@article {Namiki:September 1998:0022-2852:176,
	author = "Namiki K-i.",
	author = "Saito S.",
	author = "Robinson J.S.",
	author = "Steimle T.C.",
	title = "The Pure Rotational Spectra of TiO(X3Delta) and TiN(X2Sigma+)",
	journal = "Journal of Molecular Spectroscopy",
	volume = "191",
	year = "September 1998",
	abstract = "<P>The pure rotational transitions in the 220&#150;460 GHz spectral range of TiO (<B>X</B><SUP>3</SUP><IMG SRC="/iso-ents/isogrk1/dgr-c.gif" ALT="Dgr"><B><SUB>r</SUB>) and TiN(X</B><SUP>2</SUP><IMG SRC="/iso-ents/isogrk1/sgr-c.gif" ALT="Sgr"><SUP>+</SUP>) have been observed using a source-modulated submillimeter-wave spectrometer. In addition, the two lowest rotational transitions of TiO at 63 and 94 GHz have been observed using molecular beam pump/probe microwave optical double resonance (PPMODR) technique. An improved set of spectroscopic parameters for TiO(<B>X</B><SUP>3</SUP><IMG SRC="/iso-ents/isogrk1/dgr-c.gif" ALT="Dgr">) was generated by combining the new PPMODR and submillimeter-wave absorption measurements. Similarly, an improved set of spectroscopic parameters for TiN(<B>X</B><SUP>2</SUP><IMG SRC="/iso-ents/isogrk1/sgr-c.gif" ALT="Sgr"><SUP>+</SUP>) was generated by combining the new submillimeter-wave absorption measurements with the previously recorded PPMODR measurements (D. A. Fletcher, C. T. Scurlock, K. Y. Jung, and T. C. Steimle, 1993,<B>J. Chem. Phys.</B>99, 4288). The determined <IMG SRC="/iso-ents/isogrk1/lgr-c.gif" ALT="Lgr">-type doubling parameter for the TiO(<B>X</B><SUP>3</SUP><IMG SRC="/iso-ents/isogrk1/dgr-c.gif" ALT="Dgr">) is compared with the theoretical model.<B>Copyright 1998 Academic Press.</B></P>",
	pages = "176-182(7)",
	url = "http://www.ingentaconnect.com/content/ap/ms/1998/00000191/00000001/art07634"
	doi = "doi:10.1006/jmsp.1998.7634"
}