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https://www.polthought.cam.ac.uk/system/files/documents/dunn-intro.pdf85. Preface to Paul Magnette, La Citoyennete: une histoire de l’idee departicipation civique, Bruylant:Brussels 2001, v-vii. -
Magnetite · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/item/59.html9 Apr 2024: Magnetite. Title. Magnetite. Subject. Magnetite is the most abundant oxide in igneous rock. ... Silver-black. Metallic lustre. No cleavage. Rock Specimens. Mineral Name. magnetite. iron oxide. -
Professor Andrew Wheatley | Yusuf Hamied Department of Chemistry
https://www.ch.cam.ac.uk/person/aehw27 Jul 2024: New Journal of Chemistry. (2023). 47,. 11425. (doi:Correction to: Visible light photocatalysts from low-grade iron ore: the environmentally benign production of magnetite/carbon (Fe3O4/C) nanocomposites. ... Visible light photocatalysts from low-grade -
Publications | Electron Microscopy
https://www.ch.cam.ac.uk/analytical/electron-microscopy/publications7 Jul 2024: Jenkinson, A.E.H. Wheatley, S. Mukhopadhyay, A. Kar, Visible light photocatalysts from low-grade iron ore: the environmentally benign production of magnetite/carbon (Fe. -
The search for Earth’s early magnetic field continues | Department of …
https://www.esc.cam.ac.uk/news/search-earths-early-magnetic-field-continues7 Jul 2024: material called magnetite much later as a result of heating. ... The researchers think that the zircons were heated at this time, causing remobilization of iron and formation of magnetite. -
Origins of Earth's magnetic field remain a mystery | Department…
https://www.esc.cam.ac.uk/about-us/news/origins_of_Earths_magnetic_field_remain_a_mystery7 Jul 2024: Two of the three grains (dated 3.97 Ga) contained magnetite, which preserved NRM, but had formed along cracks or damaged zones within the zircons. ... There is cause for optimism, however. We have now established the nanoscale tools that will enable us -
Part III - Option 12 Magnetoelastic Coupling | Department of Earth…
https://www.esc.cam.ac.uk/library/undergraduate-resources/reading-lists/option-127 Jul 2024: Kasama et al (2010) Direct observation of ferromagnetic/ferroelastic domain interactions in magnetite below the Verwey transition. -
Scott Polar Research Institute, Cambridge » Museum catalogue
https://www.spri.cam.ac.uk/museum/catalogue/article/z395/Geological specimen. Title:. Geological specimen. Description:. A green tobacco tin, containing a paper coffe filter holding iron filings or magnetite. ... Getty AAT. Number of items:. 4. Full description:. A green and gold, metal 'Golden Virginia' -
Dr Nigel S Clarke - Institute for Manufacturing (IfM)
https://www.ifm.eng.cam.ac.uk/people/nsc46/1992). Adsorption of water vapor by iron oxides. 3. Inelastic incoherent neutron scattering from water adsorbed on magnetite: Evidence for an icelike structure. -
Home Objects Trade Literature Dashboard Login E-mail address*…
https://collections.whipplemuseum.cam.ac.uk/objects/15228/References. Events. Description. Lodestones are naturally magnetized pieces of the mineral magnetite. -
Search Publications | Publications
https://publications.ch.cam.ac.uk/publications-search?page=1187 Jul 2024: Search site. Publications. Uploading Images. Members of the Department can attach an image to a publication by clicking on the title of the publication in the listing below. Please note: all images attached to a publication will be visible on -
Magnetite · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/magnetite.html9 Apr 2024: Relief: high. Isotropic. Mineral Specimens. M501 Magnetite. Brazil. Crystals showing the characteristic octahedral form. ... Silver-black. Metallic lustre. No cleavage. Rock Specimens. Mineral Name. magnetite. iron oxide. -
Previous Part III Student Projects | Department of Earth Sciences
https://www.esc.cam.ac.uk/library/undergraduate-resources/previouspart-iii-student-projects7 Jul 2024: Daniel Sefton. 235. 2020. Magnetism and microscopy of trabecular magnetite. Ewan Robertson. ... Andrew Miles. 70. 2008. Investigating the interaction between ferromagnetic and ferroelastic domain walls below the Verwey transition in magnetite. -
Cambridge Earth Scientists feature in panel discussion on hydrogen…
https://www.esc.cam.ac.uk/news/cambridge-earth-scientists-feature-panel-discussion-hydrogen-sources-and-early-life-rocky7 Jul 2024: Tosca mentioned that on Mars there’s plenty of magnetite and part of his studies have involved trying to replicate the mechanisms that might have led to the formation of this ... but a dissolution reprecipitation transformation, simply due to its -
Part III - Option 13 Magnetism of Earth and Planetary Materials |…
https://www.esc.cam.ac.uk/library/undergraduate-resources/reading-lists/option-13-magnetism-of-earth-and-planetary-materials7 Jul 2024: Almeida, Pádraig Ó Conbhuí, and Valera P. Shcherbakov. 2017. “Stability of Equidimensional Pseudo–single-Domain Magnetite over Billion-Year Timescales.” Proceedings of the National Academy of Sciences 114 (39): 10356–60. ... 2019. “Secondary -
Search Publications | Publications
https://publications.ch.cam.ac.uk/publications-search?page=1007 Jul 2024: Visible light photocatalysts from low-grade iron ore: the environmentally benign production of magnetite/carbon-(Fe<sub>3</sub>O<sub>4</sub>/C) nanocomposites (vol 29, 6698, 2022). -
Department of Geography, Cambridge » SESSION 3 – Hydrochemistry and…
https://www.geog.cam.ac.uk/research/projects/arsenic/symposium/session3/The saturation indices computed by PHREEQC were positive for iron assemblages (i.e., iron hydroxides, goethite, hematite, jarosite, maghemite, and magnetite), while negative for arsenic assemblages (i.e., arsenolite, native arsenic, -
Scott Polar Research Institute, Cambridge » Museum catalogue
https://www.spri.cam.ac.uk/museum/catalogue/antc/browse/page14.htmlA green tobacco tin, containing a paper coffe filter holding iron filings or magnetite. -
Browse Items · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/items%3Fpage=21.html9 Apr 2024: Browse Items (264 total). Page. of 27. Sort by:. Formula NaCl Structure Non-silicate Crystal System Crystal system: cubic Physical Properties Colour in hand specimen: colourless or white when pure, more typically orange or red due to inclusions of -
X-ray Diffraction from a mixture of Austenite, Ferrite and Cementite
www.phase-trans.msm.cam.ac.uk/2007/Mixture/mixture.html14 Feb 2020: C. Synchrotron X-ray Diffraction from a mixture of Austenite, Ferrite and Hametite, Magnetite. -
L162 Basalt, porphyritic · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/igneous-rocks/item/12.html9 Apr 2024: Some areof magnetite, clinopyroxene and other minerals. Extensive alteration along abundant cracks. ... Groundmass. - Fine-grained. Plagioclase feldspar needles, clinopyroxene, some olivine (mostly altered), and opaques, probably magnetite. -
L141 Gabbro · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/igneous-rocks/item/10.html9 Apr 2024: The olivine has decomposed to magnetite and serpentine. Relict olivine grains display characteristic curving cracks andClinopyroxene (augite). - ... Some simple twinning. Accessory minerals. - Opaque, interstitial, probably magnetite. Rock History. -
L141 - gabbro · Igneous Rocks · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/igneous-rocks/l141.html9 Apr 2024: The olivine has decomposed to magnetite and serpentine. Relict olivine grains display characteristic curving cracks andClinopyroxene (augite). - ... Some simple twinning. Accessory minerals. - Opaque, interstitial, probably magnetite. Rock History. -
L162 - porphyritic basalt · Igneous Rocks · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/igneous-rocks/l162.html9 Apr 2024: Some areof magnetite, clinopyroxene and other minerals. Extensive alteration along abundant cracks. ... Groundmass. - Fine-grained. Plagioclase feldspar needles, clinopyroxene, some olivine (mostly altered), and opaques, probably magnetite. -
Tubular precipitation and redox gradientson a bubbling templateDavid…
www.damtp.cam.ac.uk/user/gold/pdfs/tubular.pdf10 Apr 2011: When magnetite forms within the wall, a tubemay grow curved in an external magnetic field. ... 5D, with orange lepidocrocite, black magnetite,and GR2), just as in the tube wall. -
Mica, biotite` · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/biotite.html9 Apr 2024: Mica, biotite. hand specimen of biotite mica. Crystals of bioitie mica with perfect basal cleavage. Biotite sheet silicate crystal structure, CrystalMaker. Formula. K. 2. (Mg,Fe. 2+. ). 6-4. (Fe. 3+. ,Al,Ti). 0-2. [Si. 6-5. Al. 2-3. O. 20. ](OH,F). -
The structure of cementite
www.phase-trans.msm.cam.ac.uk/2003/Lattices/cementite.html14 Feb 2020: It has been demonstrated that cementite can be made by carburising magnetite (Fe. -
Hematite · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/hematite.html9 Apr 2024: Bottryoidal hematite crystal. Hematite crystal strucutre, CrystalMaker. Formula. Fe. 2. O. 3. Structure. Non-silicate. Crystal System. Crystal system: trigonal (-). Physical Properties. Colour in hand specimen: black, steel-grey and bright to dull -
Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals.html9 Apr 2024: Minerals. Rocks comprise minerals. In order to understand the paragenesis of a rock, be it igneous, sedimentary or metamorphic, we must identify its constituent minerals. The aim of this collection is to detail the structural, physical and optical -
Browse Items · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/items/browse%3Ftags=igneous.html9 Apr 2024: Browse Items (7 total). Tags: igneous. Sort by:. Formula Ca5(PO4)3(OH,F,Cl) Structure Non-silicate Crystal System Crystal system: hexagonal (-) Physical Properties Colour in hand specimen: green, white, yellow, blue brown etc.Hardness: 5 Optical -
L102 Hornblende biotite granite · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/igneous-rocks/item/4.html9 Apr 2024: Strongly pleochroic in reddish brown and pale straw. Often associated with small grains of an opaque accessory mineral, probably magnetite. -
Galena · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/galena.html9 Apr 2024: Galena crystal structure, with large yellow sulfur and small purple lead symbols. Galena in hand specimen. Formula. PbS. Structure. Non-silicate. Crystal System. Crystal system: cubic. Physical Properties. Colour in hand specimen: lead grey. Streak: -
Gypsum · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/gypsum.html9 Apr 2024: Gypsum single crystal hand specimen, monoclinic symmetry apparent. Milky, opaque gypsum with twinned crystal habit. Gypsum crystal structure showing monoclinic symmetry, CrystalMaker. Formula. CaSO. 4. 2H. 2. 0. Structure. Non-silicate. Crystal -
Halite · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/halite.html9 Apr 2024: Halite cubic crystal structure with large Cl. -. anions (green) and small Na. cations (yellow). This mineral is commonly known as rock salt. Formula. NaCl. Structure. Non-silicate. Crystal System. Crystal system: cubic. Physical Properties. Colour -
Sphene · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/sphene.html9 Apr 2024: Sphene crystal structure, CrystalMaker. Formula. CaTi[SiO. 4. ](O, OH, F). Structure. Orthosilicate. Crystal System. Crystal system: monoclinic (). Physical Properties. Colour in hand specimen: colourless, yellow, green, brown or black. Cleavage: one -
Rietveld quantitative analysis and amorphous content quantitative…
https://www.esc.cam.ac.uk/system/files/documents/goethite-quant-analysis-2012-pdf.pdfSample goethite magnetite clinochrys. orthopyroxene gof. YL25m 88.1%3.8% <5% 7.11.4% not included 1.342. ... Acta Cryst. A63, 412-417Bragg, W.H. (1915) The structure of magnetite and the spinels. -
Garnet · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/garnet.html9 Apr 2024: Garnet (euhedral) in hand specimen. Formula. (Mg,Fe,Ca). 3. Al. 2. Si. 3. O. 12. Structure. Orthosilicate. Crystal System. Crystal system: cubic. Physical Properties. Colour in hand specimen: typically red. Cleavage: none. Hardness: 6-7.5. Optical -
Pyrite · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/pyrite.html9 Apr 2024: Pyrite crystals, with metallic lustre. Pyrite crystals within quartz. Pyrite cubis crystal structure, showing octahedral coordination of Fe by S. Formula. FeS. 2. Structure. Non-silicate. Crystal System. Crystal system: cubic. Physical Properties. -
Zircon · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/zircon.html9 Apr 2024: Zircon crystal structure (tetragonal), CrystalMaker. Zircon is a common accessory mineral of many igneous rocks. Pleochroic haloes are formed by damage to the crystal lattice of enclosing minerals by the radioactive decay of elements such as Th and -
L172 Ultramafic cumulate · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/igneous-rocks/item/14.html9 Apr 2024: Alteration to magnetite and serpentine, particularly along the curving cracks. Cracks across the thin-section, could be due to expansion of the rock as the olivine was altered. -
L120 - granodiorite · Igneous Rocks · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/igneous-rocks/l120.html9 Apr 2024: Alteration. Zonation. Accessory minerals:. - Sphene. - Magnetite. - Apatite. Rock History. -
L172 - ultramafic cumulate · Igneous Rocks · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/igneous-rocks/l172.html9 Apr 2024: Alteration to magnetite and serpentine, particularly along the curving cracks. Cracks across the thin-section, could be due to expansion of the rock as the olivine was altered. -
Quartz · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/quartz.html9 Apr 2024: Quartz single crystal, no cleavage, conchoidal fracture. Quartz prisms, vitreous lustre. Quartz prisms (roughly hexagonal habit). Quartz crystal structure (trigonal unit cell), CrystalMaker. Formula. SiO. 2. Structure. Framework silicate. Crystal -
Epidote · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/epidote.html9 Apr 2024: Epidote crystal structure. Formula. Ca. 2. Al. 2. O(Al,Fe. 3+. )OH[Si. 2. O. 7. ][SiO. 4. ]. Structure. Orthosilicate. Crystal System. Crystal system: monoclinic (-). Physical Properties. Colour in hand specimen: green. Cleavage: one, perfect. -
Apatite · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/apatite.html9 Apr 2024: Apatite crystal structure, CrystalMaker. Formula. Ca. 5. (PO. 4. ). 3. (OH,F,Cl). Structure. Non-silicate. Crystal System. Crystal system: hexagonal (-). Physical Properties. Colour in hand specimen: green, white, yellow, blue brown etc. Hardness: 5. -
Olivine · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/olivine.html9 Apr 2024: Olivine hand specimen, no cleavage. Olivine crystal structure, CrystalMaker. Formula. (Mg,Fe). 2. [SiO. 4. ]. Structure. Orthosilicate. Crystal System. Crystal system: orthorhombic () (-). Physical Properties. Colour in hand specimen: pale green. -
Calcite · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/calcite.html9 Apr 2024: Single crystal calcite hand specimen. Small calcite crystals growing from a free surface. Milky single crystal of calcite. Calcite crystal structure, CrystalMaker. Formula. CaCO. 3. Structure. Non-silicate. Crystal System. Crystal system: trigonal (- -
Chlorite · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/chlorite.html9 Apr 2024: Chlorite crystal structure, CrystalMaker. Formula. (Mg,Fe. 2+. ,Fe. 3+. ,Mn,Al). 12. [(Si,Al). 8. O. 20. ](OH). 16. Structure. Sheet silicate. Crystal System. Crystal system: monoclinic () (-). Physical Properties. Colour in hand specimen: green. -
Fluorite · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/fluorite.html9 Apr 2024: Fluorite crystal hand specimen, purple hue. Fluorite crystal structure (cubic), CrystalMaker. Formula. CaF. 2. Structure. Non-silicate. Crystal System. Crystal system: cubic. Physical Properties. Colour in hand specimen: extremely variable: -
Dolomite · Minerals · 1A Collections
https://p1acollections.esc.cam.ac.uk/p1acollections/exhibits/show/minerals/dolomite.html9 Apr 2024: Dolomite in hand specimen. Dolomite crystal structure, CrystalMaker. Formula. CaMg(CO. 3. ). 2. Structure. Non-silicate. Crystal System. Crystal system: trigonal (-). Physical Properties. Colour in hand specimen: white, often tinged with yellow or
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