Canadian Mineralogist's Image Gallery

Pakhomovskyite: Co3(PO4)2·8(H2O)

Comments: SEM image of crystals of pakhomovskyite on the matrix. (CanMin, v44:117).
Location: Dolomite carbonatite cutting phoscorites in the Iron-Ore Complex, Kovdor, Kola Peninsula, Russia. Scale: See Image.
© Canadian Mineralogist

Pakhomovskyite: Co3(PO4)2·8(H2O)

Comments: Pink crystals of pakhomovskyite on the matrix. (CanMin, v44:117).
Location: Dolomite carbonatite cutting phoscorites in the Iron-Ore Complex, Kovdor, Kola Peninsula, Russia. Scale: See Image.
© Canadian Mineralogist

Palladoarsenide: Pd2As

Comments: SEM polished section showing hessite (Hes) with merenskyite (Mrk) relics surrounded by palladoarsenide (PdAs). (CanMin, v43:1355).
Location: Elatsite porphyry-copper deposit, Bulgaria. Scale: Scale Bar 10 µm.
© Canadian Mineralogist

Palladoarsenide: Pd2As

Comments: SEM polished section showing hessite (Hes) with merenskyite (Mrk) relics surrounded by palladoarsenide (PdAs). (CanMin, v43:1355).
Location: Elatsite porphyry-copper deposit, Bulgaria. Scale: Scale Bar 10 µm.
© Canadian Mineralogist

Panichiite: (NH4)2SnCl6

Comments: BSE image of octahedral panichiite crystals on alunite. (CanMin, v47:367).
Location: La Fossa crater, Vulcano, Aeolian Islands, Italy. Scale: See Image.
© Canadian Mineralogist

Panichiite: (NH4)2SnCl6

Comments: BSE image of octahedral panichiite crystals on alunite. (CanMin, v47:367).
Location: La Fossa crater, Vulcano, Aeolian Islands, Italy. Scale: See Image.
© Canadian Mineralogist

Paolovite: Pd2Sn  
Menshikovite: Pd3Ni2As3

Comments: BSE image showing menshikovite (mnv), paolovite (plv), isomertieite (ism), cobaltite (cob), and chalcopyrite (ccp) with quartz (qtz) and a Fe-rich aluminosilicate (sil).
Location: Lower (exo)-contact of the Chiney intrusion in Siberia. (CanMin, v40:679). Scale: See Image.
© Canadian Mineralogist

Paolovite: Pd2Sn  
Menshikovite: Pd3Ni2As3

Comments: BSE image showing menshikovite (mnv), paolovite (plv), isomertieite (ism), cobaltite (cob), and chalcopyrite (ccp) with quartz (qtz) and a Fe-rich aluminosilicate (sil).
Location: Lower (exo)-contact of the Chiney intrusion in Siberia. (CanMin, v40:679). Scale: See Image.
© Canadian Mineralogist

Paracostibite: CoSbS

Comments: Photomicrograph showing four groups of paracostibite grains (white) associated with sphalerite (grey), and chalcopyrite (liglit grey). Dark areas are pits. (CanMin v 10:232).
Location: Drill-core from claims held by Cochenour Willans Gold Mines Ltd. in Mulcahy Township, District of Kenora, Red Lake Mining Division, Ontario, Canada. Scale: See Image.
© Canadian Mineralogist

Paracostibite: CoSbS

Comments: Photomicrograph showing four groups of paracostibite grains (white) associated with sphalerite (grey), and chalcopyrite (liglit grey). Dark areas are pits. (CanMin v 10:232).
Location: Drill-core from claims held by Cochenour Willans Gold Mines Ltd. in Mulcahy Township, District of Kenora, Red Lake Mining Division, Ontario, Canada. Scale: See Image.
© Canadian Mineralogist

Pararobertsite: Ca2Mn+++3(PO4)3O2·3(H2O)

Comments: SEM image of a group of pararobertsite crystals illustraing the typical habit. (CanMin, v27:451).
Location: Tip Top pegmatite, Custer County, South Dakota, USA. Scale: Scale Bar 100 µm.
© Canadian Mineralogist

Pararobertsite: Ca2Mn+++3(PO4)3O2·3(H2O)

Comments: SEM image of a group of pararobertsite crystals illustraing the typical habit. (CanMin, v27:451).
Location: Tip Top pegmatite, Custer County, South Dakota, USA. Scale: Scale Bar 100 µm.
© Canadian Mineralogist

Pasavaite: Pd3Pb2Te2  
Polarite: Pd(Bi,Pb)

Comments: BSE image of pasavaite (pas) embedded in polarite (po) in association with sperrylite (sp), Pd-Pb-Bi-Te and Au-Ag phases. (CanMin, v47:53).
Location: Talnakh deposit, Noril’sk-Talnakh Ni-Cu camp, Taimyr Autonomous District, Russia. Scale: See Image.
© Canadian Mineralogist

Pasavaite: Pd3Pb2Te2  
Polarite: Pd(Bi,Pb)

Comments: BSE image of pasavaite (pas) embedded in polarite (po) in association with sperrylite (sp), Pd-Pb-Bi-Te and Au-Ag phases. (CanMin, v47:53).
Location: Talnakh deposit, Noril’sk-Talnakh Ni-Cu camp, Taimyr Autonomous District, Russia. Scale: See Image.
© Canadian Mineralogist

Pekovite: SrB2Si2O8

Comments: Backscatter elecron image of (a) an intergrowth of pekovite (Pkv) and pectolite (Pct) and (b), an enlarged area of (a) showing details. (CanMin, v 42, p 110).
Location: Moraine of the Dara-i-Pioz glacier, Alai range, Tien Shan, northern Tajikistan. Scale: See Image.
© Canadian Mineralogist

Pekovite: SrB2Si2O8

Comments: Backscatter elecron image of (a) an intergrowth of pekovite (Pkv) and pectolite (Pct) and (b), an enlarged area of (a) showing details. (CanMin, v 42, p 110).
Location: Moraine of the Dara-i-Pioz glacier, Alai range, Tien Shan, northern Tajikistan. Scale: See Image.
© Canadian Mineralogist

Pertlikite: K2(Fe++,Mg)2(Mg,Fe+++)4Fe+++2Al(SO4)12·18H2O

Comments: B&W image of dark olive green to black crystal of pertlikite from the type material. (AmMin, v46:661).
Location: Madeni Zakh, Iran. Scale: Crystal size 1 mm.
© Canadian Mineralogist

Pertlikite: K2(Fe++,Mg)2(Mg,Fe+++)4Fe+++2Al(SO4)12·18H2O

Comments: B&W image of dark olive green to black crystal of pertlikite from the type material. (AmMin, v46:661).
Location: Madeni Zakh, Iran. Scale: Crystal size 1 mm.
© Canadian Mineralogist

Petterdite: PbCr+++2(CO3)2(OH)4·H2O

Comments: Petterdite (Pe) forming a thin pink layer in grey-yellow anglesite (At) and cerussite, replacing galena (Gn), overgrown by red-yellow crocoite (Cr) and brown goethite (Gt). (CanMin, 38:1469).
Location: Red Lead mine, on the Zeehan–Dundas mining field in northwestern Tasmania, Australia.. Scale: Field of view: 15  9 mm.
© Canadian Mineralogist

Petterdite: PbCr+++2(CO3)2(OH)4·H2O

Comments: Petterdite (Pe) forming a thin pink layer in grey-yellow anglesite (At) and cerussite, replacing galena (Gn), overgrown by red-yellow crocoite (Cr) and brown goethite (Gt). (CanMin, 38:1469).
Location: Red Lead mine, on the Zeehan–Dundas mining field in northwestern Tasmania, Australia.. Scale: Field of view: 15  9 mm.
© Canadian Mineralogist