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THE MICROWAVE SPECTRUM OF 1,2,4-TRIAZINE AND THE ROTATIONAL CONSTANT OBTAINED FROM A SIMULTANEOUS ANALYSIS OF MICROWAVE GROUND STATE AND HIGH RESOLUTION IR-TRANSITIONS.

Dines Christen, Michael H. Palmer, Flemming Hegelund

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Abstract

$^{a}$ Palmer, Maier, Hegelund, and Newnham, J. Mol. Spectrossc. 192, 331, (1998)and Bach, Hegelund, Beukes, Nicolaisen, and Palmer, J. Mol, Spectrose. 198, (1999)

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$^{a}$ Palmer, Maier, Hegelund, and Newnham, J. Mol. Spectrossc. 192, 331, (1998)and Bach, Hegelund, Beukes, Nicolaisen, and Palmer, J. Mol, Spectrose. 198, (1999)

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Available abstract

$^{a}$ Palmer, Maier, Hegelund, and Newnham, J. Mol. Spectrossc. 192, 331, (1998)and Bach, Hegelund, Beukes, Nicolaisen, and Palmer, J. Mol, Spectrose. 198, (1999)

Key concepts: Microwave, Rotational spectroscopy, Ground state, Rotational transition, Rotational spectrum, Spectrum (functional analysis), High resolution, Physics

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THE MICROWAVE SPECTRUM OF 1,2,4-TRIAZINE AND THE ROTATIONAL CONSTANT OBTAINED FROM A SIMULTANEOUS ANALYSIS OF MICROWAVE GROUND STATE AND HIGH RESOLUTION IR-TRANSITIONS. — Research Paper | ScholarLens