True Density Measurement of Refractory by AccyPyc1330 Pycnometer

Huang Qing; Jing Jing Zhu

doi:10.4028/www.scientific.net/KEM.492.489

Paper Titles

Phase Behavior of Silica Brick Used in Carbothermal Reduction
p.472

Influence of Temperature on Phase Composition of Nitridation Products from Rutile and Fly Ash
p.476

Effect of Temperature on the Phase Behaviors of Zircon by Carbothermal Reduction-Nitridation
p.480

Microstructure, Mineral Phases and Strength of the Foam Concrete
p.484

True Density Measurement of Refractory by AccyPyc1330 Pycnometer
p.489

Purification of Carbon Nanotubes Synthesized by Pyrolysis Flame
p.493

Effects of Feed Shoe Wheel Speed on Tablet Weight Variability
p.497

Permeability Characteristics of Human Dentin and a Porous Ceramic
p.501

Biological Safety Assessment of a Colored Zirconia Ceramic: Hemolysis and Short-Term Systemic Toxicity Tests
p.505

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True Density Measurement of Refractory by AccyPyc1330 Pycnometer

Abstract:

Measuring mechanism of true density measurement of refractory through gas replacement technology by the AccyPyc1330 automatic true density analyzer was introduced. Compared with the current liquid immersion method, the gas replacement technology had many advantages in time, temperature, diversity and permeability of specimens. The results indicated that it had features of accurate data, fast measurement and less factors by the gas displacement technology.