Experimental Study of Zone Refining of the Binary System Triphenyl Antimony-napthalene


Book Description

An experimental study on the zone refining of the binary system triphenyl antimony - naphthalene is described. The isotope Sb124, which is a strong gamma emitter, was employed as a tracer; this allowed a rapid in situ nondestructive analysis, closely spaced experimental points, and the opportunity to study distribution as a function of varying experimental conditions. With the aid of computers apparent k's were calculated and the experimental data compared with those predicted from various mathematical models. (Author).




Experimental Study of Zone Refining of the Binary System Triphenyl Antimony-benzoic Acid


Book Description

An experimental study on the zone refining of the binary system triphenyl antimony-benzoic acid is described. The isotope Sb124, which is a strong gamma emitter, was employed as a tracer; this allowed a rapid in situ nondestructive analysis, closely spaced experimental points, and the opportunity to study distribution as a function of varying experimental conditions. With the aid of computers (IBM 7090 and IBM 7044) apparent k's were calculated and the experimental data compared with those predicted from various mathematical models. (Author).




Report on Research at AFCRL.


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Infrared Spectra of Crystals


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The Paraboloid Mirror


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Production of H− (1s2) by Hydrogen Atom Collisions


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The prior and post Born matrix elements are used to calculate the cross sections for H( - )(1s2) production in hydrogen atom collisions. In contrast to the original version of this work done by Mapleton in 1960, the plane wave approximation to the Coulomb function is partially corrected. The same H( - ) wave functions are used, and the post cross sections are substantially unaltered. Cross sections calculated with the improved H( - ) wave function as compared with the other H( - ) wave functions are from twenty to thirty-five per cent larger for the prior case and twenty to thirty per cent larger for the post case. The post-prior discrepancy, expressed as a ratio, varies between 0.001 and 0.33. (Author).