A titanium beam 10 feet long and 8 inches in diameter was found in the muddy soil around Hemphill.
The cartilage pore diameter was found to be 11 14 nm.
The ratio of rubber sleeve height to stud diameter was found to be the predominant factor.
The average geometric particle diameter was found to be 2.8 μm.
In this condition the hydrodynamic diameter was found to be 813 nm, which describes a situation where aggregates and single NCs coexist, leading to an intermediate result.
However, the pipe diameter was found to have more significant influence on the pressure gradient than the slurry concentration does.
If any suitable asteroid about three to eight metres in diameter was found, a much larger spacecraft, the Harvestor, would take it back to Earth orbit.
The average pore diameter was found to be 100 nm and 600 nm for the nanoporous and sub-micron porous films respectively.
Within the same morphology of nanorods decorated microspheres, the hemisphere of 3.0 μm diameter was found to have the best AR performances.
By examining alloys around the new quaternary eutectic alloy, a BMG with a glass forming ability of 4 mm diameter was found at the off-eutectic Zr49Ti14Ni20Cu17 composition.
The equilibrium bulk diameter was found to be a function of the rate of hydrogen production, bubble nucleation rate, and dissolved gas concentration field.
