...Fig. 5. Sheets in the structures of johannite, plášilite, deliensite and feynmanite. The unit cells are shown by dashed lines. For plášilite, H atoms are shown as white spheres and O–H bonds are shown as sticks. H atom positions were not determined in the other structures. ...

... it occurs as a secondary alteration phase. At the Green Lizard mine, it is found in association with calcite, gypsum, plášilite, pyrite, rozenite and sulfur; at the Giveaway-Simplot mine, shumwayite is associated with rhomboclase and römerite. The mineral occurs as pale greenish-yellow monoclinic prisms...

... new mineral species, including dmisokolovite, geschieberite, imayoshiite, palladosilicide, plášilite, raisaite, shchurovskyite, svornostite, and vanackerite. * All minerals marked with an asterisk have been approved by the IMA CNMMC. † For a complete listing of all IMA-validated...

... ), fermiite ( Kampf et al. 2015b ), belakovskiite ( Kampf et al. 2014 ), plášilite ( Kampf et al. 2015a ), feynmanite ( Kampf et al. 2019a ), bluelizardite ( Plášil et al. 2014b ), meisserite ( Plášil et al. 2013a ), and rabejacite ( Plášil et al. 2014a ). Crystalline samples of each mineral listed in Table...

...Fig. 4. The uranyl sulfate sheets in greenlizardite, johannite, plášilite and deliensite. UO 7 bipyramids are blue and SO 4 tetrahedra are yellow. Note the differing orientations of SO 4 tetrahedra. ...

...Fig. 5 The uranyl-sulfate sheets in the structures of greenlizardite, plášilite, deliensite, johannite and meitnerite. (Online version in colour) ...

... underground in the Blue Lizard and the Markey mines as a rare mineral in the secondary mineral assemblages and at both locations on pyrite-rich asphaltum matrix. At the Blue Lizard mine, it occurs in association with chinleite-(Y), gypsum, goethite, natrojarosite, natrozippeite, plášilite, and shumwayite...

... (Burns, 2005 ) found in plášilite (Kampf et al. , 2015b ) and several other recently described Red Canyon minerals. Electron probe microanalyses (6 points on 3 crystals) were performed at the University of Utah on a Cameca SX-100 electron microprobe with four wavelength dispersive spectrometers...

... ammoniozippeite has been found with a wide variety of other secondary phases including blödite, bobcookite, brochantite, chalcanthite, devilline, dickite, ferrinatrite, gerhardtite, gypsum, johannite, krönkite, magnesiozippeite, natrozippeite, pentahydrate, pickeringite, plášilite, posnjakite, redcanyonite...

... to cite: Miyawaki, R., Matsubara, S., Yokoyama, K., Shigeoka, M., Momma, K. and Yamamoto, S. (2014) Mieite-(Y), IMA 2014-020. CNMNC Newsletter No. 21, August 2014, page 799; Mineralogical Magazine , 78 , 797–804. IMA No. 2014-021 Plášilite Na(UO 2 )(SO 4 )(OH)·2H 2 O Blue Lizard Mine...

... ( Plášil et al. , 2014 ), meisserite ( Plášil et al. , 2013 ), plášilite ( Kampf et al ., 2015 a ), bobcookite ( Kampf et al ., 2015 b ) and wetherillite ( Kampf et al ., 2015 b ). The seventh and eighth new uranyl sulfates from this mine, fermiite and oppenheimerite, are described herein...

... ). To date, our investigations have yielded eight new uranyl sulfate minerals, belakovskiite, bluelizardite, fermiite, meisserite, oppenheimerite, plášilite, bobcookite and wetherillite. The ninth, tenth and eleventh new uranyl sulfates from this mine, klaprothite, péligotite and ottohahnite, are described...

...Fig. 6 View of the dimers and trimers of edge-sharing uranyl pentagonal bipyramids in the structure of furongite (a), parsonite (b), lakebogaite (c), plášilite (d), francevillite (e) and Ag 6 [(UO 2 ) 3 O (MoO 4 ) 5 ] (f). Yellow, UO 7 ; green, PO 4 ; blue, SO 4 ; red, VO 5; and pink, MoO 4...

... ) and plášilite (Kampf et al. , 2015), have been published recently by our team. The fifth and sixth, bobcookite and wetherillite, are described herein. All of the new uranyl sulfates described from the Blue Lizard mine thus far contain essential Na, a remarkable fact considering that previously there was only...

.... Kampf*, Jakub Plášil, Barbara P. Nash and Joe Marty *E-mail: [email protected] Structurally related to johannite, deliensite and plášilite Triclinic: P 1 ¯ ; structure determined a = 6.8362(2), b = 9.5127(3), c = 13.898(1) Å, α = 98.636(7), β = 93.713(7), γ = 110.102(8)° 6.80...

..., Barbara P. Nash and Joe Marty Structurally related to johannite, deliensite and plášilite Triclinic: P 1¯; structure determined a  = 6.8362(2), b  = 9.5127(3), c  = 13.898(1) Å, α = 98.636(7), β = 93.713(7), γ = 110.102(8)° 6.80(100), 6.06(36), 5.75(62), 4.41(32), 3.404(56), 3.126(60...