Difference between revisions of "Laurionite"

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A rare halide mineral composed of lead chloride hydroxide.  Laurionite crystals occurs as colorless, transparent, striated prisms.  They were first identified in ancient lead slags at Laurium, Greece.  Deposits are also found in Wheal Rose, England.  Laurionite forms when saline containing water comes in contact with lead.
 
A rare halide mineral composed of lead chloride hydroxide.  Laurionite crystals occurs as colorless, transparent, striated prisms.  They were first identified in ancient lead slags at Laurium, Greece.  Deposits are also found in Wheal Rose, England.  Laurionite forms when saline containing water comes in contact with lead.
 
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[[[SliderGallery rightalign|Laurionite.TIF~FTIR (MFA)]]]
 
== Synonyms and Related Terms ==
 
== Synonyms and Related Terms ==
  
 
lead chloride hydroxide
 
lead chloride hydroxide
 
[[[SliderGallery rightalign|Laurionite.TIF~FTIR (MFA)]]]
 
  
 
==Physical and Chemical Properties==
 
==Physical and Chemical Properties==
  
Fine, colorless, orthorhombic, tabular crystals.  Fracture= uneven  Luster = pearly to adamantine  Streak = white
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* Fine, colorless, orthorhombic, tabular crystals.   
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* Fracture= uneven   
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* Luster = pearly to adamantine   
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* Streak = white
  
 
{| class="wikitable"
 
{| class="wikitable"

Latest revision as of 08:40, 16 September 2022

Description

A rare halide mineral composed of lead chloride hydroxide. Laurionite crystals occurs as colorless, transparent, striated prisms. They were first identified in ancient lead slags at Laurium, Greece. Deposits are also found in Wheal Rose, England. Laurionite forms when saline containing water comes in contact with lead.

FTIR (MFA)

Laurionite.TIF

Synonyms and Related Terms

lead chloride hydroxide

Physical and Chemical Properties

  • Fine, colorless, orthorhombic, tabular crystals.
  • Fracture= uneven
  • Luster = pearly to adamantine
  • Streak = white
Composition PbClOH
Mohs Hardness 2.5-3.5
Density 6.24 g/ml
Molecular Weight 259.66
Refractive Index 2.077; 2.116; 2.158

Resources and Citations