ ion, were confirmed at 11.2814, 11.42, and 15.048
New Absorption Spectrum of the BCI Molecule
โ Scribed by R.D. Verma
- Publisher
- Elsevier Science
- Year
- 1995
- Tongue
- English
- Weight
- 317 KB
- Volume
- 169
- Category
- Article
- ISSN
- 0022-2852
No coin nor oath required. For personal study only.
โฆ Synopsis
A new absorption spectrum of the (\mathrm{BCl}) radical is obtained using the well known flash discharge technique in the vacuum UV region (1400-1700 \AA). Four new electronic states, three Rydberg and one valence, are established. The vibrational and partial rotational analyses are carried out. The first experimental estimate of the dissociation energy of (\mathrm{BCl}) is given. The new states have been assigned to electron configurations. From the observed Rydberg series, the first IP value of (\mathrm{BCl}) is obtained. c 1995 Academic Press. Inc.
๐ SIMILAR VOLUMES
An absorption spectrum near 4800 A was observed from flash photolysis of a mixture of Cr(CC& + hfo(CO& vapours, which is tentatively assigned to the CrMo molecule.
The absorption spectrum of heated SnO between 2000 and 300 A has been recorded using the facilities of the SuperACO synchrotron at Orsay, France. New bands have been observed which supplement the data on the previously known systems of SnO. Newly discovered Rydberg series have confirmed the four ion
The three-photon absorprion specwum of iodine has been recorded ur.der high resolution. using both a single umable dye laser (3PlC) and independenrly wnnble pump and probe lasrrs (3PZC). Romtional analysis of the 3P1C spaxrum confirms the presence 01 the F'(O:) smle and gives improved sprclroscopic
The observation of intensz b&d systems attributable to Xe2 gives clear spectroscopic evidence of the formation of molecules even at 10~~ preuure.