Magnesia Refractories Produced from Chemically Modified Periclase Grains and Mg(OH)2 Slurries

Volume Expansion of Acidproof Brick Exposed to 20 Wt Pct HC1 at 900 C

Corrosion Resistance of Ceramic Materials to Hydrochloric Acid

Corrosion Resistance of Ceramic Materials to Hydrochloric Acid

Effect of Natural Flake Graphite and Carbon Fiber Additions on the High-temperature Properties of Dolomite-carbon Refractories

Corrosion Resistance of Ceramic Materials to Hydrochloric Acid (20 Wt-pct at 50° C)

Corrosion Resistance of Selected Ceramic Materials to Nitric Acid

The Effect of Different Natural Flake Graphite Additions on the High-temperature Properties of a Dolomite-carbon Refractory

The Effect of Different Natural Flake Graphite Additions on the High-temperature Properties of a Dolomite-carbon Refractory: Issues 9111-9122

High-temperature Properties of Magnesia-refractory Brick Treated with Oxide and Salt Solutions

Corrosion Resistance of Selected Ceramic Materials to Sulfuric Acid

Corrosion Resistance of Ceramic Materials to Hydrochloric Acid (20 Wt-pct at 500 C)

Dimensional Changes of Select Ceramic Materials Exposed to HC1, HNO3, and H2SO4 Acid Environments

Superheated Drop Vaporization: Halon 1301, Issues 8641-8648