The collisional excitation of nitrogen by low energy electrons to the second positive (C3∐u]) transition

Download
Author
Ader, Steven Wayne
Doerner, William Charles
Date
1974-06Advisor
Milne, E.A.
Second Reader
Kelly, Raymond
Metadata
Show full item recordAbstract
An experiment was conducted to determine the effective
excitation cross sections for forming the C 3 n 2nd positive
state of N
?
in the lowest vibrational energy level by bombarding
gaseous" nitrogen with electrons in the energy range
80 to 900 eV.
When the nitrogen was bombarded by 250 eV electrons
the effective cross section was determined to be (1.72 ±
- 17 2
.22) x 10 cm , which was the maximum value of the cross
section measured.
Collections
Related items
Showing items related by title, author, creator and subject.
-
The production of Be(7), C(11), N(13), or O(15) from carbon, nitrogen and oxygen by 87-mev electrons.
Higgins, Robert Martin (Monterey, California. U.S. Naval Postgraduate School, 1969);Targets of graphite, melamine and water were bombarded with 87- MeV electrons from the Naval Postgraduate School linear accelerator in order to investigate the production of the unstable nuclei Be(7) , C(11) , N(13) , ... -
The collisional de-excitation of neon at various pressures.
Farris, Ivan Robert. (1972);It was proposed to observe the spectral intensities of the 5852. 5A o line in Neon I, and 3664. 1A line in Neon II to obtain collisional deexcitation cross sections, a,, and de-excitation reaction rates, K... d 1 However, ... -
The production of Be(7) and C(11) from carbon, nitrogen, and oxygen by 75-MeV electrons
Lusk, James Allen; Pomykal, Glenn Waldo (Monterey, California. Naval Postgraduate School, 1967-06);An investigation was made of the electromagnetic disintegration of carbon, nitrogen, and oxygen leading to production of the unstable nuclei Be(7) and C(11). Targets of graphite, melamine, and water were bombarded with ...