The drawback of using a scanning slit system is minimized by the use of a position sensitive detector where the position is inherently known for each measurement.
This paper introduces a novel 3D manufacturing approach to the rapid processing of microfluidic components such as embedded channels and microvalves, using a scanning laser system.
Similar work was also reported by Choi et al. (2009), who produced PPF-based 3D scaffolds with interconnected pores of 100 μm in size using a scanning μSLA system.
The vibration responses of the SF and piston stapes prosthesis with air conduction (AC) stimulation were measured in four temporal bone specimens using a scanning LDV system.
Detailed characterization of the Rayleigh surface waves generated by the IDT is performed using a scanning laser interferometry system.
The skin perfusion was measured using a scanning laser Doppler (PIM3 Perimed System) on the same area that we quantified the mottling score.
Initially, each subject was scanned using a 3dMDface scanning system (3dMD Inc., Atlanta, GA, USA).
Microarrays slides were scanned using a Scan array Express system (PerkinElmer), all slides were scanned with set laser power at 90%% and photomultiplier gain at 55%% for Cy5 and Cy3.
Westoby et al. [5] captured a 3D point cloud using a laser scanning system and associated images and compared the point density of both sets of point clouds.
