… where I, is a scaling factor proportional to the incident radiation intensity and 8(r) represents
the fractional energy absorption at r. Defined in this way, I, Ž(t) describes the irradiating field …

We have constructed a thermoacoustic computed tomography scanner for imaging soft tissue
in the human body. Thermoacoustic signals are induced in soft tissue by irradiation with …

Purpose: The authors report a noninvasive technique and instrumentation for visualizing
vasculature in the breast in three dimensions without using either ionizing radiation or …

We have designed, constructed, and tested a thermoacoustic computed tomography (TCT)
scanner for imaging optical absorption in small animals in three dimensions. The device …

We report on methodology for employing a conventional linear transducer array as a
thermoacoustic detector in a thermoacoustic computed tomography (TCT) device, which has been …

… interactions with electromagnetic radiation from the visible and infrared into the microwave
… "JC Hebden, and RA Kruger, “Tomographic imaging using picosecond pulses of light," Proc. …

The authors evaluated images obtained with a prototypic thermoacoustic computed tomographic
(CT) scanner constructed for use at 434 MHz, a promising radio frequency for detecting …

Purpose: To report the design and imaging methodology of a photoacoustic scanner dedicated
to imaging hemoglobin distribution throughout a human breast. Methods: The authors …

… 179 LA Love and RA Kruger: Convolution-filtering scatter estimation for digital radiographs
… 131 LA Love and RA Kruger: Convolution-filtering scatter estimation for digital radiographs …

… Following each of 512, 10-ns pulses of radiation, the photoacoustic signal was digitized to
5 12 contiguous samples at a rate of 10 MHz, corresponding to an axial distance of (). 15 mm/…