Spectroscopy of buffer-gas cooled vanadium monoxide in a magnetic trapping field

Jonathan D. Weinstein; Robert Decarvalho; Karine Amar; Andreea Boca; Brian C. Odom; Bretislav Friedrich; John M. Doyle

doi:10.1063/1.476864

Spectroscopy of buffer-gas cooled vanadium monoxide in a magnetic trapping field

Jonathan D. Weinstein^*, Robert Decarvalho, Karine Amar, Andreea Boca, Brian C. Odom, Bretislav Friedrich, John M. Doyle

^*Corresponding author for this work

Physics and Astronomy

Research output: Contribution to journal › Article › peer-review

56 Scopus citations

Abstract

Spectroscopy of buffer-gas cooled vanadium monoxide (VO) is performed in the presence of a magnetic trapping field and at low field. VO is created via laser ablation. A helium buffer gas, chilled by a dilution refrigerator, cools 10¹² VO molecules to 1.8±0.2 K within 10 ms. The measured rotational temperature is 1.5±0.8 K. Spatially resolved Zeeman spectra allow the magnetic broadening terms of several optical transitions to be determined. The density of VO decays with a characteristic time of 60 ms, thus precluding the observation of trapping.

Original language	English (US)
Pages (from-to)	2656-2661
Number of pages	6
Journal	Journal of Chemical Physics
Volume	109
Issue number	7
DOIs	https://doi.org/10.1063/1.476864
State	Published - 1998

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Physics and Astronomy(all)
Physical and Theoretical Chemistry

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title = "Spectroscopy of buffer-gas cooled vanadium monoxide in a magnetic trapping field",

abstract = "Spectroscopy of buffer-gas cooled vanadium monoxide (VO) is performed in the presence of a magnetic trapping field and at low field. VO is created via laser ablation. A helium buffer gas, chilled by a dilution refrigerator, cools 1012 VO molecules to 1.8±0.2 K within 10 ms. The measured rotational temperature is 1.5±0.8 K. Spatially resolved Zeeman spectra allow the magnetic broadening terms of several optical transitions to be determined. The density of VO decays with a characteristic time of 60 ms, thus precluding the observation of trapping.",

author = "Weinstein, {Jonathan D.} and Robert Decarvalho and Karine Amar and Andreea Boca and Odom, {Brian C.} and Bretislav Friedrich and Doyle, {John M.}",

year = "1998",

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T1 - Spectroscopy of buffer-gas cooled vanadium monoxide in a magnetic trapping field

AU - Weinstein, Jonathan D.

AU - Decarvalho, Robert

AU - Amar, Karine

AU - Boca, Andreea

AU - Odom, Brian C.

AU - Friedrich, Bretislav

AU - Doyle, John M.

PY - 1998

Y1 - 1998

N2 - Spectroscopy of buffer-gas cooled vanadium monoxide (VO) is performed in the presence of a magnetic trapping field and at low field. VO is created via laser ablation. A helium buffer gas, chilled by a dilution refrigerator, cools 1012 VO molecules to 1.8±0.2 K within 10 ms. The measured rotational temperature is 1.5±0.8 K. Spatially resolved Zeeman spectra allow the magnetic broadening terms of several optical transitions to be determined. The density of VO decays with a characteristic time of 60 ms, thus precluding the observation of trapping.

AB - Spectroscopy of buffer-gas cooled vanadium monoxide (VO) is performed in the presence of a magnetic trapping field and at low field. VO is created via laser ablation. A helium buffer gas, chilled by a dilution refrigerator, cools 1012 VO molecules to 1.8±0.2 K within 10 ms. The measured rotational temperature is 1.5±0.8 K. Spatially resolved Zeeman spectra allow the magnetic broadening terms of several optical transitions to be determined. The density of VO decays with a characteristic time of 60 ms, thus precluding the observation of trapping.

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JF - Journal of Chemical Physics

SN - 0021-9606

IS - 7

ER -

Spectroscopy of buffer-gas cooled vanadium monoxide in a magnetic trapping field

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