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Calciobetafite
Calciobetafite

Geikielite
Geikielite



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Calciobetafite
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Geikielite

Calciobetafite and Geikielite Atomic Properties

1 Atomic
1.1 Axial Ratios
Not Available
a:c = 1:2.77093
1.2 Fermion Index
Atomic Structur..
0.02
Rank: 36 (Overall)
0.07
Rank: 31 (Overall)
Atomic Structure of Algodonite
1.3 Boson Index
Atomic Structur..
0.98
Rank: N/A (Overall)
0.93
Rank: 100 (Overall)
Atomic Structure of Urea
1.4 Cell Dimensions
1.4.1 a
Atomic Structur..
10.30
Rank: N/A (Overall)
5.09
Rank: 100 (Overall)
Atomic Structure of Graphite
1.4.2 b
Atomic Structur..
Not Available
Rank: N/A (Overall)
Not Available
Rank: 100 (Overall)
Atomic Structure of Tantalcarbide
1.4.3 c
Atomic Structur..
Not Available
Rank: N/A (Overall)
14.09
Rank: 100 (Overall)
Atomic Structure of Tiettaite
1.4.4 alpha
Atomic Structur..
Not Available
Rank: N/A (Overall)
Not Available
Rank: 100 (Overall)
Atomic Structure of Schneiderhohnite
1.4.5 beta
Atomic Structur..
Not Available
Rank: N/A (Overall)
Not Available
Rank: 100 (Overall)
Atomic Structure of Harmotome
1.4.6 gamma
Atomic Structur..
Not Available
Rank: N/A (Overall)
Not Available
Rank: 100 (Overall)
Atomic Structure of Hemihedrite

Calciobetafite and Geikielite Cell Dimensions

Calciobetafite and Geikielite atomic properties describes the crystalline arrangement of atoms in minerals. Minerals are naturally occurring crystalline solid substances of inorganic origin. They also have specific chemical composition which define their Chemical Properties of Calciobetafite. Being crystalline in nature they have atoms arranged in a pattern that can be unique. The atoms are arranged in a three-dimensional structure. The Calciobetafite and Geikielite cell dimensions are:

    Calciobetafite
  • a=10.30
  • Geikielite
  • a=10.30
  • c=Not Available

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