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Contributions to Mineralogy and Petrology, 2006
Chemical diffusion of Zr under anhydrous, pO2-buffered conditions has been measured in natural titanite. The source of diffusant was either zircon powder or a ZrO2–Al2O3–titanite mixture. Experiments were run in sealed silica glass capsules with solid buffers (to buffer at NNO or QFM).
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Chemical diffusion of Zr under anhydrous, pO2-buffered conditions has been measured in natural titanite. The source of diffusant was either zircon powder or a ZrO2–Al2O3–titanite mixture. Experiments were run in sealed silica glass capsules with solid buffers (to buffer at NNO or QFM).
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Alloy Digest, 2018
Abstract Ferro-Titanit WFN is one of a series of metal-matrix composites manufactured by a powder metallurgy process and is a range of carbide-alloyed materials from Deutsche Edelstahlwerke. The WFN grade contains 33 wt.% titanium carbide.
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Abstract Ferro-Titanit WFN is one of a series of metal-matrix composites manufactured by a powder metallurgy process and is a range of carbide-alloyed materials from Deutsche Edelstahlwerke. The WFN grade contains 33 wt.% titanium carbide.
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Crystal Research and Technology, 1991
AbstractThe formation of titanite (CaTiSiO5) out of the starting materials quartz and titanate (CaTiO3) is investigated in dependence on the mechanical activation. The formation temperature may be lowered by the use of mechanically disturbed quartz.
U. Steinike +6 more
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AbstractThe formation of titanite (CaTiSiO5) out of the starting materials quartz and titanate (CaTiO3) is investigated in dependence on the mechanical activation. The formation temperature may be lowered by the use of mechanically disturbed quartz.
U. Steinike +6 more
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Radiation damage in natural titanites
Physics and Chemistry of Minerals, 1985Natural titanites which have incurred radiation damage from the decay, over geologic time, of U and Th incorporated in the samples have been studied by powder X-ray diffraction, differential thermal analysis and infrared spectroscopy. In agreement with previous studies of ionirradiated synthetic titanite, X-ray diffraction indicated that titanite is ...
E. R. Vance, J. B. Metson
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Alloy Digest, 2018
Abstract Ferro-Titanit Nikro 143 is one of a series of metal-matrix composites manufactured by a powder metallurgy process and is a range of carbide-alloyed materials from Deutsche Edelstahlwerke. The Nikro 143 grade is an iron-base alloy containing 30 wt.% titanium carbide.
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Abstract Ferro-Titanit Nikro 143 is one of a series of metal-matrix composites manufactured by a powder metallurgy process and is a range of carbide-alloyed materials from Deutsche Edelstahlwerke. The Nikro 143 grade is an iron-base alloy containing 30 wt.% titanium carbide.
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Geostandards and Geoanalytical Research, 2019
Titanite is a common accessory mineral that preferentially incorporates considerable amounts of U and light rare earth elements in its structure, making it a versatile mineral for in situ U‐Pb dating and Sm‐Nd isotopic measurement.
Q. Ma +6 more
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Titanite is a common accessory mineral that preferentially incorporates considerable amounts of U and light rare earth elements in its structure, making it a versatile mineral for in situ U‐Pb dating and Sm‐Nd isotopic measurement.
Q. Ma +6 more
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Alloy Digest, 2018
Abstract FERRO-TITANIT C-SPEZIAL is one of a series of metal-matrix composites manufactured by a powder metallurgy process. Ferro-Titanit C-SPEZIAL contains 33% titanium carbide, one of the hardest and most resistant carbides. Because of its high wear resistance and low tendency towards cold welding, Ferro-Titanit is particularly used in
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Abstract FERRO-TITANIT C-SPEZIAL is one of a series of metal-matrix composites manufactured by a powder metallurgy process. Ferro-Titanit C-SPEZIAL contains 33% titanium carbide, one of the hardest and most resistant carbides. Because of its high wear resistance and low tendency towards cold welding, Ferro-Titanit is particularly used in
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Titanite dates crystallization: Slow Pb diffusion during super‐solidus re‐equilibration
Journal of Metamorphic Geology, 2019Titanite can be found in rocks of wide compositional range, is reactive, growing or regrowing during metamorphic and hydrothermal events, and is generally amenable to U–Pb geochronology.
M. Hartnady +6 more
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Alloy Digest, 2018
Abstract Ferro-Titanit Nikro 128 is one of a series of metal-matrix composites manufactured by a powder metallurgy process and is a range of carbide-alloyed materials from Deutsche Edelstahlwerke. The matrix structure consists of a highly tough, age-hardenable nickel martensite.
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Abstract Ferro-Titanit Nikro 128 is one of a series of metal-matrix composites manufactured by a powder metallurgy process and is a range of carbide-alloyed materials from Deutsche Edelstahlwerke. The matrix structure consists of a highly tough, age-hardenable nickel martensite.
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