Add to ORKGThe total impulse response of a clinical optoacoustic system is characterized by combining experimentally acquired signals with a numerical model of the spatial impulse response, resulting in high-resolution images in clinical applications
In optoacoustic imaging, acoustical signals are generated when short light pulses are absorbed in ti...
Impulse response measurements have been employed for assessing acoustical properties of rooms since ...
In optoacoustic imaging, the resolution and image quality in a certain imaging position usually cann...
The impulse response of optoacoustic (photoacoustic) tomographic imaging system depends on several s...
The physical properties of each transducer element play a vital role in the quality of images genera...
The fidelity and quality of reconstructed images in optoacoustic mesoscopy (OPAM) can be significant...
Optoacoustic imaging is a medical imaging modality that uses optical excitation and acoustic detecti...
Optoacoustic mesoscopy combines rich optical absorption contrast with high spatial resolution at tis...
We provide herein a detailed description of the experimental protocol for imaging with a newly devel...
Optoacoustic imaging is a new promising medical imaging modality combining the benefits of optical a...
Optoacoustic (OA) imaging technology has become a widely used tool in various preclinical and clinic...
We introduce a hand-held imaging probe for three-dimensional optoacoustic visualization of tissues i...
Hand-held implementations of recently introduced real-time volumetric tomography approaches represen...
Macroscopic optical imaging has rather humble technical origins; it has been mostly implemented by p...
Three-dimensional hand-held optoacoustic imaging comes with important advantages that prompt the cli...
In optoacoustic imaging, acoustical signals are generated when short light pulses are absorbed in ti...
Impulse response measurements have been employed for assessing acoustical properties of rooms since ...
In optoacoustic imaging, the resolution and image quality in a certain imaging position usually cann...
The impulse response of optoacoustic (photoacoustic) tomographic imaging system depends on several s...
The physical properties of each transducer element play a vital role in the quality of images genera...
The fidelity and quality of reconstructed images in optoacoustic mesoscopy (OPAM) can be significant...
Optoacoustic imaging is a medical imaging modality that uses optical excitation and acoustic detecti...
Optoacoustic mesoscopy combines rich optical absorption contrast with high spatial resolution at tis...
We provide herein a detailed description of the experimental protocol for imaging with a newly devel...
Optoacoustic imaging is a new promising medical imaging modality combining the benefits of optical a...
Optoacoustic (OA) imaging technology has become a widely used tool in various preclinical and clinic...
We introduce a hand-held imaging probe for three-dimensional optoacoustic visualization of tissues i...
Hand-held implementations of recently introduced real-time volumetric tomography approaches represen...
Macroscopic optical imaging has rather humble technical origins; it has been mostly implemented by p...
Three-dimensional hand-held optoacoustic imaging comes with important advantages that prompt the cli...
In optoacoustic imaging, acoustical signals are generated when short light pulses are absorbed in ti...
Impulse response measurements have been employed for assessing acoustical properties of rooms since ...
In optoacoustic imaging, the resolution and image quality in a certain imaging position usually cann...