Cylindrical-shaped minerals 60 mm in diameter and 55 mm high were split and then formed uneven surfaces that represented the amplified micro-surfaces of minerals.
The experiments were conducted on the 2,000 kN hydraulic press with the speed of (1.0,{text{mm/min}}) at room temperature and the cylindrical billet was lubricated by dipping into mineral oil.
A detailed account of a set of material tests on rubberised concrete cylindrical samples, in which fine and coarse mineral aggregates are replaced in equal volumes by rubber particles with various sizes, is presented.
Although some forms have been reinterpreted as "pock-marks" caused by the disintegration of the diagenetic mineral pyrite, the clustering of cylindrical holes around the chamber — where the flesh of the organism was likely to be concentrated — is evidence for a biological cause.
The magnetic capture selectivity of cylindrical and rectangular single wires in concentrating ilmenite minerals were investigated through a cyclic pulsating HGMS separator with its key operating parameters (magnetic induction, feed velocity and pulsating frequency) varied, and their capture selectivity characteristics were parallelly compared with that of a real 3.0 mm cylindrical matrix.
Cylindrical pneumatic cyclones are highly suitable for continuous-flow mineral separation applications.
X-ray diffraction (XRD) was used to obtain the mineral composition of the shale, while helium expansion using cylindrical shale samples was performed to obtain total porosity.
A study on the influence of the tibial stem design on tibial bone mineral density (BMD) in cemented TKA showed that a cylindrical stem reduced the BMD in a more heterogeneous fashion than a delta-shaped stem design.
The rheological properties of cementitious materials containing fine particles, such as mineral admixtures (MA), were investigated using a Rotovisco RT 20 rheometer (Haake) with a cylindrical spindle.
In practice, the matrix is made of numerous cylindrical wires, so that an insight into the magnetic capture of single wires to magnetic minerals would provide a crucial foundation for the analysis, design and choice of matrix.
Frumpy, miserable, cylindrical.
