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Results: 1-14 |
Results: 14
FORMATION OF BRUSHITE, MONETITE AND WHITLOCKITE DURING EQUILIBRATION OF HUMAN ENAMEL WITH ACID-SOLUTIONS AT 37-DEGREES-C
Authors: SHELLIS RP HEYWOOD BR WAHAB FK
Citation: Rp. Shellis et al., FORMATION OF BRUSHITE, MONETITE AND WHITLOCKITE DURING EQUILIBRATION OF HUMAN ENAMEL WITH ACID-SOLUTIONS AT 37-DEGREES-C, Caries research, 31(1), 1997, pp. 71-77
CONTROLLED BIOMINERALIZATION OF MAGNETITE (FE3O4) AND GREIGITE (FE3S4) IN A MAGNETOTACTIC BACTERIUM
Authors: BAZYLINSKI DA FRANKEL RB HEYWOOD BR MANN S KING JW DONAGHAY PL HANSON AK
Citation: Da. Bazylinski et al., CONTROLLED BIOMINERALIZATION OF MAGNETITE (FE3O4) AND GREIGITE (FE3S4) IN A MAGNETOTACTIC BACTERIUM, Applied and environmental microbiology, 61(9), 1995, pp. 3232-3239
IRON BIOMINERALIZATION IN THE PORIFERAN IRCINIA-OROS
Authors: MELDRUM FC HEYWOOD BR DICKSON DPE MANN S
Citation: Fc. Meldrum et al., IRON BIOMINERALIZATION IN THE PORIFERAN IRCINIA-OROS, Journal of the Marine Biological Association of the United Kingdom, 75(4), 1995, pp. 993-996
THE ION-PAIR REINFORCED, HYDROGEN-BONDING MOLECULAR RIBBON
Authors: MASCAL M FALLON PS BATSANOV AS HEYWOOD BR CHAMP S COLCLOUGH M
Citation: M. Mascal et al., THE ION-PAIR REINFORCED, HYDROGEN-BONDING MOLECULAR RIBBON, Journal of the Chemical Society, Chemical Communications, (8), 1995, pp. 805-806
BIOMINERALIZATION - NEW DIRECTIONS IN CRYSTAL SCIENCE
Authors: HEYWOOD BR
Citation: Br. Heywood, BIOMINERALIZATION - NEW DIRECTIONS IN CRYSTAL SCIENCE, Microscopy research and technique, 27(5), 1994, pp. 376-388
POLYMER-MEDIATED CRYSTALLIZATION OF INORGANIC SOLIDS - CALCITE NUCLEATION ON THE SURFACES OF INORGANIC POLYMERS
Authors: WONG KKW BRISDON BJ HEYWOOD BR HODSON AGW MANN S
Citation: Kkw. Wong et al., POLYMER-MEDIATED CRYSTALLIZATION OF INORGANIC SOLIDS - CALCITE NUCLEATION ON THE SURFACES OF INORGANIC POLYMERS, Journal of materials chemistry, 4(9), 1994, pp. 1387-1392
TEMPLATE-DIRECTED NUCLEATION AND GROWTH OF INORGANIC MATERIALS
Authors: HEYWOOD BR MANN S
Citation: Br. Heywood et S. Mann, TEMPLATE-DIRECTED NUCLEATION AND GROWTH OF INORGANIC MATERIALS, Advanced materials, 6(1), 1994, pp. 9-20
MOLECULAR CONSTRUCTION OF ORIENTED INORGANIC MATERIALS - CONTROLLED NUCLEATION OF CALCITE AND ARAGONITE UNDER COMPRESSED LANGMUIR MONOLAYERS
Authors: HEYWOOD BR MANN S
Citation: Br. Heywood et S. Mann, MOLECULAR CONSTRUCTION OF ORIENTED INORGANIC MATERIALS - CONTROLLED NUCLEATION OF CALCITE AND ARAGONITE UNDER COMPRESSED LANGMUIR MONOLAYERS, Chemistry of materials, 6(3), 1994, pp. 311-318
INTERACTIONS AT THE ORGANIC-INORGANIC INTERFACE - MOLECULAR DESIGN OFCRYSTALLIZATION INHIBITORS FOR BARITE
Authors: BROMLEY LA COTTIER D DAVEY RJ DOBBS B SMITH S HEYWOOD BR
Citation: La. Bromley et al., INTERACTIONS AT THE ORGANIC-INORGANIC INTERFACE - MOLECULAR DESIGN OFCRYSTALLIZATION INHIBITORS FOR BARITE, Langmuir, 9(12), 1993, pp. 3594-3599
CRYSTALLIZATION AT INORGANIC-ORGANIC INTERFACES - BIOMINERALS AND BIOMIMETIC SYNTHESIS
Authors: MANN S ARCHIBALD DD DIDYMUS JM DOUGLAS T HEYWOOD BR MELDRUM FC REEVES NJ
Citation: S. Mann et al., CRYSTALLIZATION AT INORGANIC-ORGANIC INTERFACES - BIOMINERALS AND BIOMIMETIC SYNTHESIS, Science, 261(5126), 1993, pp. 1286-1292
FE3O4 AND FE3S4 IN A BACTERIUM
Authors: BAZYLINSKI DA HEYWOOD BR MANN S FRANKEL RB
Citation: Da. Bazylinski et al., FE3O4 AND FE3S4 IN A BACTERIUM, Nature, 366(6452), 1993, pp. 218-218
INFLUENCE OF MONOSACCHARIDES AND RELATED MOLECULES ON THE MORPHOLOGY OF HYDROXYAPATITE
Authors: WALSH D KINGSTON JL HEYWOOD BR MANN S
Citation: D. Walsh et al., INFLUENCE OF MONOSACCHARIDES AND RELATED MOLECULES ON THE MORPHOLOGY OF HYDROXYAPATITE, Journal of crystal growth, 133(1-2), 1993, pp. 1-12
INFLUENCE OF MEMBRANE-COMPOSITION ON THE INTRAVESICULAR PRECIPITATIONOF NANOPHASE GOLD PARTICLES
Authors: MELDRUM FC HEYWOOD BR MANN S
Citation: Fc. Meldrum et al., INFLUENCE OF MEMBRANE-COMPOSITION ON THE INTRAVESICULAR PRECIPITATIONOF NANOPHASE GOLD PARTICLES, Journal of colloid and interface science, 161(1), 1993, pp. 66-71
THE HYDROXYAPATITE ION ACTIVITY PRODUCT IN ACID-SOLUTIONS EQUILIBRATED WITH HUMAN ENAMEL AT 37-DEGREES-C
Authors: SHELLIS RP WAHAB FK HEYWOOD BR
Citation: Rp. Shellis et al., THE HYDROXYAPATITE ION ACTIVITY PRODUCT IN ACID-SOLUTIONS EQUILIBRATED WITH HUMAN ENAMEL AT 37-DEGREES-C, Caries research, 27(5), 1993, pp. 365-372
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