Top View
- New Mineral Names*
- The Relationship Between Crystal Structure
- Phase Transition of Tetragonal Copper Sulfide Cu2s at Low Temperatures
- The Crystal Structures of Low Chalcocite and Djurieite*
- Chapter 3 Mineral Identification- Qualitative
- Copper Minerals Under the Microscope
- Carrollite Cu(Co, Ni)2S4 C 2001-2005 Mineral Data Publishing, Version 1
- Leaching of Pure Chalcocite in a Chloride Media Using Sea Water and Waste Water
- Reaction Mechanism and Size-Dependent Electrochemical Properties Study of Cu2-Xs Versus Li
- Copper Occur Relatively Commonly in COPPER Vugs
- Mineralogical Profile of Supergene Sulfide Ore in the Western Copper Area, Morenci Mine, Arizona
- CRYSTAL and TWIN STRUCTURE of DIGENITE,I Cu9s5 Geenrbr,Ro
- Characterisation of Hypogene Covellite Assemblages at the Chuquicamata Porpewry Copper Deposit, Crtce, Section 4500N
- Djurleite, a New Copper Sulphide Mineral
- Djurleite, a New Copper Sulphide Mineral
- Digenite Cu9s5 C 2001-2005 Mineral Data Publishing, Version 1
- An Investigation Into Supergene Silver Enrichment at the Rochester Mine in Pershing County, Nevada
- Growth Evolution and Phase Transition from Chalcocite to Digenite in Nanocrystalline Copper Sulfide: Morphological, Optical and Electrical Properties
- The Mineral Replacement of Chalcopyrite by Digenite/Covellite
- The Evolution of Supergene Enrichment in the Morenci
- Djurleite Cu31s16 C 2001-2005 Mineral Data Publishing, Version 1
- Negative Thermal Expansion Oxides and Beyond
- Copper Concentrates Environmental and Human Health Hazard Classification
- Structural and Compositional Changes in Copper Sulfides During Leaching and Dissolution Lowell S. Whiteside and Ronald J. Goble
- On the Presence of Minerals of the Linnaeite Series in Some Copper Ores from the Raipas Formation of Northern Norway by F