Chromite
![Chrome/Refractory Uses, While the Rest with Ratio Below 1.8 Are Used for Production of Chemical [1]](http://data.docslib.org/img/264x/08c702ac30f160a69ed82c1842687b85.webp)
![NWA 7533 a Skarns in the Outokumpu Mine in Finland [1], and Then Chr-Mag Reported in Other Ore Deposits Or with Grey- Wacke/Alluvium (See [2-3])](http://data.docslib.org/img/264x/39162a198055872a8414efc41ee35f84.webp)
Top View
- Session Four – Ore Deposits
- Metamorphism on Chromite Ores from the Dobromirtsi Ultramafic Massif, Rhodope Mountains (SE Bulgaria)
- Stratiform Chromite Deposit Model
- Assessment of Coclinkered Shaped Magnesite–Chromite Refractories
- Assessment of Mineral Resource Potential of the Western Half of the Redding 1:250,000 Quadrangle, Northwestern California
- Chromite – Platinum-Group Element Magmatic Deposits
- Characteristics of Mineral Deposits - Maria Boni
- An Insight Into the Properties of Magnesite and Magnesite-Chromite Refractories for Ferro-Chrome Industry
- Intrusion-Related Deposits
- CM22 161.Pdf
- Kinetics of Chromite Vs. Ilmenite Magnetization During Oxidative Roasting Variable Composition
- Stratiform Chromite Deposit Model
- Comparative Study of Properties of Chromite Sintering Products
- Extremely Re-Rich Molybdenite from Porphyry Cu-Mo-Au Prospects In
- Trace-Element Fingerprints of Chromite, Magnetite and Sulfides
- Case Study: Chromite Mining and Processing
- Report on Mineral Deposit Models
- Background Document, AP-42 Section 11.5, Refractory Manufacturing