by c yakymchuk 2019 cited by 3 — however, measured concentrations of phosphorus in melt inclusions and apatite is a common accessory mineral in the migmatites investigated in this study (e.g., acosta-vigil et al. low t) apatite exhaustion relative to the closed-system equilibrium model in figure 6. australian journal of earth sciences, 48, 489–499.
by mh beigi 2019 cited by 2 — 7(a,c) and other relevant compositions of calcium and phosphate in the the japanese society for biomaterials, and the australian society kokubo t. apatite formation on surfaces of ceramics, metals and mine y, et al.
by fm collares 2014 cited by 13 — mineral deposition at dental adhesive resin containing niobium changes of intensity of the 962 cm−1 peak, related to phosphate mw/cm2, sdi ltd., bayswater, vic, australia) for 20 s on each side. miyazaki t, kim h, kokubo t, ohtsuki c, nakamura t: apatite-forming ability of niobium oxide gels in
by yh hsu 2010 — xin, r. , leng, y. , chen, j. , zhang, q. a comparative study of calcium phosphate formation on bioceramics in vitro and in vivo. biomaterials. 2005; 26: 6477–86.
by uf gunputh 2019 cited by 6 — then, a final ha mineral was added to form a composite coating. the concentration of total dissolved zinc, calcium, and phosphorus mass spectrometry (icp-ms, varian 725-es melbourne, australia). kokubo t. apatite formation on surfaces of ceramics, metals and polymers in body environment.
nov 19, 2019 — overview of the groveland mine iron ore beneficiation process, utilizing direct flotation in acidic conditions (based on majority of this iron ore is distributed between australia (29.4%), anionic reverse flotation can also be used to float apatite phosphate as a dispersant for iron slimes at indian iron ore.
oct 6, 2020 — csiro marine and atmospheric research, centre for australian weather and climate research, pmb soil mineral n pool size, and the demand by plant growth guidry, m. and mackenzie, f. t.: apatite weathering and the.
by d lickorish 2004 cited by 219 — because hap is the major mineral phase in bone, the inclusion of csl biosciences, australia) containing 5000 u of penicillin and 5000 μg of streptomycin sulfate. elemental calcium or phosphorus in the uncoated collagen scaffold. nishigochi s, oka m, kokubo t. apatite layer–coated titanium for use
by s minagar 2015 cited by 37 — victoria 3122, australia; e-mails: [email protected] (s.m.); [email protected] (c.b.). 2 the composition of the substantial mineral form of hard tissue such as and nanotubular metal oxide layers induce calcium phosphate and kokubo, t. apatite formation on surfaces of ceramics, metals and
by q chen 2012 cited by 163 — ), the basic degradation of calcium phosphate or bioactive glasses would however, establishing the most suitable ceramic or mineral filler material and qc acknowledges australia research council discovery project grant: novel bonfield w, kawashita m, miyata n, kokubo t, nakamura t. apatite-forming
by d lickorish 2004 cited by 219 — sydney 2052, australia. 2csiro molecular mineral phase in bone, the inclusion of hap is con- sidered favorable contract grant sponsor: australian research council. © 2003 wiley the phase of the calcium phosphate (ca-p) crystalline kokubo t. apatite layer– coated titanium for use as bone bond- ing implants.
by f barrère 1973 cited by 1 — "biomimetic. calcium phosphate coatings on ti6al4v: a crystal growth study of bone mineral, or enamel (biological apatite) have structure close to a type ab carbonated 117-kokubo t, kushitani h, abe y, yamamuro t. "apatite coating on various substrates spectraa-300, australia). standard
feb 4, 2015 — the peaks of tricalcium phosphate (tcp) are also identified in the energy in mineral processing and pyrometallurgy in australia. kokubo t, nakamura t. apatite formation on zirconium metal treated with aqueous naoh.
dec 3, 2020 — the calcium phosphate (cap) coating was applied on pcl scaffolds as described before. wa, australia) were used to create a 5 mm calvarial defect on each side bone tumor inhibition by selenium-doped bone mineral nanoparticles. kokubo, t. apatite formation on surfaces of ceramics, metals and
titanium, iron, phosphorus, and light rare- theless, many major-, minor-, and rare- metasedimentary and metavolcanic lithologic plagioclase:t spinel :t apatite, however, have marble mountain rocks to the north igneous mineral cores, and the remainder are rocks hom western australia. w,h special reference 10 koma",.
by mg raucci 2012 cited by 45 — osteoconductive calcium phosphate (ca-p) coatings promote bone healing and apposition, meanwhile the inorganic phase, based on the mineral hydroxyapatite and comprising trans tech publications limited; sydney, australia: 2002. pp. nakamura t. apatite coating on organic polymers by a biomimetic process.
mapping of the kovdor phoscorite-carbonatite complex: evolution of mineral formation, apatite, and baddeleyite, showing that zonal distribution of mineral properties mimics catalão (brasil), mt. weld (australia). it is a ubiquitous constituent of carbonatites and associated silicate and phosphate rocks (e.g., reguir et
jun 21, 2016 — also investigated in the industrial mineral projects of gtk in 1998–2010. earths, rare-earth deposits, phosphate deposits, raw materials, potential deposits, feldspar content. apatite, ilmenite, magnetite, and however, observations at complexes such as mt weld, australia suggest this viewpoint
jan 1, 1997 — 16, kihabe, mount burgess mining nl, au, exploration, continuing, 8-hole 377,000 t apatite, indicated, resource estimation, mine box, 06/12/03 737, blair, australian mines ltd. ni, exploration, new, 3-hole program phosphate, producer, extension, exploration ongoing, press release, 03/18/03
dec 17, 2018 — abundant phosphate phase in most igneous rocks (piccoli and candela ). sr, and ree is controlled through melt/phosphate mineral equilibria (hughes et al. ishihara, s.; moriyama, t. apatite composition of representative magnetite-series and australia; the metallogeny of i- and s-type granites.
by fm collares 2014 cited by 13 — changes of intensity of the 962 cm−1 peak, related to phosphate mineral deposition at dental adhesive resin containing niobium mw/cm2, sdi ltd., bayswater, vic, australia) for 20 s on each side. miyazaki t, kim h, kokubo t, ohtsuki c, nakamura t: apatite-forming ability of niobium oxide gels in
may 4, 2018 — due to the poor liberation of iron minerals from the gangues (song et al.,. ore geology the high-phosphorus oolitic iron ores in aswan area is one of the. major iron ore petrographic and sem investigations indicated that apatite in the mation on the east australian continental margin: an overview.
nov 17, 2020 — between calcium and phosphorus in the mineral scale and. have interpreted this as e prominent apatite peaks are shaded and the. pattern for pyromorphite is australian journal of chemistry,vol. ,no. ,pp.
by s minagar 2015 cited by 37 — the composition of the substantial mineral form of hard tissue such as other nanoporous and nanotubular metal oxide layers induce calcium phosphate and need reagent grade chemicals (sigma aldridge, castle hill, australia) and kokubo t. apatite formation on surfaces of ceramics, metals and