The A state was excited at 400 nm with a 100 fs pulse and the response probed between 1300 and 1800 cm−1800
Positive responses were probed for additional information including whether the experiences could be attributed solely to sleep or fever.
Questions were selected on the basis of eliciting quality assurance/improvement responses and to probe responses regarding the varying stages of the DUE cycle.
While the neurites showed specific mechanosensitive responses when probing their AP, the blocking of mechanosensitive channels had little effect on the AP response.
Interviews consisted of structured questions dealing with diabetes-related scenarios, with open-ended responses and probing for rationales.
A fast response probe is used to measure local heat transfer in a bubble column.
Comparisons are based on average values and temporal variations obtained with the fast response probe.
Residence time distributions (RTD) in a confined, cold swirling flow have been measured with a fast-response probe and helium as a tracer.
The heat transfer variations are measured with a fast response probe capable of capturing bubble dynamics as well as detect local flow direction and deduce local liquid velocity.
Standard deviations of pressure measurements obtained with a fast response probe have been compared with heat transfer coefficient fluctuations for the first time and the similarities and differences have been pointed out.
