150 research outputs found
bogey man
No full textboo nA84.4. The only one I heard of was the Bogie-man. If a child was naughty, you would say, "The Bogie-man is going to get you" and the child would be good. (St. John's) Q67-469. A84.5. ....if you were going somewhere where they [_i.e_. children] might not be allowed to go themselves, I think they would repeat their parents' warnings that, "The Bogey Man'll get you!" [ ] (St. John's) T C370,67-31). A84.6. To [him] the Bogeyman was the main frightening figure:- "If you don't behave yourself, the Bogeyman [ ] will get you." (St. John's) Q67-1020. A84.7. "If you are bad, the bogey man will get you." The bogey man is usually more active at night than during the day. (Seldom Come By) Q63B. A84.8. As a young boy I remember being threatened by the Bogie-man.... An example of such a threat was, "You'd better be good or the Bogie-man will get you!" The threats were used by parents in order to get children to behave in a manner that was acceptable to the adults. (St. John's) Q67-1000.See cited quotationYesp315 Cont'd (C)Used I and SupUsed I4Not usedThis is the reverse of B_4885. See B_4884 for first card in series. Phonetic transcriptions on lines 4-5 and 9 of card are not shown here because database cannot reproduce necessary symbols. Card says "Cont'd (C)", but there is no Card C in drawer
MEASUREMENT BY MILLIMETER-WAVE SPECTROSCOPY OF TUNNELING SPLITTING FOR THE NON-CLASSICAL FORM OF
No full text(1) M.W. Crofton, M.F. Jagod, B.D. Rehfuss and T. Oka, J. Chem. Phys. 91, 5139 (1989). (2) M. Bogey, M. Cordonnier, C. Demuynck and J.L. Destombes, Astrophys. J. 399, 103 (1992). (3) R. Escribano, private communication (1993)Author Institution: Laboratoire de Spectroscopie Hertzienne, U.F.R. de Physique. Universit\'{e} de Lille I; Department of Chemistry, University of ChicagoThe non-classical form (bridged) of the protonated acetylene has now been identified both by IR (1) and MW (2) spectroscopy. The analysis of the vibrational state led the evidence of the exchange of the three protons in a tunneling rearrangement of this structure through its classical isomer (1). We report our observation of the splittings of the A-E energy levels in the ground state using millimeter wave spectroscopy. Recent improvements of our spectrometer have increased its performance. We are now able to measure accurately the splitting of the and transitions. The obtained values are within the predictions of Escribano with a barrier of about (3). However, up to now, the theoretical model does not fit precisely to the experimental data
Boo-beggars
No full textboo n_the Bogey-Man?_ Would they use the same sort of words as they did with _the fairies_ ? P. Oh,practically the same sort of words,yes. JW. So they'd say,_"The Bogey-man '_ll take you away! " ,or...? P; ...just wonderin' now.Fairies.Used I and SupNot used4Not usedThis is the reverse of B_4847
MILLIMETER-WAVE SPECTRUM OF SILENE:
No full textG. Maier, G. Mihm, H. P. Reisenauer, Chem. Ber 117 2351 (1984). S. Bailleux. M. Bogey, J. Breidung, H. B\""{u}rger, R. Fajgar, Y. Lin, J. Pola, M. Seuzlober and W. Thiel, J. Am. Chem. Sov., submitted (1996)Author Institution: Laboratoire de Spectroscopie Hertzierve, Associat\'{e} au C.N.R.S, U.F.R. de Physique, Universit\'{e} des Sciences et Technologies de Lille; Anorganische Chemie, FB 9, Unversit\""{a}i-Gesamthochschale; Instate of Chemical Proces Fundamentals, Academy of ScienceSilene has been produced in the gas phase by vacuum flash pyrolysis of 5-6-bis(trifluoromethyl)-2-silabicyclo[2.2.2]octa-5,7-diene (SBO) at . Its rotational spectrum corresponding to a slightly asymenlzie top was observed in a liquid nitrogen cooled cell when argon was used as carrier gas. The assignment of lines has been made by comparing experimental molecular constants with ab initio predicted values from Breidung and . The observation of several lines belonging to the isotopic species in natural abundance confirmed unambiguously this identification. This work led to the first high resolution spectroscopic results for silene. Study of different isotopomers is in progress and will give an experimental structure of this compound
The burning of coal will not cause a rise in world temperature!
No full textThe unknown, but suspected, risk of world-wide climate modification by the influx of man-made carbon dioxide into the atmosphere does not exist and is only a kind of technical folk-lore bogey.
An overview of numerical methods for acoustic wave propagation
No full textThis paper presents a short overview of recent developments of low-dispersive and low-dissipation finite-difference schemes as an alternative to more classical methods of applied mathematics. Needs of accurate and efficient numerical solvers in computational aeroacoustics have motivated these developements over the last two decades. Properties of the differencing methods are illustrated through theoretical analyses and numerical experiments
George Plimpton, 2nd Annual ODU Literary Festival
No full textGeorge Plimpton is editor-in-chief of the Paris Review and the author of numerous books, including Out of My League, Paper Lion, Bogey Man, Mad Ducks and Bears, Hank Aaron:One , for the Record, Shadow Box, and Writers at Work: The Paris Review Interviews.\u27\u27 His appearance on campus is courtesy of the ODO Activities Programming Board
NEW MEASUREMENTS OF THE PROTON MIGRATION TUNNELING SPLITTING IN THE ROTATIONAL SPECTRUM OF
No full textM. Bogey, M. Cordonnier, C. Destombes, and J. L. Deslombes, Astrophys. 399 L103 (1992). M. Bogey, H. Bolvin, M. Cordonnier, C. Demuynck, J. L. Destombes. R. Escribano and P. C. Gomez, Can. J. Phys. 72, 967 (1994). J. T. Haugen J Mol. Spectruse, 114, 395 (1985) M. Cordonnier and L. H. Coudert, J. Mol Spectrose, submitted (1996).Author Institution: Laboratoire de Spectroscopie Hertzienne, U.F.R. de Physique, Universt\'{e} des Sciences et TechnologiesNew measurements have been carried out in the rotational spectrum of using a negative glow discharge. An improved resolution made it possible to determine the value of the tunneling splitting for one more line than in previous . Microwave data have been analyzed with a formalism based on the Internal-Axis-Method-like approch set-up to treat the water The three experimentally resolved splittings were predicted within the experimental resolution around the measured values. Calculations also provided us with more information about the tunneling path along which the three prolons $migrate.^{d}
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