113,590 research outputs found
Letter from W. T. Johnson to G. L. Balfour & Company
No full textLetter from W. T. Johnson to G. L. Balfour & Company, sending in payment for models
Letter from W. T. Johnson to L. G. Balfour Company
No full textLetter from W. T. Johnson to L. G. Balfour Company, sending in payment for models used at 28th NFA convention
A generalization of some Huang--Johnson semifields
No full textIn [H. Huang, N.L. Johnson: Semifield planes of order 82, Discrete Math., 80 (1990)], the authors exhibited seven sporadic semifields of order 26, with left nucleus F2 3 and center F2. Following the notation of that paper, these examples are referred as the Huang-Johnson semifields of type II, III, IV, V, V I, V II and V III. In [N. L. Johnson, V. Jha, M. Biliotti: Handbook of Finite Translation Planes, Pure and Applied Mathematics, Taylor Books, 2007], the question whether these semifields are contained in larger families, rather then sporadic, is posed. In this paper, we first prove that the Huang-Johnson semifield of type V I is isotopic to a cyclic semifield, whereas those of types V II and V III belong to infinite families recently constructed in [N.L. Johnson, G. Marino, O. Polverino, R. Trombetti: Semifields of order q6 with left nucleus F q 3 and center Fq, Finite Fields Appl., 14 (2008)] and [G.L. Ebert, G. Marino, O. Polverino, R. Trombetti: Infinite families of new semifields, Combinatorica, 6 (2009)]. Then, Huang-Johnson semifields of type II and III are extended to new infinite families of semifields of order q6, existing for every prime power q
[Supplementary Offense Report by L. D. Montgomery, L. C. Graves, and M. Johnson #2]
No full textSupplementary offense report by L. D. Montgomery, L. C. Graves, and M. Johnson. Mrs. Wilma Tice received threatening phone calls because she had seen Jack Ruby at Parkland Hospital on the day the President was killed
A side view of Rev. Johnson's plane after it crashed when traveling from Broome to Port Hedland, Western Australia, November, 1927 1[1] [picture] /
No full textTitle devised by cataloguer based on accompanying documentation.; Part of the Australian Inland Mission collection.; Attribution is uncertain.; Condition: Good.; Inscriptions: "Aeroplane after crash. Rev. Johnson travelling in this plane from Broome to Port Hedland when it met with accident. Nov. '27" -- in pencil and ink on reverse.; Also available in an electronic version via the Internet at: http://nla.gov.au/nla.pic-an24714944
[Supplementary Offense Report by L. D. Montgomery, L. C. Graves, and M. Johnson #3]
No full textSupplementary offense report by L. D. Montgomery, L. C. Graves, and M. Johnson. Mrs. Wilma Tice received threatening phone calls because she had seen Jack Ruby at Parkland Hospital on the day the President was killed. The report was signed by L. D. Montgomery
A side view of Rev. Johnson's plane after it crashed when traveling from Broome to Port Hedland, Western Australia, November, 1927 [2] [picture] /
No full textTitle devised by cataloguer based on accompanying documentation.; Part of the Australian Inland Mission collection.; Attribution is uncertain.; Condition: Good.; Inscriptions: "Rev. Johnson travelled in this plane from Broome to Port Hedland. Nov. '27. Aeroplane after crash." -- in pencil and ink on reverse.; Also available in an electronic version via the Internet at: http://nla.gov.au/nla.pic-an24714959
[Supplementary Offense Report by L. D. Montgomery, L. C. Graves, and M. Johnson #1]
No full textSupplementary offense report by L. D. Montgomery, L. C. Graves, and M. Johnson. Mrs. Wilma Tice received threatening phone calls because she had seen Jack Ruby at Parkland Hospital on the day the President was killed. The report was signed by L. D. Montgomery
Donkey teams carting wool, Port Hedland, Western Australia [picture] /
No full textTitle devised by cataloguer based on accompanying documentation.; Part of the Australian Inland Mission collection.; Attribution is uncertain.; Condition: Good.; Inscriptions: "Donkey Teams carting wook. Port Hedland district Taken by Rev. Johnson 1927." -- in pencil and ink on reverse.; Also available in an electronic version via the Internet at: http://nla.gov.au/nla.pic-an24697236
The L–G phase transition in binary Cu–Zr metallic liquids
No full textAn identified first-order glass transition from a liquid-like disordered phase (L-phase) to a heterogeneous, elastically rigid, solid-like phase (G-phase).The authors recently reported that undercooled liquid Ag and Ag–Cu alloys both exhibit a first order phase transition from the homogeneous liquid (L-phase) to a heterogeneous solid-like G-phase under isothermal evolution. Here, we report a similar L–G transition and heterogenous G-phase in simulations of liquid Cu–Zr bulk glass. The thermodynamic description and kinetic features (viscosity) of the L-G-phase transition in Cu–Zr simulations suggest it corresponds to experimentally reported liquid–liquid phase transitions in Vitreloy 1 (Vit1) and other Cu–Zr-bearing bulk glass forming alloys. The Cu–Zr G-phase has icosahedrally ordered cores versus fcc/hcp core structures in Ag and Ag–Cu with a notably smaller heterogeneity length scale Λ . We propose the L–G transition is a phenomenon in metallic liquids associated with the emergence of elastic rigidity. The heterogeneous core–shell nano-composite structure likely results from accommodating strain mismatch of stiff core regions by more compliant intervening liquid-like medium.An identified first-order glass transition from a liquid-like disordered phase (L-phase) to a heterogeneous, elastically rigid, solid-like phase (G-phase).The authors recently reported that undercooled liquid Ag and Ag–Cu alloys both exhibit a first order phase transition from the homogeneous liquid (L-phase) to a heterogeneous solid-like G-phase under isothermal evolution. Here, we report a similar L–G transition and heterogenous G-phase in simulations of liquid Cu–Zr bulk glass. The thermodynamic description and kinetic features (viscosity) of the L-G-phase transition in Cu–Zr simulations suggest it corresponds to experimentally reported liquid–liquid phase transitions in Vitreloy 1 (Vit1) and other Cu–Zr-bearing bulk glass forming alloys. The Cu–Zr G-phase has icosahedrally ordered cores versus fcc/hcp core structures in Ag and Ag–Cu with a notably smaller heterogeneity length scale Λ . We propose the L–G transition is a phenomenon in metallic liquids associated with the emergence of elastic rigidity. The heterogeneous core–shell nano-composite structure likely results from accommodating strain mismatch of stiff core regions by more compliant intervening liquid-like medium
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