Investigation of the kinetics of crystallization of molten binary and ternary oxide systems Quarterly status report, 1 Mar. - 31 May 1967
Kinetics of crystallization of molten binary and ternary oxide systems
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Investigation of the kinetics of crystallization of molten binary and ternary oxide systems Quarterly status report, 1 Jun. - 31 Aug. 1967
Crystallization kinetics of molten binary and ternary oxide systems
CRYSTALLIZATION↗
Investigation of the kinetics of crystallization of molten binary and ternary oxide systems Quarterly status report, 1 Sep. - 30 Nov. 1967
Crystal growth kinetics of molten oxides containing yttria or lanthana
Bacon, J. F.↗
Investigation of the kinetics of crystallization of molten binary and ternary oxide systems Quarterly status report, 1 Dec. 1967 - 29 Feb. 1968
Reaction kinetics of crystallized molten binary and ternary oxide glass making compositions
Bacon, J. F.↗
Investigation of the kinetics of crystallization of molten binary and ternary oxide systems
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Bacon, J. T.↗
Investigation of the kinetics of crystallization of molten binary and ternary oxide systems Quarterly status report, 1 Mar. - 30 Nov. 1968
Glass composition preparation and research on crystallization kinetics of molten binary and ternary oxide systems of glass
Bacon, J. F.↗
Investigation of the kinetics of crystallization of molten binary and ternary oxide systems Quarterly status report, 1 Dec. 1968 - 28 Feb. 1969
Kinetics of crystallization of molten binary and ternary oxide systems
Bacon, J. F.↗
Investigation of the kinetics of crystallization of molten binary and ternary oxide systems Quarterly status report
Kinetics of crystallization of molten binary and ternary oxide systems
Bacon, J. F.↗
Readily fiberizable glasses having a high modulus of elasticity
New glass compositions yield composites having higher moduli of elasticity and specific moduli of elasticity than commercially available glasses. Over a reasonable temperature range the glasses have a viscosity of about 20,000 poises. They consist of silica, alumina, magnesia, and beryllia, plus at least one uncommon oxide.
Bacon, J. F.↗
Investigation of the kinetics of crystallization of molten binary and ternary oxide systems Quarterly status report, 1 Jul. - 30 Sep. 1969
Preparation of glass fibers with high Young modulus for reinforced plastics
Bacon, J. F.↗
Investigation of the kinetics of crystallization of several high temperature glass systems Quarterly status report, 1 Nov. 1969 - 31 Jan. 1970
Kinetics of crystallization of high temperature glass systems
Bacon, J. F.↗
Investigation of the kinetics of crystallization of several high temperature glass systems Quarterly status report
Kinetics of crystallization of high temperature glass systems
Bacon, J. F.↗
Investigation of the kinetics of crystallization of several high temperature glass systems Quarterly status report, 1 May - 31 Jun. 1970
Crystallization kinetics and impact tests of glass fiber-epoxy composites
Bacon, J. F.↗
Peptide sequencing by low resolution mass spectrometry. I - The use of acetylacetonyl derivatives to identify N-terminal residues
Mass spectrometric sequence determination of oligopeptides via acetylacetonyl derivatives, giving reliable results with small peptides
Bacon, V.↗
Quantitative determination of biologically important thiols and disulfides by gas-liquid chromatography
Quantitative and qualitative analysis of biochemically and radiobiologically important thiols and disulfides via gas-liquid chromatography
Bacon, V. A.↗
Determining and analyzing the strength and impact of high modulus glass
Mechanical properties and impact strength of UARL 417 experimental glass
Bacon, J. F.↗
Planning, evaluation and analytical studies to implement planetary quarantine requirements Quarterly progress report
Planetary quarantine, decontamination, microbial release probabilities, and contamination logs for Venus and Mars
Bacon, E. J.↗
Determining and analyzing the strength and impact of high modulus glass
Flexural, shear, bending, tensile, and impact strengths of high modulus, high strength, glass fiber-epoxy resin composites
Bacon, J. F.↗