Uniaxial tensile tests were carried out on both un-notched and single-edge-notched tensile (SENT) specimens of two different lay-ups, (0/90 S and (45/0/−45/0)S, using a hydraulically activated load frame.
The DLPFC was strongly activated in load manipulation, whereas activation as a function of delay was restricted to the left premotor regions and Broca's areas.
In the latter case, resistive loading is not expected to increase the automatic drive to breathe but the response of the diaphragm to transcranial magnetic stimulation should be facilitated, because of spinal integration of the suprapontine command activated for load compensation.
Using in situ synchrotron X-ray diffraction mapping method, it was found that the extensive double twins were activated during loading, while nearly no extension twinning activity was detected.
A reasonable relationship (r2 > 70) was found between the calculated work of adhesion and the experimentally determined activated carbon loading.
A series of industrial desulfuration activated cokes loaded La2O3 and CeO2 (LaCe/AC) were employed for simultaneous NO and Hg0 removal from simulated flue gas.
The results show that the removal time as well as the activated carbon loading for this system were quite lower as compared to simple batch adsorption systems.
Static tests were carried out using a hydraulically activated MTS loading frame, while, low velocity impact tests were conducted using a drop tower facility.
This approach allows for a direct association of the decomposed parts of the stress tensor with the respective geometric changes activated during loading, i.e., volume (lengths) changes and shape (angles) changes, which are the only possible geometric changes in a deformable solid.
B cells were also assessed for their ability to activate after loading with SPIO by adding LPS to the culturing medium of SPIO-labeled cells and incubating for 24 h.
