Mass transfer rates were determined using a parallel plate flow chamber under relevant solution chemistries.
Using a parallel plate shear-testing device, we performed a sequence of stress relaxation tests at 2.5%, 5%, 10%, 20 %, 30 %, 40 and then 50% strand.
The fabrication process of the mesoporous particles is described in detail, and their transport and adhesion properties under flow are studied using a parallel plate flow chamber.
The ability of nitric oxide (NO -releasing xerogels to reduce adhesioNO -releasingnas aeruginosa under flowing conditions was evaluated using a parallel plate flow chamber.
Al powder with nominal particle sizes in the range of 4.5 7 μm is aerosolized using a parallel plate capacitor by charging particles contacting the electrodes.
Complex permittivity measurement has been performed using a parallel plate capacitor and a vector network analyzer (VNA) from 300 kHz to 50 MHz.
The two ILs showed a viscoelastic character that was observed using a parallel plate geometry viscometer with a high storage-to-loss modulus ratio in a frequency domain where the RDE response was characterized by significant elongational flow kinematics.
Dynamic rheometry using a parallel plate rheometer showed that the rheological moduli of the nanocomposites increased with increase in nanofiller concentration; however this increase was greater in the high frequency region.
Thus with the advent of polydimethysiloxane (silicon rubber), membrane oxygenators were constructed, initially using a parallel plate configuration, with alternating layers of blood and oxygen, separated by a semi-permeable membrane.
The P-selectin-induced calcium signaling was detected using a parallel plate flow chamber (PPFC) and fluorescence microscope detection system, and scaled through the activation ratio, delay time, and the peak intensity of calcium flux (MATERIALS AND METHODS).
