New experimental pressure-broadening data for H2CO-He agree with state-of-the-art close-coupling calculations within 95% confidence intervals, validating the theoretical rates for astrophysical use.
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The chapter proposes SKA spectroscopic surveys of the inner and outer Milky Way using OH, CH, radio recombination lines, and H2CO to study molecular cloud formation, ionized gas properties, and CO-dark molecular gas.
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Collisional excitation of H$_2$CO by He: Experimental validation of state-of-the-art scattering calculations
New experimental pressure-broadening data for H2CO-He agree with state-of-the-art close-coupling calculations within 95% confidence intervals, validating the theoretical rates for astrophysical use.
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Spectroscopic surveys with the SKA probing the ionized and molecular Milky Way
The chapter proposes SKA spectroscopic surveys of the inner and outer Milky Way using OH, CH, radio recombination lines, and H2CO to study molecular cloud formation, ionized gas properties, and CO-dark molecular gas.