Bath gas temperature

Pitteri, S.J. Chrisman, P.A. McLuckey, S.A. Electron transfer ion/ion reactions of doubly protonated peptides Effect of elevated bath gas temperature. Anal. Chem. 2005, 77, 5662-5669. 

Constant-temperature water bath at 37°C Steam bath Gas chromatograph Conditions ... 

Slagle et al. [107] studied the methyl combination 2CH3->C2H6 as a function of temperature (296 to 906 K) and argon bath gas density by FPTRMS at lower pressures and by absorption spectroscopy at higher pressures to better characterize the falloff region. 

The unimolecular decomposition of the neopentyl radical has also been investigated. Neopentyl was generated by the reaction of Cl atoms with neopentane, and the dissociation to isobutane and methyl was followed by photoionization mass spectrometry over the temperature range 560 to 650 K, and as a function of bath gas [126] ... 

Knyazev et al. have reported the decomposition of the 1-chloroethyl radical by photoionization mass spectrometry [127]. Rate coefficients, determined as a function of temperature (848-980 K) and bath gas density (3-22 x 1016 molecules cm"3) in He, Ar, and N2, were in the unimolecular falloff. The falloff behavior was modeled by a master equation analysis. 

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