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Cyber-Physical Systems Virtual Organization
Read-only archive of site from September 29, 2023.
CPS-VO
bismuth silicon oxide photorefractive crystals
biblio
An adaptive interferometric sensor for all-optical photoacoustic microscopy
Submitted by BrandonB on Mon, 05/04/2015 - 11:43am
optical-intensity modulation
low noise amplifiers
low-noise amplifier
multiwave mixing
noise figure 20 dB
optical microscopy
optical PAM approach
optical photoacoustic microscopy
optical pumping
optical receivers
light interferometers
optically induced thermo-elastic wave detection
optimal interference
photoacoustic effect
photoacoustic image
photoacoustically induced surface displacement detection
photorefractive materials
thermoelasticity
ultrasonic focusing
ultrasonic transducers
BiSiO2
acoustic microscopy
acoustic signal detection
acoustic wave interferometry
acoustic-coupling gel
adaptive interferometric microscopy
adaptive interferometric sensor
analogue-digital conversion
biological techniques
biological tissues
acoustic coupling
bismuth compounds
bismuth silicon oxide photorefractive crystals
CW laser
focusing properties
glass slide
Image reconstruction
imaging ink patterns
laser beam
