[HTML][HTML] Rapid calculation of acoustic fields from arbitrary continuous-wave sources
A Green's function solution is derived for calculating the acoustic field generated by phased
array transducers of arbitrary shape when driven by a single frequency continuous wave …
array transducers of arbitrary shape when driven by a single frequency continuous wave …
[引用][C] Rapid calculation of acoustic fields from arbitrary continuous-wave sources
BE Treeby, J Budisky, ES Wise… - Acoustical Society of …, 2018 - ui.adsabs.harvard.edu
Rapid calculation of acoustic fields from arbitrary continuous-wave sources - NASA/ADS Now
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[PDF][PDF] Rapid calculation of acoustic fields from arbitrary continuous-wave sources
BE Treeby, J Budisky, ES Wise, J Jaros… - The Journal of the …, 2018 - scholar.archive.org
The calculation of the acoustic field from single element and phased array transducers in
homogeneous media is typically performed using semi-analytical approaches based on the …
homogeneous media is typically performed using semi-analytical approaches based on the …
Rapid calculation of acoustic fields from arbitrary continuous-wave sources
BE Treeby, J Budisky, ES Wise, J Jaros… - Journal of the …, 2018 - discovery.ucl.ac.uk
A Green's function solution is derived for calculating the acoustic field generated by phased
array transducers of arbitrary shape when driven by a single frequency continuous wave …
array transducers of arbitrary shape when driven by a single frequency continuous wave …
Rapid calculation of acoustic fields from arbitrary continuous-wave sources
BE Treeby, J Budisky, ES Wise… - The Journal of the …, 2018 - pubmed.ncbi.nlm.nih.gov
A Green's function solution is derived for calculating the acoustic field generated by phased
array transducers of arbitrary shape when driven by a single frequency continuous wave …
array transducers of arbitrary shape when driven by a single frequency continuous wave …
[PDF][PDF] Rapid calculation of acoustic fields from arbitrary continuous-wave sources
BE Treeby, J Budisky, ES Wise… - The Journal of the …, 2018 - bug.medphys.ucl.ac.uk
The calculation of the acoustic field from single element and phased array transducers in
homogeneous media is typically performed using semi-analytical approaches based on the …
homogeneous media is typically performed using semi-analytical approaches based on the …
[PDF][PDF] Rapid calculation of acoustic fields from arbitrary continuous-wave sources
BE Treeby, J Budisky, ES Wise, J Jaros, BT Cox - fit.vut.cz
The calculation of the acoustic field from single element and phased array transducers in
homogeneous media is typically performed using semi-analytical approaches based on the …
homogeneous media is typically performed using semi-analytical approaches based on the …
[PDF][PDF] Rapid calculation of acoustic fields from arbitrary continuous-wave sources
BE Treeby, J Budisky, ES Wise… - The Journal of the …, 2018 - pdfs.semanticscholar.org
The calculation of the acoustic field from single element and phased array transducers in
homogeneous media is typically performed using semi-analytical approaches based on the …
homogeneous media is typically performed using semi-analytical approaches based on the …
Rapid calculation of acoustic fields from arbitrary continuous-wave sources
BE Treeby, J Budisky, ES Wise, J Jaros… - The Journal of the …, 2018 - pubs.aip.org
A Green's function solution is derived for calculating the acoustic field generated by phased
array transducers of arbitrary shape when driven by a single frequency continuous wave …
array transducers of arbitrary shape when driven by a single frequency continuous wave …
Rapid calculation of acoustic fields from arbitrary continuous-wave sources.
BE Treeby, J Budisky, ES Wise, J Jaros… - The Journal of the …, 2018 - europepmc.org
A Green's function solution is derived for calculating the acoustic field generated by phased
array transducers of arbitrary shape when driven by a single frequency continuous wave …
array transducers of arbitrary shape when driven by a single frequency continuous wave …