A large area scanner was used, allowing an area up to 100 μm2 to be imaged.
After a brief romp through the city, the two head-to-head vehicles face each other and pass on either side of a large green scanner.
The AFM measurements were performed on an Agilent 5400 AFM/SPM (Agilent Technologies Inc., Santa Clara, CA, USA), equipped with a large multipurpose scanner and a digital camera (Navitar Inc., Rochester, NY, USA).
Once inside the large scanner, rubber bulb in hand, Iheeded the technicians' voices coming through a speaker, telling me to give more squeezes.
The dynamic range of the microphone and digitization was sufficient that after subtraction of the large scanner component, the relatively small voice signal was still adequately intelligible.
Rationale for an infrared thermometer device instead of a larger thermal scanner was that we wanted to test a method (i.e., measurement of forehead cutaneous temperature by using a simple infrared thermometer) and not a specific device.
Multicentre studies [34, 35] have revealed a larger inter-scanner variability than intra-scanner variability for diffusion measures, which calls for a careful interpretation of studies conducted on different scanners.
Using large scanners to measure blood flow to different parts of the brain, the technology makes the brain's activity visible by revealing which of its parts are busiest when we perform different tasks.
Whole body specimens were staged in a large field of view scanner (Varian Medical Systems, BIR/150/130, Lincolnshire, IL) and scanned at 58 µm resolution, 2880 views, 2 averaged views, 67 ms integration time, 130 kVP, 120 µA.
