Sentence examples for ridge without from inspiring English sources
Low-viscosity vinyl polysiloxane impression material is then used over the window opening to capture the surface details of the residual ridge without distorting the displaceable tissues.
An 8.7 μm-wide ridge without facet coatings produced up to 23 mW of cw power at 300 K, and displayed a maximum wall-plug efficiency of 2.0%.
Small sized fly, ranged from 3 to 4.5 mm in length; grayish brown in color; frons broad; postalar ridge without setae.
b d Cross sectional views Fig. 6 a c Four-month postoperative CBCT showing graft integration and preservation of ridge without collapse of the buccal or lingual cortical plates also showing the cross sections in the grafted area.
It moved slowly to the north-northwest around a ridge without intensifying beyond winds of 30 mph (45 km/h).
After clearing Wellington Ridge, the mounted riflemen, light horsemen and infantrymen pressed forward from ridge to ridge without pause.
A 5-axis numerical control machine was used to fabricate the integral main frame (including acceleration structure, which includes drift tubes, stems, and ridges) without alignment.
Rehder & E. H. Wilson has up to 26 transverse ridges, without spines on the crest and might be categorized under the genus Menispermum.
Using the same method, R th1 and R th3 are fitting to be 12.5 and 11.4 K/W respectively, which are typical values for InGaAs/InAlAs QCL ridges without lateral regrowth [18].
Modern abyssal peridotite is frequently observed near slow-spreading ridges without sufficient magmatic supply because large-scale normal faults (e.g., detachment faults) penetrate deeply, and the mantle peridotite is dragged up to the seafloor (Escartín et al. 2003).
This thick lid of oceanic crust probably limited the exposure of mantle peridotites on the seafloor, thus suggesting that komatiite volcanism would have been much more abundant than the exposed mantle peridotites that are frequently observed near modern slow-spreading ridges without a sufficient magmatic supply (Takai et al. 2006).
