| I. Tesseerales (Regullaeres) System, Cubic-System. |
| 1 |
Octahedron
o=111: Magnetite, Spinel, Cuprite, Pyrite, Linnaeite or Cobaltite, Microlite,
Flourite of Andreasberg and Moldawa etc. Cleavageform of Fluorite |
| 2 |
Octahedron
as twinned crystal: Spinel, Gahnite, Magnetite of the Greiner, Acanthite, as
Cleavageform on the Flourite of Kongsberg |
| 3 |
Hexahedron,
a=100, Galena, Halite, Flourite, Pyrite, Skutterudite, Boracite of Segeberg
in Holstein, Provskite, Chlorargyrite etc. Cleavageform on the Galena,
Halite, Alabandite etc. |
| 4 |
Hexahedron,
Penetration twinneng: Flourite of Durham |
| 5 |
Dodecahedron
(Garnethedron): d=110: Garnet. Cleavageform of Sphalerite. Magnetite of Ala,
Hg-rich Silver, Acanthite, Cuprite of Chessy, Sodalite, Nosean, Sal-ammoniac
etc. |
| 6 |
Trapezohedron:
n=211: Leucite, Garnet, Analcime, Sal-ammoniac, Acanthite of Johann
Georgenstadt etc. |
| 7 |
Trigonal
trisoctahedron: p=122: Diamond. Flourite of Kongsberg |
| 8 |
Tetrahexahedron:
e=120: Gold, Copper, Flourite of St. Agnes Cornwall |
| 9 |
Hexoctahedron:
s=321: Diamond, as combination on the Flourite of the Muensterthal |
| 10 |
Rhombic
dodecahedron with curved faces: p=122: Diamond |
| 11 |
a
d --=100. 011. 130. 322: Hg-rich Silver of Obermoschel and Flussspath |
| 12 |
o a m=111. 100.
311: Galena of Annaberg old locality |
| 13 |
o a d=111. 100.
011: Galena of Neudorf in the Harz |
| 14 |
Octahedron,
Dodecahedron and Trigonaltrisoctahedron: o d p=111. 110. 122: Galena of Ober-
Lahr by Linz a. Rhein, Magnetite, Flourite |
| 15 |
Octahedron,
Penetration twinning according to Hessenberg: o d a=111. 110. 100: Galena of
Ober-Lahr. |
| 16 |
d
a o m --=011. 100. 111. 311. 411. 140: yellow Sphalerite of Kapnik according
to Hessenberg |
| 17 |
Dodecahedron. Twinned
crystal: d o=011. 111 |
| 18 |
Hexahedron,
Dodecahedron and Octahedron: a d o=100. 110. 110. 111: Skutterudite of
Riechelsdorf |
| 19 |
Pentagondodecahedron
(Pyritehedron): e=π120: Pyrite, Linnaeite or Cobaltite |
| 20 |
Pyritehedron
Penetration twinning: e=π120: Pyrite from the Keuper of Vlotho at the
Wese |
| 21 |
right
Pyritehedron and right broken Pyritehedron: e s=π 210 π 321: Pyrite of
Elba |
| 22 |
same
combination further with the Octahedron: o s= 120. 111. 231: Pyrite of
Elba |
| 23 |
e
t=120. 241: Pyrite of Facebai in Hungary and of Waldstein in Kaernthen |
| 24 |
broken
Pyritehedron : s=π 321: Pyrite of Traversella |
| 25 |
Pyritehedron
and broken Pyritehedron: e t=120. 241: Pyrite of Traversella |
| 26 |
Icositetradedron:
m=311: Gold of Veroespatak. Silver of kongsberg |
| 27 |
right
broken Pyritehedron and Hexahedron: a s=100. 231: Pyrite of Traversella |
| 28 |
broken
Pyritehedron with Pyritehedron and Hexahedron: s e a=231. 120.100: Pyrite of
Traversella |
| 29 |
Hexahedron,
Octahedron and broken Pyritehedron: a o s=100. 111. π 321: Pyrite of
Traversella and of Facebay in Siebenbuergen |
| 30 |
Octahedron
and Pyritehedron: o e=111. π 210: Linnaeite or Cobaltite, Gersdorffite,
Pyrite |
| 31 |
Octahedron,
Pyritehedron and right broken Pyritehedron: o e s =111. 120. 231: Pyrite |
| 32 |
Octahedron,
Pyritehedron and left broken Pyritehedron: o e t=111. 120. 241: Pyrite of
Traveersella and Linnaeite or Cobaltite of Tunaberg |
| 33 |
Pyritehedron
and Octahedron in the same size: e o=π 210. 111: Pyrite, Linnaeite or
Cobaltite |
| 34 |
Hexahedron
and Pyritehedron: a: e=100. π 210: Pyrite, Linnaeite or Cobaltite |
| 35 |
Octahedron
and Hexahedron: o a=111. 100: Galena, Pyrite, Hauerite, Gersdorffite,
Siegenite or Ni-rich Linnaeite of Co-rich Polydymite, Kalinite of
Potassium-alum etc. |
| 36 |
Hexahedron
and Octahedron: a o=100. 111: Galena, Pyrite, Skutterudite, Flourite, Halite,
Acanthite, Silver etc. |
| 37 |
Hexahedron
and Octahedron in the same size: Galena of Freiberg and other places |
| 38 |
Hexahedron
and Tetrahexahedron: a e=100. 120: Flourite of St. Agnes in Cornwall
Kongsberg and Altenberg, Sachsen |
| 39 |
Hexahedron
and Tetrahexahedron with the Dodecahedron: a e d=100. 120. 011: Flourite of
Kongsberg |
| 40 |
Hexahedron
and Trapezohedron: a n=100. 211: Analcime of the Cyclopeninseln and of the
Fassathal, Acanthite, (100. 311 at Flourite of Gersdorf in Sachsen and of
Kongsberg). |
| 41 |
Hexahedron
and Tetrahexahedron: a t=100. 421: Fluorite of the Muensterthal |
| 42 |
Hexahedron,
Octahedron, Dodecahedron: a o d=100. 111. 011: Flourite of Ehrenfriedersdorf
in Sachsen and of Kongsberg |
| 43 |
Octahedron
and Trigonal trisoctahedron: o q=111. 133: Flourite of Kongsberg |
| 44 |
Hexahedron
and Dodecahedron: a d=100. 110: Flourite of Ehrenfriedersdorf, Acanthite,
Cuprite of the Ural. Pyrite of the Alsau by Neuwied |
| 45 |
Octahedron
and Dodecahedron: o d=111. 110: Spinel of Ceylon and of the Vesuv.
Franklinite, Cuprite of Chessy. Galena |
| 46 u. 47 |
Dodelaeder,
Octahedron and Icositetrahedron: d o m=110. 111. 311: Magnetite of
Piemont |
| 48 |
Dodecahedron,
Octahedron and Trapezohedron. (Icositetrahedron) the Octahedron dominated: o
d m=111. 110. 311: Flourite, Spinel of the Vesuv and of New-York |
| 49 |
Dodecahedron,
Octahedron and Trapezohedron. (Icositetrahedron) and Hexahedron: d o a n=110.
111. 100. 211: Cuprite of the Ural |
| 50 |
Octahedron
and Icositetrahedron: o m=111. 311: Spinel of the Vesuv. Magnetite from the
Basalt of Pflasterkaute by Suhl and of Traversella |
| 51 |
Dodecahedron
and Octahedron: d o=100. 111: Magnetite of Traversella and of Normarken and
at the Flourite with Herderite of Ehrenfriedersdorf |
| 52 |
Dodecahedron
and Trapezohedron: d n=110. 211: Ti-rich Andradite of Frascati by Rom, Hg-
rich Silver |
| 53 |
Dodecahedron
and both Trapezohedron: d n x=110. 211. 233: Garnet of Alain Piemont |
| 54 |
Dodecahedron,
Trapezohedron (Icositetrahedron) and Hexoctahedron: d n s=110. 211. 321:
Garnet of Arendal and Longbanshyttan in Schwedern |
| 55 |
a
m --go=100. 311. 924. 423. 320. 111: Provskite of the Pfitschthal in Tyrol,
according to Hessenberg |
| 56 |
Twinned
crystal according to Hessenberg: d a n=110. 100. 211: Sodalite of the
Vesv |
| 57 |
Hexahedron
and Tetrahedron: a o=111: Pharmacosiderite, Boracite |
| 58 |
Hexahedron,
Dodecahedron and both Tetrahedron: a d o=100. 110. 111: Boracite |
| 59 |
Hexahedron,
Dodecahedron and right Tetrahedron: a d o=100. 110. 111: Boracite |
| 60 |
Hexahedron.
Dodecahedron right and left Tetrahedron and left Pyramidaltetrahedron: a d o
n=100. 011. 111. 211: Boracite |
| 61 |
d o a
n=110. 111. -1-1-1. 110.x 211. : Boracite of Lueneburg |
| 62 |
o o a d=111. 111.
100. 110: Boracite of Lueneburg |
| 63 |
Tetrahedron:
o=x 111: Tetrahedrite or Tennantite, Helvite, Sphalerite |
| 64 |
Triakistetrahedron:
n=x 211: Eulytite, Tetrahedrite or Tennantite |
| 65 |
Deltoiddodecahedron:
n=x 122: Till now only observed in combination with other forms , for example
at the Tetrahedrite or Tennantite |
| 66 |
Hexakistetrahedron
: s=x 321: Also only in combinations known in Tetrahedrite or Tennantite of
Ilanz in Graubuenden |
| 67 |
right
and left Tetrahedron: 111. -1-1-1: Sphalerite, Tetrahedrite or Tennantite,
Helvite the old locality |
| 68 |
Tetrahedron
and Hexahedron x: 111. 110: Boracite of Lueneburg |
| 69 |
Tetrahedron
and Dodecahedron: x d=111. 110: Tetrahedrite or Tennantite of Kapnik and of
Dillenburg |
| 70 |
right
Tetrahedron and left Pyramidaltetrahedron: o n=111. 211: Tetrahedrite or
Tennantite of Dillenburg and Kapnik |
| 71 |
right
Tetrahedron and right Pyramidaltetrahedron: o n - x 111. X 211: Tetrahedrite
or Tennantite |
| 72 |
right
Tetrahedron, right Pyramidaltetrahedron and Dodecahedron: o n d=x 111. X 212.
110: Tetrahedrite or Tennantite |
| 73 |
right
Tetrahedron. Pyramidaltetrahedron, Dodecahedron and left
Pyramidaltetrahedron: o n d=111. 211. 110: Tetrahedrite or Tennantite of
Dillenburg |
| 74 |
right
Tetrahedron, Pyramidaltetrahedron. Dodecahedron, and left Tetrahedron and
Pyramidaltetrahedron: |
|
o
n d o' n' 111. 211. 110. -1-1-1.-2-1-1: Tetrahedrite or Tennantite of
dillenburg |
| 75 |
right
Tetrahedron, Pyramidaltetrahedron, Dodecahedron, left Tetrahedron and
Hexahedron: o n d o' a=111. 211. 110. -1-1-1. 100: Tetrahedrite or Tennantite
of Kapnik |
| 76 |
right
Pyramidaltetrahedron, broken Pyramidaltetrahedron and Dodecahedron: n y
d=211. 233. 110: Tetrahedrite or Tennantite of Dillenburg |
| 77 |
Twinned
crystal: o d n=111. 110. 211: Tetrahedrite or Tennantite of Dillenburg |
| 78 |
Penetration
twinneng: o=111 : Tetrahedrite or Tennantite of Kapnik |
| |
|
| II. Quadratisches System. Zwei- und einaxiges Krystallsystem.
Pyramidal-System. |
| 79 |
a
d s-z-i-e---100. 001. 101. 331. 103. 362. 321. 332. 302. 635. 338. 430:
Calomel, of OberMoschel in Rheinbayern, according to Hessenberg |
| 80 |
e x=101. 311.:
Iron(meteorite) of Ilmenau |
| 81 |
m s a
e=110. 111. 100. 101: Cassiterite of the Bretagne etc. |
| 82 |
a s=100. 111 :Cassiterite of
Cornwall |
| 83 |
100. 111. 311: Cassiterite of
Cornwall |
| 84 |
a m e s
c=100. 110. 101. 111. 001: Cassiterite of Cornwall |
| 85 |
m z s=110. 321. 111:
Cassiterite of Cornwall |
| 86 |
m z s e=110.
321. 111. 101: Cassiterite of Cornwall |
| 87 |
Twinned
crystal of Schlaggenwalde, Zinnwald etc.: m s=110. 111: Cassiterite |
| 88 |
Eightlling
crystal of Schlaggenwalde: s e m a=111. 110. 101. 100: Cassiterite |
| 89 |
Twelvelling
crystal of Schlaggenwald according to Hessenberg : a h s e=100. 210. 111.
101: Cassiterite |
| 90 |
m a s
e-110. 100. 210. 111. 101: Rutile of St. Yrieux etc. |
| 91 |
a
m h z-s e=100. 110. 210. 321. 221. 111. 101: Rutile from the Binnenthal,
according to Hessenberg |
| 92 |
Twinned
crystal: a m c=100. 110. 001: Rutile of Pftsch in Tyrol etc. |
| 93 |
Spitzes
QuadratOctahedron: p=111: Anatase from the Alps |
| 94 |
p c=111. 001: Anatase from the
Alps |
| 95 |
p c e=111. 001. 101:
Anatase form the Alps |
| 96 |
p c q=111. 001. 201:
Anatase from the Alps |
| 97 |
p s=111. 51 19: Anatase from
the Alps |
| 98 |
p'-c
v q e s=111. 001. 117. 301. 51 19: Anatase of Itabira. Province Minas Geraes
in Brasilien according to Hessenberg |
| 99 |
c r e=1001. 111. 101:
Nagyagite of Nagyag |
| 100 |
r
e m=111. 101. 110: Bornite or Chalcopyrite, (Chalcopyrite Miller) of
Tavistock |
| 101 |
p
p' d s c=111. -1-1-1. 101. 201. 001.: Bornite or Chalcopyrite. (Chalcopyrite
Miller) of Schlaggenwalde |
| 102 |
p
p' 2=111. -1-1-1. 201: Bornite or Chalcopyrite. (Chalcopyrite Miller) of
Tavistock etc. |
| 103 |
e
s=111. 113: Hausmannite of Ilmenau in Thueringen and Ilfeld in the Harz |
| 104 |
Stumpfes
QuadratOctahedron: o=111: (Xenotime-(Y)) of Hitteroe in Norway |
| 105 |
Dioctahedron:
x=311: Zircon |
| 106 |
m
p=110. 111: Zircon of Grass-Lake in New-York and of North-Carolina |
| 107 |
m u p=110. 331. 111:
Zircon of Brewig and Miask |
| 108 |
p
a=111. 100: Zircon or Corundum or Grossular or Vesuvianite of Ceylon and
Zircon of Miask |
| 109 |
p
m a=111. 110. 100: Zircon or Corundum or Grossular or Vesuvianite and Zircon
of Ceylon and Miask. metamict Zircon of Hitteroe etc. |
| 110 |
p a x=111.
100. 311: Zircon of Miask and of Fredrikswaerm |
| 111 |
p a m x=111.
100. 110. 311: Zircon and metamict Zircon |
| 112 |
p m x=111. 110. 311:
Zircon of Frederikswaerm |
| 113 |
p m u x=111. 110. 331. 311: Zircon of
Frederikswaerm |
| 114 |
p
a m u x=111. 100. 110. 331. 311: white Zircon of the Pfitschthal in Tyrol
according to Hessenberg |
| 115 |
to
the explanation of appearance the Octahedron of extraordinal setting
(hemihedral form of Dioctahedron): e n x=101. 111. 311: Scheelite of Zinnwald
in Boehmen |
| 116 |
111. 210.
432: Stolzite Haidinger and Miller of Zinnwald |
| 117 |
Octahedron
and Prisms of extraordinal setting: n f=111. 320: Wulfenite in white crystals
of Berggieshuebel (old locality) |
| 118 u. 119 |
s y=113. 203: Wulfenite of
Bleiberg |
| 120 |
s c=113. 001: Wulfenite of
Bleiberg |
| 121 |
s u c a=113. 102.
001. 100: Wulfenite of Bleiberg |
| 122 |
n e s y=111. 101.
113. 203: Wulfenite of Bleiberg |
| 123 |
x a m u
s=111. 100. 110. 210. 211: Phosgenite of Matlock |
| 124 |
c
a=001. 100: Uraninite, Torbernite Miller. of Johann Georgenstadt |
| 125 |
c
s a=001. 203. 100: Uraninite, Torbernite Miller of Schlaggenwalde and
Redruth |
| 126 |
m r
c=110. 201. 001: Uraninite, Torbernite Miller of Redruth |
| 127 |
a c=100.
001: Fluorapophyllite of Bergenhill New-Jersey |
| 128 |
a
c p=100. 001. 111: Fluorapophyllite of Faroe, Nord-Irland and Bergenhill in
New-Jersey |
| 129 |
a
c p h=100. 111. 310: Fluorapophyllite of Bergenhill New-Jersey, acccording to
full crystal of same size and of Poonah in Ostindien |
| 130 |
a
p r=100. 111. 210(with the achtseitigen Prisma): Fluorapophyllite of Faroe
and Andreasberg |
| 131 |
a
r p c=100. 210. 111. 001: Fluorapophyllite of Faroe and Andreasberg |
| 132 |
c
a=001. 100: Gehlenite of the Monzoni in the Fassathal in Tyrol |
| 133 u. 134 |
c
m a=001. 110. 100: Akermanite or Gehlenite (Chrysocolla), of the Vesuv, Rom
and Herchenerg in the Eifel. |
| 135 |
c m h=001.
110. 210: Akermanite or Gehlenite of the Vesuv |
| 136 |
m
u a c=110. 111. 100. 001: Vesvianite of the Wiluifluss in Sibirien
(Grossular) |
| 137 |
m a u=110.
100. 111: Vesvianite of the Monzoni in Tyrol |
| 138 |
m
a f u=110. 100. 210. 111: Vesvianite of Achmatowsk in the Ural and Orawitza
in the Bannat |
| 139 |
m h u I
c=110. 310. 111. 312. 001: Vesvianite of the Vesuv |
| 140 |
m
h a u s c=110. 310. 100. 111. 311. 001: Vesvianite of Eger in Norway |
| 141 |
m
a h u t b e y c=110. 100. 310. 111. 331. 311. 101. 112. 001: Vesvianite of
Ala in Piemont |
| 142 |
m
a h u t z s v e c=110. 100. 310. 111. 331. 211. 311. 511. 101. 001:
Vesvianite of the Vesuv |
| 143 |
m
a f h u n t z o s v I e c= 110. 100. 210. 310. 111. 221. 331. 211. 421. 311.
511. 312. 101. 001: Vesvianite of the Vesuv and Ala |
| 144 |
a
m h r-s e v t c=100. 110. 210. 311. 331. 311. 101. 313. 113. 001: Sarcolite
of the Vesv according to Hessenberg |
| 145 |
a c =100. 001: Scapolite,
Wernerite. |
| 146 |
m a c=110. 100.
001: Scapolite, Wernerite of Arendal |
| 147 |
m
a r=110. 100. 111: Scapolite, Wernerite of Bolton in Massachusets etc. |
| 48 |
m
a r c=110. 100. 111. 001: Scapolite, Wernerite of Pargas in Finnland
etc. |
| 149 |
m
a f r z=110. 100. 310. 111. 311: Scapolite, Meionite of the Vesuv |
| 150 |
a
e n s=100. 101. 012. 013 : Edingtonite of Kilpatrik in Schottland |
| 151 |
r
a c=111. 100. 001: Mellite of Artern in Thueringen and Tula in Russland |
| |
|
| III. Hexagonales. Drei und einaxiges. Rhombohedral System. |
| 152 |
r
o z a=100. 111. 211. O-1-1: Antimony of Andreasberg according to
Hessenberg |
| 153 |
s
o r e=-111. 111. 100. 011: Bismuth of Johann Georgenstadt according to
Hessenberg |
| 154 |
Bourlling
crystal according to Hessenberg: o r =111. 100 :Tetradymite of Schubkau in
Ungarn |
| 155 |
a
x - =01-1, 120. 531: Nickeline, Nickeline or Gersdorffite of Sangerhausen and
Riegelsdorf according to Hessenberg |
| 156 |
a
b r e=0-1-1. 2-1-1. 100. 001: Millerite, acicular Millerite, of
Saarbueck |
| 157 |
x b v z I o=120. 211. 15-3. 13-1. 231.
111: Greenockite of Bishoptown in Schottland |
| 158 |
r=100: Cinnabar of Almaden, groundform |
| 159 u. 160 |
r z u
o=100. 522. 211. 111: Cinnabar of Almaden and Idria |
| 161 |
b r
x o=211. 100. 311. 111: Cinnabar of Almaden and Ober-Moschel |
| 162 |
b z o=2-1-1. 522.
111: Cinnabar of Ober-Moschel |
| 163 |
w=14-2: Corundum (Sapphire) of
Ceylon |
| 164 |
w
r o=14-2. 100. 111: Corundum (Sapphire) and (Ruby) of Ceylon, Ural etc. |
| 165 |
n=131: Corundum, (Ruby)
of the Campo longo |
| 166 |
n
o=13-1. 111: Corundum, Sapphire and (Ruby) of the Campo long |
| 167 |
r
n o=100. 13-1. 111 : Corundum of Biella and Sapphire of the Campo longo also
at the black Hematite of the Ural |
| 168 |
x p o=01-1. 100. 111: Corundum of
Thibet. |
| 169 |
a n r o=01-1.
131. 100. 111: Corundum, (Ruby) of Pegu |
| 170 |
r o=100.
111: black Hematite of Arendal and Philipstadt |
| 171 |
r
u=100. 211: black Hematite of the Dauphine and of Altenberg in Sachsen |
| 172 |
r u n=100. 211. 13-1 :
black Hematite of Elba |
| 173 |
r u y n=100.
211. 233. 13-1: black Hematite of Elba |
| 174 |
r u y i
n=100. 211. 233. 51-1. 13-1: black Hematite of Elba |
| 175 |
n
o=13-1. 111: black Hematite of Altenberg in Sachsen and Reichenstein in
Schlesien |
| 176 u. 177 |
n
b o=13-1. 2-1-1. 111: black Hematite of Altenberg and of Reichenstein |
| 178 |
z o - 175. 111: black Hematite (black
Hematite or Ilmenite) of the St. Gottardt |
| 179 |
a n q b r o=01-1. 13-1. 231. 2-1-1.
100. 111: black Hematite of the Tavetschthal |
| 180 |
a
n r u s=011. 13-1. 100. 211. -111: black Hematite of Altenberg in Sachsen and
Reichenstein in Schlesien |
| 181 |
b
r u o=2-1-1. 100. 211. 111.: black Hematite of the St. Gottardt |
| 182 |
o=111:
Ferrocolumbite, Ilmenite or Pseudorutile, Crichtonite of the Dauphine |
| 183 |
r
o η=100. 111. 1-2-2: Ferrocolumbite, Ilmenite or Pseudorutile of Miask and
Krageroe |
| 184 |
r
o d s n=100. 111. 411. -111. 13-1: Ferrocolumbite, Ilmenite or Pseudorutile
of Sanarum and Miask |
| 185 |
r=100:
Quartz of the Grube Seegen Gottes at the Stuempfel by Ober-Wiesenthal in
Sachsen |
| 186 |
bβ=2-1-1. 13-2-2 :
Quartz of Poonah and Island |
| 187 |
Hexagonal
pyramid r: z=100. -122: Quartz of Lostwisthiel in Cornwall and of
Pforzheim |
| 188 |
b
r z=2-1-1. 100. -122: Quartz of Hagen in Westphalen and a. O. Quartz +
Hematite of S. Jago di Composella |
| 189 |
b r z=2-1-1.
100. 122 : Quartz different from Fundorten |
| 190 |
b γh
z=2-1-1. 3-1-1. 433. -122 : Quartz of the Alps etc. |
| 191 |
b
r x s=2-1-1. 100. -122. 14-2: Quartz of Jaerischanu in Schlesien etc. |
| 192. 193 |
b u r=2-1-1.814. 100: Quartz, Twinned
crystal from the Alps |
| 194 |
Twinned
crystal: b s r=2-1-1. 14-2. 100: Quartz of Jaerischau |
| 195 |
b
r z s x=2-1-1.100. -122. 14-2. 4-1-2: Quartz, transparent Quartz of the
Gotthard etc. with Rhobohedric and trapezohedric faces |
| 196. 197 |
Twinned crystal: b s x γr=2-1-1.14-2.
4-1-2. 3-1-1. 100 : Quartz, transparent Quartz from the Alps |
| 198 |
b
r z I=2-1-1. 100. -122. 011: Quartz, transparent Quartz of New-York |
| 199 |
b
m r z h y e=2-1-1. 7-2-2. 100. -122. -433. 10-2-5. -452: Quartz, maintype of
Schweizer transparent Quartz |
| 200 |
b
f γm r z s u e x - -=2-1-1. 8-3-3. 3-1-1. 7-2-2. 100. -122. 142. -452. 8-1-4.
4-1-2 - -: Quartz, dark-grey Al-rich Quartz of the Gotthard according to
Hessenberg |
| 201 |
a x o=01-1.120.
111 : Polybasite of Freiberg etc. |
| 202 |
a
e=01-1. 011: Pyrargyrite, Proustite or Pyrargyrite of Przibram |
| 203 |
a
e o=01-1. 011. 111: Pyrargyrite, Proustite or Pyrargyrite of Mexico |
| 204 |
a
r e=01-1. 100. 011 : Pyrargyrite, Proustite or Pyrargyrite of
Andreasberg |
| 205 u. 206 |
a
r t e=01-1. 100. 310. 011: Pyrargyrite, Proustite or Pyrargyrite of
Andreasberg |
| 207 |
a
r v t s e g b=01-1. 100. 201. 310. -111. 011. 71-2. 2-1-1: Pyrargyrite,
Proustite or Pyrargyrite of Andreasberg |
| 208 |
a
r v s e=01-1. 100. 20-1. -111. 011 : Pyrargyrite, Proustite or Pyrargyrite of
Joachimsthal in Boehmen |
| 209 |
a
t y=01-1. 310. 30-2: Pyrargyrite, Proustite or Pyrargyrite of
Andreasberg |
| 210 |
r
v u=100. 20-1. 211: Pyrargyrite, Proustite or Pyrargyrite of Andreasberg |
| 211 |
a
b s e g t k v=01-1. 211. -111. 011. 71-2. 310. 111-4. 20-1 : Pyrargyrite,
Proustite or Pyrargyrite of Andreasberg |
| 212 |
-
z o=51-3. 13-1. 111: Pyrargyrite, Proustite or Pyrargyrite of Freiberg |
| 213 |
a
- b e ,=01-1. 513. -111. 011. 3-1-1 : Pyrargyrite(Proustite), Proustite or
Pyrargyrite of Freiberg |
| 214 |
y
e=30-2. 011: Pyrargyrite(Proustite), Proustite or Pyrargyrite of
Joachimsthal |
| 215 |
y
t=30-2. 310: Pyrargyrite(Proustite), Proustite or Pyrargyrite of
Joachimsthal |
| 216 |
a
s e v=01-1. -111. 011. 20-1: Pyrargyrite(Proustite), Proustite or Pyrargyrite
of Freiberg |
| 217 |
Bourlling
crystal of Andreasberg: a e=01-1. 011: Pyrargyrite, Proustite or
Pyrargyrite |
| 218 |
a b
z x p o=01-1. 211. 13-1. 120. 100.: Pyrrhotite of Kongsberg |
| 219 |
-
r - o=-755. 100. 144. 111: Brucite of Texas in Pensylvanien according to Dan
and Hessenberg |
| 220 |
Principal rhombohedron:
r=100: Calcite |
| 221 |
Principal
rhombohedron, Twinning after plane of 1st. dull rombohedron: r=100:
transparent Calcite of Island |
| 222 |
e=011: Calcite of Freiberg etc. |
| 223 |
h=-455: Calcite of Andreasberg
etc. |
| 224 |
h b=-455. 2-1-1:
Calcite of Andreasberg etc. |
| 225 |
f o=-111. 111 : Calcite
of Kaden in Boehmen |
| 226 |
r o=100. 111: Calcit) of Maxen |
| 227 |
φ=-233 : Calcite of
Marienberg in Sachsen |
| 228 |
ψo=- 544. 111: Calcite of Iberg
etc. |
| 229 |
r e=100. 011 : Calcite of
Andreasberg etc. |
| 230 |
f e=-111. 011: Calcite of
Andreasberg. |
| 231 |
f m=-111. 3-1-:
Calcite of Iberg and Andreasberg |
| 232 |
f r=-111. 100 : Calcite of Maxen |
| 233 |
f e o t=-111.
011. 111. 310 : Calcite of Andreasberg |
| 234 |
r
o n -m-=100. 111. -4-25. 5-1-3. 3-1-1. 61 1-27.: Calcite of Rossi New-York
according to Hessenberg |
| 235 |
r m z=100. 3-1-1. 15-1-9 : Calcite of
Maxen by Dresden |
| 236 |
σ n=50-1. 410: Calcite of
Maxen by Dresden |
| 237 |
b
o=2-1-1. 11: Calcite(transparent Calcite), of Schneeberg, Kongsberg and
Andreasberg |
| 238 |
b e=2-1-1. 011: Calcite of
Freiberg etc. |
| 239 |
b o e=2-1-1. 111. 011
: Calcite of Andreasberg |
| 240 |
e b=011. 2-1-1:
Calcite of Freiberg, Przibram etc. |
| 241 |
a r=0-1-1. 100 : Calcite of
Andreasberg |
| 242 |
a e=0-1-1. 011 : Calcite
of Freiberg etc. |
| 243 |
b r=2-1-1. 100.: Calcite of
Bleiberg |
| 244 |
b ψ=2-1-1. 233: (Calcite) of
Bleiberg |
| 245 |
b e
a=2-1-1. 011. 01-1: Calcite of Freiberg and of Frammont |
| 246 |
b f o=2-1-1.
-111.111 : Calcite of Liskard in Cornwall |
| 247 |
b o m a=2-1-1. 111. 3-1-1. 0-1-1:
Calcite of Schneeberg and Kongsberg |
| 248 |
a o m f=01-1.
111. 3 -1-1. 111: Calcite of Andreasberg |
| 249 |
o a
b m f=111. 01-1. 2-1-1. 3-1-1-. -111: Calcite of Andreasberg |
| 250 |
b
v e c=2-1-1. 20-1. 011. 710 : Calcite of Derbyshire, Muensterthal in Baden
and of Traversella |
| 251 |
a b v
t m=01-1. 2-1-1. 20-1. 310. 3-1-1: Calcite of Kongsberg |
| 252 |
b
v t εo=2-1-1. 20-1. 310. -122. 9. 15: Calcite of Arendal on Botryolith |
| 253 |
c b o=40-3. 2-1-1.
111: Calcite of Andreasberg |
| 254 |
b v t=2-1-1.
20-1. 310 : Calcite of Iberg in the Harz |
| 255 |
b v t e=3-1-1.
20-1. 310. 011: Calcite of Derfbyshire |
| 256 |
b v e=2-1-1. 21-1.
011 : Calcite of Andreasberg |
| 257 |
Twinned
crystal: b v e=2-1-1. 20-1. 011 : Calcite of Andreasberg |
| 258 |
m=3-1-1: Calcite of
Dipenlienchen by Stolberg |
| 259 |
m o=3-1-1. 111:
Calcite of Kupferberg in Schlesien |
| 260 |
m -=3-1-1. - : Calcite of Andreasberg
etc. |
| 261 |
m v=3-1-1. 20-1: Calcite of
Schemnitz |
| 262 |
m v f=3-1-1. 20-1.
-111 : Calcite of Andreasberg |
| 263 |
m v f
e=3-1-1. 20-1. -111. 011: Calcite of Andreasberg etc. |
| 264 |
m r
o=3-1-1. 100. 111: Calcite, Dolomite of Hall in Tyrol |
| 265 |
m y r
o=3-1-1. 30-2. 100. 111 : Calcite of Andreasberg |
| 266 |
e r=011. 100:
Calcite of Freiberg and Cumberland etc. |
| 267 |
Zwilllingskrystall:
o r=111. 100: Calcite (tabular Calcite) of Kongsberg |
| 268 |
o v
f=111. 20-1. -111: Calcite of Andreasberg and Cumberland |
| 269 |
9-4-4. 011: Calcite of
Braennsdorf in Sachsen |
| 270 |
m e=3-1-1. 011:
Calcite of Reichenstein in Schlesien |
| 271 |
b
v=2-1-1. 20-1: Calcite of the Dauphine, symmetric form, and Beryl of the
Ural |
| 272 |
v b=20-1.
2-1-1: Calcite of Andreasberg and Derbyshire |
| 273 |
b v f=2-1-1. 20-1.
-111: Calcite of Derbyshire |
| 274 |
p
v f t e=2-1-1. 20-1. 111 310. 011: Calcite of Derbyshire and of
Andreasberg |
| 275 |
b
v=2-1-1. 20-1: Calcite of Derbyshire and Alston in Cumberland |
| 276 |
v b=20-1. 2-1-1: Calcite of
Derbyshire |
| 277 |
Skalenoeder:
v=20-1: Calcite |
| 278 |
x v f
r=21-2. 20-1. -111. 100 : (Calcite) of Derbyshire |
| 279 |
b x v f
r=2-1-1. 212. 201. 111. 100 : Calcite of Derbyshire |
| 280 |
v r=20-1. 100: Calcite of
Derbyshire. |
| 281 |
v r=20-1. 100: Calcite of
Derbyshire |
| 282 |
Calcite
of Iberg in the Harz |
| 283 |
y=30-2:
Calcite, Scalenohedron of Siebenlehn in Sachsen |
| 284 |
μ m v=50-4. 3-1-1.
20-1: Calcite of Andreasberg |
| 285 |
b
m v f r=2-1-1. 3-1-1. 20-1. 111. 100: Calcite of Andreasberg according to a
crystal in the Clausthaler collection |
| 286 |
a
b s r=01-1. 2-1-1. 1-11. 100: Willemite of the Altenberg by Aachen |
| 287 |
a r=01-1.
100: Phenakite of Frammont and Katherinenburg |
| 288 |
a
r=01-1. 100: Phenakite of Frammont, Intersepting trilling |
| 289 |
a
p r=011. 021. 100: Phenakite of Frammont, Intersepting trilling |
| 290 |
Dihexagonal
pyramid: v v'=041. 232: Beryl. To the explanation of different sort of
hemihedry |
| 291 |
o
a b=111. 01-1. 2-1-1 : Beryl of Bodenmais, Adun Tschilon in Sibirien and
green gem Beryl of Columbien |
| 292 |
o
a r r'=111. 01-1. 100. -122: Beryl of Mursinsk in the Ural and Haddam
Connecticut |
| 293 |
o a r=111. 01-1. 100 :
Beryl of Mursinsk |
| 294 |
o
a p r=111. 01-1. 120. 100: white and pink Beryl of St. Pietro on Elba and
green gem Beryl of Muzo in Columbien |
| 295 |
o a u
r=111. 01-1. 13-1. 100: Beryl, green gem Beryl of Muzo |
| 296 |
o
a r p u=111. 0-11. 100. 120. 13-1: white Beryl of St. Pietro on Elba |
| 297 |
a u p r
o=01-1. 13-1. 120. 100. 111 : Beryl of Adun Tschilon |
| 298 |
a
u r=01-1. 13-1. 100: Beryl of Haddam Connecticut and green gem Beryl of Muzo
Columbien |
| 299 |
o a=111. 011:
Apatite of the Pfitschthal in Tyrol etc. |
| 300 |
a
o=01-1. 111 :Apatite with prismatic and endface of Schlaggenwalde and
Sterzing in Tyrol, further at the Calcite, Pyromorphite, Cleavageform at the
Zincite etc |
| 301 |
a x o=01-1. 120.
111: Apatite of Snarum in Norway |
| 302 |
a i o=01-1.
231. 111: Apatite of Ehrenfriedersdorf etc. |
| 303 |
a
b i o=01-1. 2-1-1. 231. 111 : Apatite of Ehrenfriedersdorf etc. |
| 304 |
a
x=01-1. 120: Apatite of Snarum and pale-green Fluorapatite of Murcia |
| 305 |
a
b x=01-1. 2-1-1. 120: Apatite, pale-green Fluorapatite of Murcia |
| 306 |
a s o=01-1.
-111. 111 : Apatite of Ehrenfriedersdorf |
| 307 |
a o r
I=01-1. 111. 100. 231: Apatite of Ehrenfriedersdorf |
| 308 |
a
o z x i r u=01-1. 111. 131. 120. 231. 100. 041: Apatite of the Gotthard |
| 309 |
a
o x z l r u=01-1. 111, 130. 13-1. 231. 100. 041 : Apatite of the
Gotthard |
| 310 |
a
r u z=01-1. 100. 041. 13-1: Apatite of the Pfitschthal in Tyrol according to
Hessenberg |
| 311 |
a r=01-1. 100 :
Dioptase from the Kirgisensteppe |
| 312 |
r
b v z s o=100. 2-1-1. 5-2-2. 122. -111. 111: Susannite of Leadhill |
| 313 |
a b o x=01-1.
2-1-1. 111. 120 : Nepheline of the Vesuv |
| 314 |
a b e=01-1. 011.
2-1-1: Tourmaline of Bodenmais |
| 315 |
a
h b s r=01-1. 3-1-2. 2-1-1. -111. 100: Tourmaline of Kaeringsbricka in
Schweden |
| 316 |
a
b r t=01-1. 2-1-1. 100. 02-1: Tourmaline pink gem Elbaite of Mursinsk |
| 317 |
a b
r=01-1. 2-1-1. 100 : Tourmaline of Ceylon and of Mursinsk |
| 318 |
a
b r e o=01-1. 2-1--1. 100. 011. 111: Tourmaline of Bodenmais and Rosenbach in
Schlesien |
| 319 |
a
b o r e=01-1. 2-1-1. 111. 100. 011: Tourmaline, pink gem Elbaite of
Mursinsk |
| 320 |
b
s o r=2-1-1. -111. 111. 100: green Tourmaline of Minas in Brasilien |
| 321 |
b
a r s u=2-1-1. 01-1. 100. 1-11. 03-2 : green Tourmaline of Minas Geraes |
| 322 |
a
b r e=01-1. 2-1-1. 100. 011 : green Tourmaline of the Campo longo |
| 323 |
Hemimorphic
crystal: b a r s=2-1-1. 01-1. 100. -111: Tourmaline of Ceylon and of
Alabaschka by Mursinsk |
| 324 |
b
a r s e=2-1-1.01-1. 100. -111. 011 : brown Tourmaline of Windishkappel in
Kaernthen |
| 325 |
b
a r s e=2-1-1. 01-1. 100. 111. 011: green Tourmaline of the Campo longo |
| 326 |
b a r o
e=2-1-1. 01-1. 100. 111. 011 : Tourmaline of Arendal |
| 327 |
a
b h r e s=01-1. 2-1-1. 3-1-2. 100. 011. 111: Tourmaline of Sonnenberg in the
Harz etc. |
| 328 |
a b
s r=01-1. 2-1-1. -111. 100 : Tourmaline of Snarum in Norway |
| 329 |
a
b t r s=01-1. 2-1-1. 02-1. 100. 1-11 : Tourmaline, pink gem Elbaite of the
Ural |
| 330 |
b
a w s r=2-1-1. 01-1. -433. -111. 100 : Tourmaline of Modum in Norway |
| 331 |
a
b s r o e=01-1. 2-1-1. -111. 100. 111. 011: Tourmaline of Haddam in
Connecticut |
| 332 |
b
a o r e x t=2-1-1. 01-1. 111. 100. 011. 211. 02-1: Tourmaline of Orijerfi in
Finnland |
| 333 |
a
b r e s y t=01-1. 2-1-1. 100. 011. -111. 3-1-1. 021: Tourmaline of Orijerfi
in Finnland |
| 334 |
b r=2-1-1. 100:
Tourmaline of Modum in Norway |
| 335 |
b r s=2-1-1. 100. -111
: Tourmaline of Modum |
| 336 |
o r=111. 100:
Chalcophyllite of St. Day in Cornwall |
| 337 |
r e s=100. 011. -111 :
Chabazite of Oberstein |
| 338 |
Penetration
twinning: t e s=021. 011. -111: Chabazite, Chabazite-Ca of Leipa in
Boehmen. |
| 339 |
Penetration
twinning: t e s r=021. 011. -111. 100: Chabazite, Chabazite-Ca of Leipa in
Boehmen |
| 340 |
o
r=111. 100: Biotite of Monroe according to a crystal of same size |
| 341 |
010.
041. 110. -101. 130. -132. 401. 111: Clinochlore, Fe-rich Clinochlore of the
Pfitschthal in Tyrol according to Hessenberg. |
| 342 |
o
z e s b a t=111. 211. 011. -111. 2-1-1. 01-1. 02-1: Eudialyte of
Groenland. |
| 343 |
r
o=100. 111 : Nepheline according to Dauber of Montabaur in Nassan and
according to a very beautiful crystal in my collection of the Graul in
Erzgebirge |
| |
|
| IV. Rhombisches. System. Ein und einaxiges Krystallsystem.
Prismatic-System. |
| 344 |
(Rhombic)
Octahedron of two parts : n a=101. 011 |
| 344a |
m a p y z c=110. 100. 201. 111. 112.
001: Dyscrasite of Andreasberg |
| 345 |
Rhombic
Octahedron: p=111. : Sulfur of Conil and of the Vesuv. Eifache
Rhomboctahedron with other angles at the Fluellite and Thenardite |
| 346 |
p b=111. 010 : Sulfur of Conil |
| 347 |
p c=111. 001.: Sulfur of
Czarkow in Polen |
| 348 |
p m=111. 110: Sulfur of Conil |
| 349 |
p n=111. 101: Sulfur of Conil |
| 350 |
p s=111. 113: Sulfur of
Girgenti |
| 351 |
p s r=111. 113. 001: Sulfur
of Girgenti |
| 352 |
p n s=111. 101. 113: Sulfur of Conil
and Girgenti |
| 353 |
p n s c=111.
101. 113. 001 : Sulfur of Czarkow in Polen |
| 354 |
c
z e a m p d=001. 113. 203. 100. 110. 111. 201 : Calcocite, Calcocite of
Redruth Cornwall |
| 355 |
twinned
crystal:c z e m a=001. 113. 203. 110. 100: Calcocite, Calcocite of
Redruth |
| 356 |
m p=110. 111 M:
Stibunite of Wolfsberg in the Harz |
| 357 |
m p a=110. 111. 100:
Stibunite of Wolfsberg |
| 358 |
m b a s=110. 010. 100. 113: Stibunite
of Felsoebanya |
| 359 |
m a p s=110.
100. 111. 113: Stibunite of Felsoebanya |
| 360 |
m
a p s v---=110. 100. 111. 113. 211. 311. 153. 213: Stibunite of Felsoebanya
according to Hessenberg |
| 361 |
m
b e a c=110. 010. 310. 100. 001: Wismuthglanz of St. Austle in Cornwall |
| 362 |
b
m a n-=010. 110. 100. 011. 013: (Emplectite) of the verlassenen Grube
Tannebaum by Schwarzenberg according to Dauber |
| 363 |
u
a m o p v=210. 100. 110. 011. 111. 211: Orpiment of Tajowa in Ungarn |
| 364 |
m
o e=110. 011. 101: Loellingite, Arsenopyrite of Reichenstein in
Schlesien |
| 365 |
m
s e l c=110. 111. 011. 101. 001: Marcasite, Pyrite or Marcasite pseudomorph
after Pyrrhotite of Memmendorf by Freiberg |
| 366 |
Trilling
skrystall: m l v c=110. 101. 103. 001: Marcasite, Marcasite of Libschitz in
Boehmen and of Tavistock |
| 367 |
Twinned
crystal: l m=101. 110 : Marcasite of Libschitz and Clausthal |
| 368 |
m r=110. 104:
Arsenopyrite of Feiberg and Tavistock |
| 369 |
Twinned
crystal: r m=104. 110: Arsenopyrite of Feriberg |
| 370 |
m l
s=110. 101. 102: Arsenopyrite of Orawiza in the Bannat |
| 371 |
m
e l s=110. 011. 101. 102: Arsenopyrite of Hohenstein in Sachsen |
| 372 |
l
t s b m e-p-=101. 301. 102. 110. 011. 122. 111. 331. 231: Co-rich
Arsenopyrite or Glaucodot of Skutterud in Norway |
| 373 |
m r
a b e p=110. 210. 100. 101. 010. 111: Cotunnite of the Vesuv |
| 374 |
b
s r a o I=010. 210. 310. 100. 111. 101: Chrysoberyl of Brasilien |
| 375 |
b
a s I o-x=010. 100. 210. 101. 111. 311. 011: Chrysoberyl of Brasilien and
Marschendorf in Maehren |
| 376 |
Twinned
crystal: b s a o I=010. 210. 100. 111. 101 :Chrysoberyl of Greenfield
New-York |
| 377 |
Penetration
trilling: b o I a n=010. 111. 11. 100. 211: Chrysoberyl, green gem Cr-rich
Chrysoberyl of Katherinenburg in the Ural and of Haddam |
| 378 |
a
r m x=100. 101. 110. 211: Valentinite of Braeunsdorf in Sachsen and
Przibram |
| 379 |
b
m e t o=010. 110. 212. 201. 001: Brookite of Tremadoc, Nord-Wales |
| 380 |
b
m I e-=010. 110. 432. 212. 405. 14 5 18: : Brookite of Tremaoc according to
Hessenberg |
| 381 |
b
m t e c y=010. 110. 201. 212. 001. 14 5 18. 014: Brookite of the Maderaner
Thal in the Canton Uri |
| 382 |
b
m a c d=010. 110. 100. 001. 101: Pyrolusite of Platten in Boehmen |
| 383 |
Twinned
crystal according to Hessenberg: m c p z a d e=110. 001. 111. 112. 100. 201.
101 : S tephanite of Andreasberg and Freiberg |
| 384 |
c
n a b m y o u x=001. 101. 100. 010. 110. 111. 011. 112. 012 : Sillimanite of
Cornwall and Neudorf in the Harz old locality |
| 385 |
Twinned
crystal according to Hessenberg: c n o x u=001. 101. 011. 012. 112:
Sillimanite of Neudorf in the Harz |
| 386 |
Trilling
skrystall: a m u s=100. 110. 112: Zinkenite of Wolfsberg in the Harz |
| 387 |
m
b a n y u o x=110. 010. 100. 101. 111. 112. 011. 012. 021 : Enargite of Peru
according to Dauber |
| 388 |
c
s v a e d=001. 111. 221. 110. 100. 201. 211: Sternbergite of
Joachimsthal |
| 389 |
d
a m e p s u=120. 100. 110. 101. 111. 122. 011: Goethite of Lostwisthiel in
Cornwall |
| 390 |
k
m l d s u p e v=320. 110. 210. 120. 122. 011. 111. 101. 221 : Manganite of
Ilfeld in the Harz |
| 391 |
Twinned
crystal of Ilfeld in the Harz: d-m l a g v n-=120. 130. 110. 210. 100. 133.
221. 211: Manganite |
| 392 |
m
a k p s n=110. 100. 101. 111. 211. 212 : Aragonite of Cziczow in Boehmen |
| 393. 394. 395 |
m
c=110. 001: Aragonite of Dax and Molina in Aragon 3 Twinned crystals with
various intergrowth |
| 396 |
Twinned
crystal: a m k=100. 110. 101: Aragonite of Cziczow in Boehmen |
| 397 |
Penetrating
trilling: i k c=201. 101. 001 : Witherite of Hexham, Northumberland |
| 398 |
mγ
p a q I=110. 331. 111. 100. 601. 201: Strontinanite of Clausthal |
| 399 |
r m a=111. 110. 100:
Thenardite of Iquique Peru |
| 400 |
p I=111. 201:
Cerussite of Bleiberg in Kaernthen |
| 401 |
m
a p I c =110. 100. 111. 201. 001 : Cerussite of Bleistadt in Boehmen |
| 402 |
m a p I=110.
100. 111. 201: Cerussite of Nertschinsk |
| 403 |
a
k I m f r u=100. 101. 201. 110. 350. 310. 011: Cerussite of Rezbanya |
| 404 |
a
k c u b m f r=100. 101. 001. 011. 010. 110 350. 310 : Cerussite of
Badenweiler |
| 405 |
p
c a z v I=110. 111. 001. 100. 401. 301. 201: Cerussite of Mies in
Boehmen |
| 406 |
a I x
y=110. 100. 201. 102. 012 : Cerussite of Mies in Boehmen |
| 407 |
a x y=110.
100. 102. 012: Cerussite of Mies in Boehmen |
| 408 |
Twinned
crystal: m a x y=110. 100. 102. 012 : Cerussite of Braubach |
| 409 |
Penetrating-Trilling
crystal: m a p=110. 100. 111 : Cerussite of Przibram |
| 410 |
b
m a d p I c=010. 110. 100. 111. 011. 201. 001 Miller mit Naumanns Grundform:
b n a d e k c=010. 120. 100. 011. 122. 101. 001 Miller mit Millers Grundform:
Chrysolite of the Vesuv and Neutitschein in Maehren |
| 411 |
b
l a I-p d c=101. 210. 100. 201. 211. 111. 011. 110 Miller mit Naumanns
Grundform. d s a k f d c=010. 110. 100. 101. 111. 011. 100 Miller mit Millers
Grundform.: Chrysolite of the Orient |
| 412 |
a
r n s u b I p d e c=100. 130. 120. 110. 340. 010. 201. 111. 011. 122. 100
Miller mit Naumanns Grundform: Chrysolite, Forsterite of the Vesv according
to Hessenberg |
| 413 |
Type
I, Twinned crystal according to Hessenberg: c-k-----=001. 102. 101. 104. 013.
128. 126. 124: Humite of the Vesuv |
| 414 |
Type
II, Twinned crystal according to Hessenberg: f-k-u c=111. 125. 101. 305. 103.
001: Humite of the Vesuv |
| 415 |
Type
III, Twinned crystal according to Hessenberg: c k n d b z e v r u x w a h o y
s f t l m g p I-- q--=001. 023. 011. 021. 010. 101. 122. -105. 105. 103.
-401. 401. 100. 112. -223. 223. -111. 111. -221. 221. 110. 423. 113. -421.--
623. - 323: Humite of the Vesuv |
| 416 |
m
a c r=110. 100. 001. 011: Staurolite of the Monte Campione in the Tessin
etc. |
| 417 |
m a
c z x=110. 100. 001. 322. 302.: Staurolith von New-Hampshire |
| 418 |
perpendicular
Penetration twinning: m c=110. 001: Staurolite of Quimper in the
Bretagne |
| 419 |
dolique
Penetration twinning: m a c=110. 100. 001: Staurolite of Quimper in the
Bretagne |
| 420 |
m k
c r s=110. 120. 001. 011. 101: Andalusite of Lisenz in Tyrol |
| 421 |
m c=110. 001:
Topaz of Sibirien also Cleavageform |
| 422 |
m l o=110. 210.
112: Topaz of Capao in Brasilien |
| 423 |
l m n
o=210. 110. 101. 112: Topaz of Adun Tschilon in Sibirien |
| 424 |
l
m n o c=210. 110. 101. 112. 001: Topaz of the Schneckenstein in Sachsen |
| 425 |
m
l v o n c=110. 210. 410. 112. 101. 001 : Topaz of the Schneckenstein in
Sachsen |
| 426 |
m
l y n o s c=110. 210. 201. 101. 112. 113. 001: Topaz of Mursinsk in the
Ural |
| 427 |
m
l n x s o c=110. 210. 101. 213. 113. 112. 001: Topaz of the Urulga in
Ostesibirien and of Capao in Brasilien |
| 428 |
m l o
n x=110. 210. 112. 101. 213: Topaz of Capao in Brasilien |
| 429 |
m
l k i n o f=110. 210. 111. 011. 101. 112. 114: Topaz of the Ilmengebirge |
| 430 |
b m a c=010.
011. 100. 001.: Anhydrite of Berchtesgaden |
| 431. 432 |
b a m c n o s=010. 001. 011. 100. 311.
211. 111. 101 : Anhydrite of Alten Aussee in Steyermark |
| 433 |
c m=001. 110: Barite,
Cleavageform |
| 434 |
c m d=001. 110. 012 :
Barite of Felsoebanya |
| 435 |
c
m λ d=001. 110. 120. 011 : Barite of Iberg in the Harz and of Felsoebanya
etc. |
| 436 |
c m b
o=001. 110. 010. 101: Barite of Iberg and Clausthal etc. |
| 437 |
c
m a o d=001. 110. 100. 101. 012: Barite of Marienberg in Sachsen |
| 438 |
c m z=001. 110. 111: Barite
of Schemnitz |
| 439 |
c b m=001. 010.
110: Barite of Giftberg in Boehmen |
| 440 |
c a m=001. 100. 110:
Barite of Clausthal etc. |
| 441 |
c
d o=001. 012. 101: Barite of Dufton in Westmoreland and of Freiberg |
| 442 |
c
d o m=001. 012. 101. 110 : Barite of Dufton, Tavistock and Freiberg |
| 443 |
c b d o m=001.
010. 012. 101. 110: Barite of Dufton |
| 444 |
c
b d o m λ =001. 010. 012. 101. 110. 120.: Barite of Marienberg in
Sachsen |
| 445 |
o d=101.
012: Barite of Przibram and of Giftberg in Boehmen |
| 446 |
c l d m=001. 014.
012. 110: Barite of of Auvergne |
| 447 |
c
l d m a o=001. 014. 012. 110. 100. 101 : Barite of Giftberg and Przibram in
Boehmen |
| 448 |
c
d l m o=001. 012. 014. 110. 101: Barite of Glashuette in Sachsen |
| 449 |
c
d b m a y=001. 012. 010. 110. 100. 212: Barite of Przibram in Boehmen |
| 450 |
c l d
m a=001. 014. 012. 110. 100 : Barite of Marienberg etc. |
| 451 |
c
o a m z d b=001. 101. 100. 110. 111. 012. 010 : Barite of Przibram in
Boehmen |
| 452 |
o c m d=101. 001.
110. 012: Celestine of Girgenti |
| 453 |
o c b z
d=101. 001. 010. 111. 012: Celestine of Girgent |
| 454 |
o
c m z d=101. 001. 110. 111. 012 : Celestine of Girgenti and of Pschow in
Ober-Schlesien |
| 455 |
o
c-z m l d=101. 001.-. 111. 110. 012. 012: Celestine of Herrengrund in Ungarn
according to Hessenberg |
| 456 |
d
m c=012. 110. 001: Anglesite of Muessen etc. oriented according to
Miller |
| 457 |
Anglesite
of Schapppach in the Schwarzwald according toHessnberg |
| 458 |
m b
t u o s=110. 010. 012. 101. 111. 211: Ferberite of Zinnwald |
| 459 |
m
l b t t' u s o=110. 120. 010. 012. 01-2. 101. 211. 111: Ferberite of
Zinnwald |
| 460 |
b
t d e l u s e=010. 012. 013. 011. 310. 313. 623. 211. : Columbite,
Ferrocolumbite from the Kryolith of Groenland (Groundform according to
Miller) |
| 461 |
b
c a u h s m g l=010. 001. 100. 313. 201. 623. 110. 120. 310: Columbite,
Ferrocolumbite of Zwiesel in Bayern |
| 462 |
b
a l m g u o n c d=010. 100. 310. 110. 120. 201. 313. 111. 613. 001. 013 :
Columbite, Ferrocolumbite of Haddam Connecticut |
| 463 |
v
m a h u c=010. 110. 100. 21. 313. 001: Columbite, Ferrocolumbite of Haddam
and of Zwiesel |
| 464 |
Twinned
crystal b m a h c=010. 110. 100. 201. 001: Columbite, Ferrocolumbite of
Zwiesel in Bayern |
| 465 |
m a I e=110. 100. 310. 111 :
Ferrocolumbite of Mursinsk in the Ural |
| 466 |
a
b m x s r=100. 010. 110 021. 111. 311: Polycrase-(Y) of Hitteroe in
Norway |
| 467 |
m
a r v o=110. 100. 210. 201. 111: Aeschynite-(Ce) of Miask in the Ural |
| 468 |
g
m a u c e=120.110. 100. 101. 001. 011: Triphylite of Zwisel in Bayern and of
Norwich in Massaschusets according to Dana |
| 469 |
a
b n m g h k d p e I c=100. 010. 210. 110. 120. 130. 101. 301. 321. 121. 341.
001: Woehlerite according to Dauber of Brewig |
| 470 |
a
x s m e r=100. 410. 210. 110. 101. 111 : Atacamite of Los Remolinos
Chili |
| 471 |
m
b a d r s=110. 010. 100. 210. 111. 112 : Scorodite of the Graul in the
Erzgebirge |
| 472 |
Hemimorphic
crystal: a b c m l v e w s=100. 010. 001. 110. 101. 301. 011. 031. 211 :
Smithsonite, Hemimorphite of Altenberg by Aachen |
| 473 |
Hemimorphic
crystal: a b m g k c h q r w e x n s=100. 010. 110. 310. 510. 001. 102. 501.
701 031. 011. 411. 341. 211: Smithsonite, Hemimorphite of Altenberg by
Aachen |
| 474 |
Hemimorphic
crystal: a b m k c l r w e x n s=100. 010. 110. 510. 001. 101. 701. 031. 011.
411. 341. 211: Smithsonite, Hemimorphite of Altenberg |
| 475 |
Hemimorphic
crystal: a b m c l v w e z s x s=100. 010. 110. 001. 101. 301. 031. 011. 121.
211. 411. 211: Smithsonite, Hemimorphite of Altenberg bei Aachen |
| 476 |
a
m c h l e w z=100. 110. 001. 102. 101. 011. 031. 121 : Smithsonite,
Hemimorphite of Bleiberg in Kaernthen |
| 477 |
m z=110. 111: Epsomite |
| 478 |
m z s t=110. 111. 121. 211:
Epsomite |
| 479 |
c
v x m f e a s d=001. 112. 111. 110. 101. 201. 100. 414. 410: Leadhillite of
Leadhill in Schottland |
| 480 |
b
m s t a p=010. 110. 210. 410. 100. 111 : Zirconolite of Fredrikswaerm in
Norway |
| 481 |
m a e
s=110. 100. 101. 111: Libethenite of Libethen in Ungarn |
| 482 |
a
m b e v=100. 110. 010. 101.011: Olivenite of St. Day in Cornwall |
| 483 |
s m o r=210.
110. 111. 011 : Ilvaite of Rio on Elba |
| 484 |
s m
c r o e=210. 110. 001. 011. 111. 201: Ilvaite of Rio on Elba |
| 485 |
m
d a b c n s r o=110. 310. 100. 010. 001. 101. 112. 111. 311: Cordierite,
Cordierite of Bodenmais in Bayern |
| 486 |
a
r m e v=100. 210. 110. 101. 021: Antlerite of Roughton Gill in Cumberland and
of Rezbanya |
| 487 |
a
b m c x s r e=101. 010. 110. 001. 021. 223. 111. 101 : Caledonite of
Leadhill |
| 488 |
m
a c p n t s=110. 100. 001. 111. 221. 302. 601 : Herderite of
Ehrenfriedersdorf in Sachsen |
| 489 |
n
a c s r=201. 100. 001. 111. 223: Childrenite of Tavistock in Devonshire |
| 490 |
o
m=110. 101: Liroconite, Liroconite of St. Day in Cornwall according to
Descloizeaux |
| 491 |
m
s l a c n=110. 320. 210. 100. 001. 101: Euchroite of Libethen in Ungarn |
| 492 |
m c=110. 001: Prehnite
of Ratschinsk in Tyrol |
| 493 |
m a c=110. 100. 001: Prehnite of
Konsberg |
| 494 |
c m o=001. 110. 401:
Prehnite of the Dauphine |
| 495 |
m a
o=110. 100. 111 : Mesotype of the Auvergne and of Boehmen |
| 496 |
b a p=010. 100. 111: Harmotome of
Oberstein and Kongsberg |
| 497 |
Penetration
twinneng: a b p=100. 010. 111 : Harmotome of Andreasberg etc. |
| 498 |
Twinned
crystal : b a p=010. 100. 111: Harmotome of Oberstein etc. |
| 499 |
Penetration
twinning: b p=010. 111: Harmotome of Kongsberg |
| 500 |
m t s u=110. 011.
101. 211: Epistilbite of Island |
| 501 |
a b r=100. 010.
111 : Stilbite, Heulandite of Island |
| 502 |
a b r
c=100. 010. 111. 001 : Stilbite, Heulandite of Island |
| 503 |
b a
r t=010. 100. 111. 011: Stilbite, Heulandite of Island etc. |
| 504 |
r-a-c=111. 221.
100. 403. 001: Glimmer of the Vesuv |
| 505 |
c
r m s x e-a=001. 111. 221. 112. 311. 403. 401. 100. 021 : Glimmer of the
Vesuv according to Hessenberg |
| 506 |
Hemimorphic
crystal: s n b a=101. 120. 010. 100: Struvite of Hamburg |
| |
|
| Monoklinoedrisches System. Zwei - und eingliedriges
Krystallsystem. Oblique System. |
| 507 |
Monoclinic
Octahedron of Glauberite: e e'=111. -111 |
| 508 |
m
a l b c e r n=110. 100. 210. 010. 001. 111. 011. 111. 011. 212 : Realgar of
Nagyag in Siebenbuergen. Groundform according to Naumann |
| 509 |
m
l-a z x c r n-d u f=110. 210. 610. 100. 401. 201. 001. 011. 212. 211. 411.
421. -212 : Realgar of Nagyag according to Hessenberg. Groundform according
to Naumann |
| 510 |
b
m l x r n f x=010. 110. 210. 201. 011. 211. -212. 201: Realger fom the
Binnenthal in the Ober-Wallis. Groundform according to Naumann |
| 511 |
m
n a b c s r d e I f=110. 210. 100. 010. 001. 112. 111. 011. 101. 312. 201 :
Sylvanite of Offenbanya in siebenbuergen |
| 512 |
a
m k x w v u c=100. 110. 120. 101. 021. 032. 012. 001 : Freieslebenite,
Schilfglaserz of Freiberg |
| 513 |
a
c o b d f=100. 001. -101. 010. 311. -322: Miargyrite of Braeunsdorf in
Sachsen. Groundform according to Naumann |
| 514 |
b
r m a t u=010. 121. 110. 100. 011. 012: Pyrostilpnite of Andreasberg |
| 515 |
m
h s p=110. 101. 111. -101 : Alstonite of Aston in the Cumberland |
| 516 |
a
m n l x v e u s r w=100. 110. 120. 010. 10-1. -111. 011. 021. 121. 111. 101:
Monazite-(Ce) or Monazite-(La) of Miask in the Ural |
| 517 |
c
r s t a u v m f n g z e x=001. 205. 203. 201. 100. 201. -203. 110. 221. 111.
-221. 023. 011. 021: |
| |
Wollastonite of the
Vesuv according to Brooke |
| 518 |
m a p=110. 100.
10-1 : Augite, Pyroxene of Arendal |
| 519 |
m
a b s=110. 100. 010. -111 : (Augite), Pyroxene of schima in Boehmen etc. |
| 520 |
Twinned
crystal: m a b s=110. 100. 010. -111: Augite, Pyroxen of Schima etc. |
| 521 |
m
a b s n=110. 100. 010. -111. -102 : Augite, Pyroxen of the Fassathal |
| 522 |
m
a b s o=100. 110. 010. -111. -221: Augite, Pyroxene of the Vesuv |
| 523 |
m
b l f c s o z=110. 010. 130. 310. 001. -111. -221. 021: Augite, Pyroxene of
the Vesuv according to Hessenberg |
| 524 |
m
a b c u v z s o p-=100. 110. 010. 001. 111. 221. 021. -111. -221. -101.
-312.: Augite, Pyroxene of the Vesuv according to Hessenberg |
| 525 |
m
c p z o γノ=110. 001. -101. 021. -221. -331: Augite, Pyroxene , Fassaite of
the Fassathal |
| 526 |
a
b f m u c p=100. 010. 310. 110. 111. 001. -101 : Augite, Diopside of the
Mussa-Alp in Piemont acoording to a crystal in my collection |
| 527 |
a
b m f - s - p o γノ c-u e z=100. 010. 110 310. 510. -111. -313. -1-1. -221.
-331. 001. -553. 111. 011. 021: Augite, Diopside of the Mussa-Alp in Piemont
according to Hessenberg |
| 528 |
Twinned
crystal: m a o z u c s p=110. 100. -221. 021. 111. 001. -111. -101: Augite,
Fassaite of Travers in Piemont |
| 529 |
a m o -
s=100. 110. -661. -111: Aegirine of Eker in Norway |
| 530 |
m
a o z s m=110. 100. -661. 261. -111. -311.: Aegirine of Eker in Norway |
| 531 |
Twinned
crystal: r a s x m o=110. 100. -111. -101. -311. -661: Aegirine of Eker in
Norway |
| 532 |
a
b m v t z=100. 010. 111. 221. 021. 111: Spodumene of Norwich in Massachusets
according to a crystal in my collection |
| 533 |
m
b c r=110. 010. 001. -111: Hornblende, Amphibole of Schima in Boehmen |
| 534 |
m
a r c z=110. 100. -111. 001. 021 : Hornblende, Amphibole of the Vesuv |
| 535 |
m
b z c r I=110. 010. 021. 001. -111. -131: Hornblende, Amphibole of the Vesuv
and of the Laacher-See |
| 536 |
a
m e b c r k t o' I z v=100. 110. 130. 010. 001. -111. 111. -201. -221. -131.
021. 131 : Hornblende, Amphibole of Warwick Orange-city New-York |
| 537 |
Twinned
crystal: m b r c=011. 010. -111. 001 : Hornblende, Amphibole of Pargas in
Finnland |
| 538 |
m
b r c z i=110. 010. -111. 001. 021. -131 : Hornblende, Amphibole, Twinned
crystal of Pargas and Schima |
| 539 |
Twinned
crystal of Wolfsberg in Boehmen: m b r c=110. 010. -111. 001: Hornblende,
Amphibole |
| 540 |
s
k f r n o=110. 210. 131. -311. -111. -121: Euclase of Capao in Brasilien |
| 541 |
s
k b r n d u o f e I=110. 210. 010. -311. -111. 111. -321. -121. 131. 331.
-341: Euclase of Capao in Brasilien |
| 542 |
m a c o z=110.
100. 001. 112. 111 : Borax of Thibet |
| 543 |
m n c=110. 11-1. 001: Glauberite of
Iquique Peru. confer No. 506. |
| 544 |
a
m v b c r n y l e d u=100. 110. 120. 010. 001. 101. 111. 211. 201. 011. -111.
-201: Mirabilite, Mirabilite of Berchtesgaden |
| 545 |
m t=110. 111 :
Crocoite of Beresowsk in Sibirien |
| 546 |
m t v=110.
111. -111: Crocoite of Beresowsk in Sibirien |
| 547 |
m t l=110.
111. -401: Crocoite of Beresowsk in Sibirien |
| 548 |
m
d a b y z w c k x l=110. 210. 100. 010. 021. 011. 012. 001. -101. -301. 401:
Crocoite according to Hessenberg |
| 549 |
m
- f c k x u w z y=110. 310. 120. 001. -101. -301. 0211. 012. 011. 021 :
Crocoite of Beresowsk according to Hesssenberg |
| 550 |
a
h m g c w x z n I e r s t=100. 320. 110. 120. 001. 101. 212. 111. 112. 127.
021. 011. -111. 012: |
|
Wagnerite of Werfen in Salzburg |
| 551 |
m a b w v=110. 100. 010. 101. 111 :
Vivianite of Bodenmais. |
| 552 |
m
b y a w v=110. 010. 310. 100. 101. 111: Vivianite of St. Agnes in
Cornwall |
| 553 |
t m=-101. 110 : Gypsum of
Lueneberg |
| 554 |
b
m l=010. 110. 111: Gypsum of Cincinati Ohio, Saatz in Boehmen etc. |
| 555 |
m b l
n=110. 010. 111. -111: Gypsum of the Salzkammergut etc. |
| 556 |
twinned
crystal according to a=100: m b l=110. 010. 111: Gypsum of Berchtesgaden
etc. |
| 557 |
m
b c r v o - t=110. 010. 001. 111. 101. 011. 121. -101 : Melanterite of
Bodenmais |
| 558 |
Lanarkite of Leadhill
according to Greg |
| 559 |
twinned
crystal: m b c=110. 010. 00: Malachite of Rheinbreitbach |
| 560 |
m c h=110. 001. -221:
Azurite of Chessy |
| 561 |
m a c h=110. 100.
001. -221 : Azurite of Chessy |
| 562 |
m
a c hζ l f p=110. 100. 001. -221. -101. 023. 011. 021: Azurite of Chessy |
| 563 |
m c h l=110. 001.
-221. 023 : Azurite of Chessy |
| 564 |
m
a c h ξζΦ=110. 100. 001. -221. -102. -101. -201 Azurite of Chessy |
| 565 |
m
a g cζh x o l f p e d=110. 100. 210. 001. -101. -221. 111. 101. 023. 011.
021. 245. 243: Azurite of Chessy |
| 566 |
m
b a c k n ζp h - -=110. 010. 100. 001. 221. 102. -101. 021. -221. 621. -102:
Azurite of Chessy |
| 567 |
a
c ζh d o v=100. 001. -101. -221. 243. 101. 201 : Azurite of Chessy |
| 568 |
m
b a c d o t u=110. 010. 100. 001. 108. 203. 506. 201: Linarite of Keswick in
Cumberland |
| 569 |
a
f c p v w o d=100. 120. 001. 111. 102. -102. 011. -121 : Puseudomalachite of
Theinbreitbach |
| 570 |
s c=30-2. 001:
Clinoclase of St. Day in Cornwall |
| 571 |
m b v=100. 010. 101 : Epidote |
| 572 |
m t n=100. 101. -111 :
Epidote of Arendal |
| 573 |
n r t m=111. 101.
001. 100: Epidote of Arendal |
| 574 |
Twinned
crystal: u r t m =111. 101. 001. 100: Epidote of Zillerthal. |
| 575 |
n
r t m d=111. 101. 001. 100. -111 : Epidote of Traversella in Piemont |
| 576 |
m
t r b o u n=100. 001. 101. 010. 110. 212. 111 : Epidote of the Berner
Oberland |
| 577 |
m
t r b o n u=100. 001. 101. 010. 110. 111. 012: Epidote of Arendal |
| 578 |
m
- t r b o k u n=100. 301. 001. 101. 010. 110 210. 021. 111: Epidote of the
Alps in Savoyen |
| 579 |
m
t r b o k z u - n - d=100. 001. 101. 010. 101. 210 011. 021. -212. 111. -
-111: Epidote of Ala in Piemont |
| 580 |
m - t b o k z u n=100. 301. 001. 010.
110. 210. 011. 012. 111: Epidote of the Dauphine |
| 581 |
m
- - t l r b o k d n - - y -=100. 301. 201. 001. 102. 101. 010. 110. 210.
-111. 011. - -432. 112. 151: Epidote of Zermatt in the Wallis according to
Hessenberg |
| 582 |
b
s k p w z=100. 110. 120. 010. 221. 12 21: (Zoisite) of Salzburg according to
Descloizeaux |
| 583 |
r l t e M z n d u k x=101. 001. 101.
301. 401. 100. 111. -111. 311. 212. 210. 211: Epidote of the Laacher See |
| 584 |
l x=110. 102 :
Titanite of the Pfitschthal in Tyrol |
| 585 |
n y c=123. 101. 001:
Titanite of Arendal |
| 586 |
n y x c=123.
101. 102. 001 : Titanite of Arendal etc. |
| 587 |
l c x y=110. 001.
102. 101: Titanite from the Alps |
| 588 |
l
x c y n=110. 102. 001. 101. 123: Titanite of the Tavetsch in Graubuenden |
| 589 |
l b y x
c=110. 010. 102. 102. 001 : Titanite of the Dauphine |
| 590 |
b m y x c=110. 010. 130. 101. 102.
001: Titanite of the Val Maggia in the Tessin |
| 591 |
l
m y x c n s=110. 130. 101. 102. 001. 123. 141 : Titanite of the Tavetsch in
Graubuenden |
| 592 |
l
b x v c r n=110. 010. 102. 101. 001. 011. 123: Titanite of the Dauphine |
| 593 |
l
m y x c t s n=110. 130. 101. 102. 001. -121. 141. 123 : Titanite of
Graubuenden |
| 594 |
n c y r=123. 001.
101. 011: Titanite of Arendal |
| 595 |
n c y?=123. 001. 101.? : Titanite of
the Ural |
| 596 |
n
c y x r t=123. 001. 101. 102. 011. -121: Titanite of Graubuenden |
| 597 |
n y c r=123.
101. 001. 011 : Titanite of Graubuenden |
| 598 |
x
y c s l=102. 101. 001. 141. 110: Titanite of the Obern Tavetschthal in
Graubuenden |
| 599 |
x y
s c=102. 101. 141. 001 : Titanite of the Obern Tavetschthal |
| 600 |
n r x=123. 011.
102 : Titanite of Pfunders in Tyrol |
| 601 |
n
r x y=23. 011. 102. 101: Titanite of Pfunders in Tyrol and of the
Tavetsch |
| 602 |
n l r=123. 110. 011:
Titanite of the Dauphine |
| 603 |
c
x y l t r n s m=001. 102. 101. 110. -121. 011. 123. 141. 130: Titanite of
Pfunders in Tyrol |
| 604 |
c
x y l m s n t=001. 102. 101. 110. 130. 141. 123. -121 : Titanite of the
Tavetsch in Graubuenden |
| 605 |
s
x y l c r n M=141. 102. 101. 110. 001. 011. 123.Titanite of the Tavetsch in
Graubuenden according to Hessenberg |
| 606 |
x
n t r s b I c y=102. 123. 121. 011. 141. 010. -112. 001. 101: Titanite of the
Sella at Gotthard according to Hessenberg |
| 607 |
Twinned
crystal: l y x c=100. 101. 102. 001: Titanite of the Tavetsch and of
Pfunders |
| 608 |
Penetrating-Twinning
crystal: l y c=100. 101. 001 : Titanite of Graubuenden |
| 609 |
Penetration
twinning: l y c x=110. 101. 001. 102 : Titanite of Graubuenden |
| 610 |
Twinned
crystal: c x y n o r t b - s u m=001. 102. 101. 110. 123. 013. 011. -121.
010. 1 16 3. 141. 163. 130: Titanite, Titanite of Pfunders in Tyrol |
| 611. 612 |
m c p=110. -111. 111: (Cordierite) of
Graves Mount Georgia |
| 613 |
c
s x e m b d u x' z p m q t y=001. -101. -113. -111. 110. 010. 011. 012. 113.
112. 111. 110. 212. 101. 103 : Cordierite of Werfen acoording to Miller |
| 614 |
a
m b e x u r=100. 110. 010. -102. 102. 011. 111: Laumontite of Huelguet in the
Bretagne |
| 615 |
m o e=110. 111. -111 :
Scolecite of Island |
| 616 |
Twinned
crystal: m b o e=110. 010. 111. -111: Scolecite of Island |
| 617 |
s
t c m b x u=201. -201. 001. 110. 010. 011. 111: Heulandite of Island, and
Andreasberg |
| 618 |
Twinned
crystal according to Breithaupt: s t b m c =201. -201. 010. 110. 001:
Heulandite of the Fassathal |
| 619 |
b
t m a c e=010. 120. 110. 100. 001. 011: Brewsterite-Sr of Strontian in
Schottland |
| 620 |
2-1-1.
13-1. 120. 231. 111: Catapleiite of Brewig in Norway according to Dauber |
| 621 |
m
g a e x c d n x' v=110. 210. 100. 211. 201. 001. 011. -111. -201. -301 :
Datolite of Andreasberg |
| 622 |
m
a c x n d e=110. 100. 001. -201. -111. 011. 211: Datolite of Toggiana in
Modeana |
| 623 |
x
m c e n - d u a - t=-201. 110. 001. 211. -111. 311. 011. 401. 100. -311. 310
: Quartz of Haytormine in Devonshire according to Hessenberg |
| 624 |
m
x=110. 101: Feldspar of Arendal and Orthoclase from the Alps |
| 625 |
m b x=110.
010. 101: Feldspar, Orthoclase from the Alps |
| 626 |
m c x=110.
001. 101 : Feldspar, Orthoclase from the Alps |
| 627 |
twinned
crystal of Pfitsch in Tyrol according to Hessenberg: m c x=110. 001. 101 :
Feldspar, Orthoclase |
| 628 |
Bourlling
crystal from the Binnenthal according to Hessenberg: m b x=110. 010. 101:
Feldspar, Orthoclase |
| 629 |
c
b m y=001. 010. 110. 201: Feldspar of Neubau in the Fichtelgebirge and
Loxoklas of New- York |
| 630 |
m b
c x=110. 010. 001. 101. 201: Feldspar of St. Pietro on Elba |
| 631 |
m b c x
y=110. 010. 001. 101. 201: Feldspar of Arendal etc. |
| 632 |
m
z b c x=110. 130. 010. 001. 101: Feldspar, Orthoclase of the Gotthard |
| 633 |
m
b c x y o=110. 010. 001. 101. 201. 111 : Feldspar of St. Pietro on Elba |
| 634 |
m
b c x o=110. 010. 001. 101. 111: Feldspar of Hirschberg in Schlesien |
| 635 |
m z b c o q x=110. 130. 010. 001. 111.
203. 101 : Feldspar of Hirschberg in Schlesien |
| 636 |
m
z b c o x y=110. 130. 010. 001. 111. 101. 201: Feldspar, Jadeite of Mursinsk
in the Ural |
| 637 |
m
z b c n o x y=110. 130. 010. 001. 021. 111. 101. 201: Feldspar of Botallak in
the Cornwall |
| 638 |
m z b c y n o=110. 130. 010. 001. 201.
021. 111: Feldspar of Hirschberg in Schlesien |
| 639 |
m
z b c q x y o n=210. 130. 010. 001. 203. 101. 201. 111. 021: Feldspar of
Baveno |
| 640.
641 |
Twinned
crystal according to the Baveno law: c b m o x y=001. 010. 110. 111. 101. 201
: Feldspar of Baveno and Hirschberg, also at Orthoclase of the Gottard |
| 642 |
Twinned
crystal : c b n m y o x=001. 010. 021. 110. 201. 111. 101 : Feldspar of
Baveno |
| 643 |
Twinned
crystal: c b o m x y=001. 010. 111. 110. 101. 201 : Feldspar of Neubau in the
Fichtelgebirge |
| 644 |
Twinnig
according to the Carlsbader Gesetz m: b c y=110. 010. 001. 201: Feldspar |
| 645 |
Twinned
crystal with intergrown indivisuals m: b y c=110. 010. 201. 001: Feldspar of
Predazzo in Tyrol |
| |
|
| Triklinoedrisches System. (Naum.) Ein und eingliedriges System.
(Weiss u. Rose.) anorthic System. (Miller.) |
| 646 |
Triclinic
octahedron |
| 647 |
l
m t p o x=110. 010. -110. 001. 111. 101: Albite of the Schemirnthal in
Tyrol |
| 648 |
p
n m l s y t o=100. 0-21. 010. 110. 111. 201. -110. -111: Albite of the
Gotthard |
| 649 |
p
l z m f t n g o - x - y=001. 110. 130. 010. -130. -110. 0-21. 1-12. 1-11.
332. 101. 403. 201 : Albite of the Gotthard |
| 650 |
Twinned
crystal: l t m p x o=110. -110. 010. 001. 101. 111: Albite of the Schmirnthal
in Tyrol. |
| 651 |
Twinned
crystal: l t m p x o g y=110. -110. 010. 001. 101. 111. 1-12. 201 : Albite of
the Schmirnthal in Tyrol |
| 652 |
l
t m z f p n o x g=110. -110. 010. 130. -130. 001. 0-21. 11-1. 101. 112 :
Albite of Krageroe in Norway |
| 653 |
l
t m p n x' x g=110. -110. 010. 001. 0-21. -101. 101. -112: Albite of
Arendal |
| 654 |
p
x - t o m l=001. 101. 403. -110. -111. 010. 110 : Albite, twinned Albite of
the Pfitschthal in Tytol |
| 655 |
l
t m f z p s o y w v n e -=110. -111. 010. -130. 001. 111. -111. 201. 241.
2-41. 0-21. 021. 221: Anorthite of the Vesuv according to Hessenberg |
| 656 |
l
t m - f z p - - s o I y q x w v n - - e=110. 111. 010. 100. 1-30. 130. 001.
-1-11. -111. 111. 1-11. -201. 203. 101. 241. 2-41. 0-21. 061. 013. 021:
Anorthite of the Vesuv according to Hessenberg |
| 657 |
a
b c d h g=100. 010. 001. 011. 210. -110 : Babingtonite of Arendal |
| 658 |
a
b c d h g s o=100. 010. 001. 011. 210. -110. 0-1-1. 0-11: Babingtonite of
Arendal |
| 659 |
a n b k c s o:
Paysbergit of Filipstadt after Dauber |
| 660. 661. 662 |
m k t p:
Kyanite of the Monte Campione in the Tessin |
| 663 |
Twinned
crystal: m k t p: Kyanite of the Monte Campione |
| 664 |
Axinite
of Kongsberg. |
| 665 |
p u s r=010. 110.
121. 011: Axinite of Dauphine. |
| 666 |
p u s r
v=010. 110. 121. 011. 100: Axinite of the Dauphine |
| 667 |
p u r s
x=101. 110. 011. 121. 111 : Axinite of the Daouphine |
| 668 |
r
u p s l x=011. 110. 010. 121. 120. 111 : Axinite of the Dauphine |
| 669 |
r u p s
l=011. 110. 012. 121. 120 : Axinite of the Dauphine |
| 670. 671 |
r u p s l x v e y w n m=011. 110. 010.
121. 120. 111. 100. 01-1. 101. 1-10. 1-1-1. 001 : Axinite of Bottallack in
Cornwall |
| 672 |
p r m
n t=011. 100. 110. 010. -110 : Chalcanthite of Cornwall |
| 673 |
p
r m n t q s=011. 100. 110 010. 1-10. 201. -111: Chalcanthite of Cornwall |
| 674 |
p
r m n t s v k o q=011. 100. 110. 010. -110. -111. -101. 001. 101. 201:
Chalcanthite |
| 675 |
p
r m - n t - r - s v k o q w=011. 100. 110. - 010. -110. - 100. - -111. -101.
001. 101. 201. 301: Chalcanthite |