This is accompanied by two interface transitions in the mushy zone: quasi planar → upwards V-shaped → quasi planar.
In addition, the thickness of damage zones along planar fault segments does not appear to grow indefinitely with displacement, as might be envisaged from some scaling laws.
(B) Liz/ctl gouge (P c = 140 MPa), highlighting the development of a number of anastomosing Y and B shears, showing strong evidence of the preferred crystallographic orientation of serpentine (i.e., a distinctive shear-zone-parallel planar fabric).
The liz/ctl fault gouges deformed at 60, 100, 140, 160, and 170 MPa all contain narrow (10 to 50 μm), localized shear zones that occur directly adjacent to the gabbro cylinder on both sides of the gouge (referred to as B shears), which exhibit shear-zone-parallel planar fabrics defined by a preferred crystallographic orientation (Figure 7A-D).
A volume average model to study the transition of a semi-solid mushy zone to a planar solid/liquid interface in a static temperature gradient is presented.
However, grains can still grow abnormally into the nugget zone with a planar front and this leads to very large, mm-scale, grains being formed.
We used a stacking method to obtain three-dimensional distributions of relative reflection strengths of S waves and found a thin planar zone of high reflection strengths at depths of 25 30 km, which we call a S wave reflector.
The luminous flame height was found to be greater than the height of the reaction zone determined by planar laser-induced fluorescence (PLIF) of hydroxyl radicals (OH) because of luminous soot above the reaction zone.
Sample recovery from development chromatograms has been described that is, detection followed by carving zones from an extruded column or carving or cutting zones from the planar stationary-phase bed.
The competitive, consecutive reations A + B = R, R + B = S are considered to occur within spherical or planar zones, initially containing only the reagent B and into which the reagent A diffuses.
A severe bulk strain, γ ∼ 1, intentionally introduced into an Al Ag specimen by the equal-channel angular pressing process caused nearly spherical Guinier Preston (GP) zones and {1 1 1} planar γ′ phases to be sheared by dislocation motion.
