Report on Band-spectra of Diatomic Molecules.

Jevons, W.

doi:10.1021/j150346a018

Cited by 56 publications

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“…Perturbation of z/'=4 was observed and assigned to a , 3 [226] are quoted by Herzberg [99]; i.e., B e =2.075, Stepanov [246] Jevons [117] had previously listed 2214 cm -1 from the data of Asundi [4]. Gero's [75] estimate of 2198 cm The new system was labeled 3A, and bands were identified as the (0-v") progression for v" = 0 to 4.…”

Section: Schmid Andmentioning

confidence: 99%

“…*> Band origins from [276]. Data from Hopfield and Birge [104] and Jevons [117]. a 1-0, 2-0 band positions inferred from vibrational constants listed by…”

Section: Stark Effectmentioning

confidence: 99%

“…Jevons [117] and Herzberg [99], Data from Hopfield and Birge [104] and Tanaka, Jursa, and LeBlanc [255] Data from Herzberg and Hugo [101].…”

Section: Stark Effectmentioning

confidence: 99%

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The band spectrum of carbon monoxide

Krupenie¹

1966

121

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Section: Schmid Andmentioning

confidence: 99%

“…*> Band origins from [276]. Data from Hopfield and Birge [104] and Jevons [117]. a 1-0, 2-0 band positions inferred from vibrational constants listed by…”

Section: Stark Effectmentioning

confidence: 99%

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The band spectrum of carbon monoxide

Krupenie¹

1966

121

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“…This procedure was found to be faster than obtaining the vacuum wave numbers from Kayser's tables when a large number of conversions is involved. mentioned here were carried out by standard procedures described by Herzberg (1950) and Jevons (1932).…”

Section: Measurement Of Spectramentioning

confidence: 99%

The emission spectrum of diatomic bismuth

Reddy

Алі

1970

Journal of Molecular Spectroscopy

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“…Herzberg (1950), Johnson (1949), Jevons (1932), Mulliken (1931), and others list tables cf the Hfnl-London factors for these oases. 8chlapp (1932), Kovacs (1960) and others have studied the factors for forbidden transitions.…”

Section: IImentioning

confidence: 99%

Thermal Radiation Phenomena. Volume Ii. The Equilibrium Radiative Properties of Air - Theory

Armstrong¹,

Nicholls²

1967

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INTRODUCTIONThis volume is one of a set which is concerned with all aspects of thermal radiation phenomena in heated air, over a wide range of temperature and density. Thermal radiation phenomena are meant to be those which arise due to or are related to, the passage of electromagnetic energy through an atmosphere of some type when significant interaction occurs between the radiation stream and the atmosphere. It is usually implied that some type of partial thermal equilibrium is produced by this interaction, although not a complete one, of course. In the case of complete thermal equilibrium, there can be only an uninteresting homogeneous system with no net transport of radiation at all. Radiation is a significant mode of energy transfer in all gases at sufficiently high temperatures, and in many situations at low temperatures as well. Since radiative energy transfer is controlled by the absorption coefficient which is, in turn determined by the microscopic atomic and molecular, and the statistical/thermodynamic properties of the medium, much of these volumes are concerned with these underlying properties. In particular, after a brief introduction to the theory of radiative transfer limited to conditions of local thermodynamic equilibrium, the present volume is mainly concerned with the detailed application of the basic quantum theory of radiation to real atomic and molecular systems. The transfer problem only reappears occasionally to guide this application into the practical channels which constitute the raison d'etre of the book.Although radiation transport is now of wide interdisciplinary application, most of its basic developments were made in an astrophysical milieu. Some of its contemporary applications are in stellar, solar and planetary atmospheres and aeronomy, in meteor, missile and rocket re-entry phenomena, in F combustion physics and chemistry, and in plasma and weapons physics.Towards very high temperatures there are fewer contributing effects and therefore the situation is conceptually somewhat simpler. Fig. 1.1 illustrates some significant subdivisions and interrelations towards the high-temperature limit of our considerations. As one progresses downwards in temperature, the effects and interactions proliferate and become, at our present state of knowledge, more fragmented and diverse, so that we will not attempt an illustration in this case,A large fraction of the work dating from World War II on specific problems in the above fields of application has been motivated by defense needs and financed by government contracts. As a result, much of the literature on the subject is comprised of unpublished and therefore unrefereed contract reports which are not universally available to the scientific community. Much of the work described in this "grey" literature (Goody, 1964) is important, but some obscurities and errors in an already complex field have propagated through these reports. Other problems due to the particular history of this field have also occurred. For example, a perusal of the reports...

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Report on Band-spectra of Diatomic Molecules.

Abstract: Price: (paper covers) 17s.6d. net; (in cloth) 20s. 6d.It is difficult to rate this book too highly. The author has devoted some three

Cited by 56 publications

References 0 publications

The band spectrum of carbon monoxide

The band spectrum of carbon monoxide

The emission spectrum of diatomic bismuth

Thermal Radiation Phenomena. Volume Ii. The Equilibrium Radiative Properties of Air - Theory

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