The contact angle hysteresis is the difference between advancing (maximal) contact angle and receding (minimal) contact angle where advancing contact angle to receding contact angle is a range of contact angles when a drop is placed on the surface of rock.
The increasing of hydraulic retention time and the improvement of design for maximal contact between material and wastewater are considered to be key factors that can provide optimal pH for the removal processes.
Coleman's technique of fat grafting has been popularized and known to many surgeons, which emphasizes on atraumatic method of fat harvesting, proper centrifugation, and miniscule injection aimed at maximal contact between transplanted fat and recipient tissue, but it took approximately 3 hours to place 250 mL into an individual breast.
However, with the consistent segmental lordosis and maximal contact of the cage-bone interface, it has been shown that both anatomical details and segmental flexibility are quite similar in human lumbar spine segments for L2-3, L3-4 or L4-5.
The S-ROM modular stem was designed to generate maximal contact between the metaphysis and diaphysis by independent reaming.
With the consistent segmental lordosis and maximal contact of the cage-bone interface, the rotational angle of the upper vertebra was calculated, as compared to the intact model, under various loading conditions.
With the consistent lordotic angle and maximal contact of the cage-bone interface, the peak stress of the DPC was mapped on the whole contact area of the endplate, the SLC on the periphery of posterior interface, and the TPC on the central edge of posterior interface.
In the event of physiological loading and maximal contact on the cage-bone interface, a stand-alone two-part fusion cage model has minimal slip displacement and rotational angle under compression, flexion, extension, lateral bending and torsion, as compared with the traditional cages, even with the additional posterior fixation.
We hypothesized that a FDO and plate fixation may be used in the distal femur to ensure full deformity correction without a secondary deformity and with maximal contact at the osteotomy, which allows improved healing and function.
Swing speed significantly increased (Fig. 9B) while the bases of support (Fig. 9C and D) and the time to maximal contact (Fig. 9E) significantly decreased.
