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Breithauptite

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(Redirected from Nickel antimonide) Nickel antimonide mineral
Breithauptite
Breithauptite on calcite from the Samson Mine, St Andreasberg, Harz Mountains, Lower Saxony, Germany (Field of view 17 mm)
General
CategoryAntimonide mineral
Formula
(repeating unit)
nickel antimonide (NiSb)
IMA symbolBhp
Strunz classification2.CC.05
Crystal systemHexagonal
Crystal classDihexagonal dipyramidal (6/mmm)
H-M symbol: (6/m 2/m 2/m)
Space groupP63/mmc
Unit cella = 3.946 Å, c = 5.148 Å, Z = 2
Identification
ColorPale copper-red, may be with violet tint
Crystal habitCrystals rare, thin tabular or needlelike, to 1 mm; arborescent, disseminated, massive
TwinningTwin plane {1011}
CleavageNone
FractureSubconchoidal to uneven
TenacityBrittle
Mohs scale hardness5.5
LusterMetallic
StreakReddish brown
DiaphaneityOpaque
Specific gravity7.591–8.23 measured; 8.629 calculated
PleochroismVery distinct
References

Breithauptite is a nickel antimonide mineral with the simple formula NiSb. Breithauptite is a metallic opaque copper-red mineral crystallizing in the hexagonal - dihexagonal dipyramidal crystal system. It is typically massive to reniform in habit, but is observed as tabular crystals. It has a Mohs hardness of 3.5 to 4 and a specific gravity of 8.23.

It occurs in hydrothermal calcite veins associated with cobaltnickelsilver ores.

Massive breithauptite with orange-brown nickeline and minor quartz from the Cobalt area of Ontario, Canada

It was first described in 1840 from the Harz Mountains, Lower Saxony, Germany, and in 1845 for occurrences in the Cobalt and Thunder Bay districts of Ontario, Canada. It was named to honor Saxon mineralogist Johann Friedrich August Breithaupt (1791–1873).

See also

References

  1. Warr, L.N. (2021). "IMA–CNMNC approved mineral symbols". Mineralogical Magazine. 85 (3): 291–320. Bibcode:2021MinM...85..291W. doi:10.1180/mgm.2021.43. S2CID 235729616.
  2. Handbook of Mineralogy
  3. Mindat with location data
  4. Webmineral data
  • Palache, C., H. Berman, and C. Frondel (1944) Dana's system of mineralogy, (7th edition), v. I, pp. 238–239
Salts and covalent derivatives of the antimonide ion
-SbH
SbH3
+H
He
Li3Sb Be ?BSb R3Sb SbN -SbO
various
-SbF4
-SbF6
Ne
Na3Sb
NaSb3
Mg3Sb2 AlSb Si +P +S
-SbS3
-SbS4
+Cl4
+Cl2
-SbCl6
Ar
?K3Sb Ca ScSb Ti V CrSb MnSb
Mn2Sb
Fe2Sb
FeSb2
CoSb
CoSb3
NiSb
Ni3Sb
NiSb2
CuSb
Cu2Sb
Cu3Sb
Cu5Sb
ZnSb
Zn3Sb2
Zn4Sb3
GaSb GeSb AsSb
-As1-xSbx
+Se +Br
+Br2
Kr
Rb3Sb
RbSb3
SrSb3 YSb ZrSb Nb3Sb Mo Tc Ru RhSb various Ag1-xSbx
Ag3Sb
CdSb
Cd3Sb2
InSb SnSb Sb
Sb4
-Sb
+Te +I Xe
Cs3Sb
Cs4Sb2
Ba3Sb2
BaSb3
* LuSb ?HfSb ?TaSb W Re Os Ir PtSb
Pt3Sb
PtSb2
Pt4Sb3
AuSb
AuSb2
Hg TlSb PbSb BiSb
Bi1−xSbx

Bi2Sb2
Po At Rn
Fr3Sb Ra ** Lr Rf Db Sg Bh Hs Mt Ds Rg Cn Nh Fl Mc Lv Ts Og
 
* LaSb ?CeSb PrSb NdSb PmSb SmSb Eu5Sb3
Eu11Sb10
Eu2Sb3
GdSb TbSb DySb HoSb
HoSb2
ErSb TmSb
TmSb
YbSb
** Ac ?ThSb
ThSb2
Th3Sb4
Pa U NpSb Pu AmSb CmSb BkSb
?BkSb
Cf Es Fm Md No
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