Matches in Ghent University Academic Bibliography for { <https://biblio.ugent.be/publication/01HTDNZRVCZ7X21HMQR0SZT28W> ?p ?o. }
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- 01HTDNZRVCZ7X21HMQR0SZT28W classification C3.
- 01HTDNZRVCZ7X21HMQR0SZT28W date "2024".
- 01HTDNZRVCZ7X21HMQR0SZT28W language "eng".
- 01HTDNZRVCZ7X21HMQR0SZT28W type conference.
- 01HTDNZRVCZ7X21HMQR0SZT28W subject "Technology and Engineering".
- 01HTDNZRVCZ7X21HMQR0SZT28W doi "10.1117/12.3001047.5e7c8897-be24-ee11-a999-00505691c5e1".
- 01HTDNZRVCZ7X21HMQR0SZT28W issn "0277-786X".
- 01HTDNZRVCZ7X21HMQR0SZT28W issn "1996-756X".
- 01HTDNZRVCZ7X21HMQR0SZT28W presentedAt urn:uuid:aadae6db-dac2-4b2e-ab7d-8c4376747377.
- 01HTDNZRVCZ7X21HMQR0SZT28W volume "12891".
- 01HTDNZRVCZ7X21HMQR0SZT28W abstract "Time-gated image sensors with (sub-) nanosecond gating times enable applications in multiple domains. Commercial Intensified CCD cameras or the more recent time-gated SPAD image sensors suffer from low Quantum Efficiency. We present an imaging system based on the tauCAM, a compact time-gated camera with our new 128x128-pixel CAPS sensor. The higher resolution is achieved with a new pixel architecture, yielding an improved fill factor. The capabilities of the new imaging system are demonstrated in a pre-clinical experimental setup. In vivo imaging in subcutaneous mice tumor models reveal that FLT imaging with the tauCAM provides additional contrast between tumor and healthy tissue, in particular for tracers sensitive to their physiological environment.".
- 01HTDNZRVCZ7X21HMQR0SZT28W author F5DA6C1A-B86A-11E8-8241-CD545707D3EF.
- 01HTDNZRVCZ7X21HMQR0SZT28W author urn:uuid:36d354f5-7a8b-46be-8497-6327a3220add.
- 01HTDNZRVCZ7X21HMQR0SZT28W author urn:uuid:56fa62a2-93c9-4164-af1f-31e0f5b6c699.
- 01HTDNZRVCZ7X21HMQR0SZT28W author urn:uuid:5ec2f7c2-4a77-4169-8c94-9e29f778d145.
- 01HTDNZRVCZ7X21HMQR0SZT28W author urn:uuid:9ef41409-4372-4dde-8744-d20cd629d558.
- 01HTDNZRVCZ7X21HMQR0SZT28W author urn:uuid:e91842ef-b1b9-4bea-a6ea-02c7c39caaea.
- 01HTDNZRVCZ7X21HMQR0SZT28W dateCreated "2024-04-01T20:35:36Z".
- 01HTDNZRVCZ7X21HMQR0SZT28W dateModified "2024-07-09T15:31:25Z".
- 01HTDNZRVCZ7X21HMQR0SZT28W editor urn:uuid:3fbf644e-f4e8-4e05-95d0-9afda6397219.
- 01HTDNZRVCZ7X21HMQR0SZT28W editor urn:uuid:85903ea4-f869-4678-83a1-79dba54831ad.
- 01HTDNZRVCZ7X21HMQR0SZT28W name "Compact sub-nanosecond time-gated camera based on a new 128x128 Current-Assisted Photonic Sampler (CAPS) for pre-clinical macroscale fluorescence lifetime imaging".
- 01HTDNZRVCZ7X21HMQR0SZT28W pagination urn:uuid:dc1f4070-ee36-4389-a708-37ddccb596a9.
- 01HTDNZRVCZ7X21HMQR0SZT28W publisher urn:uuid:4743a672-b3f2-4312-a133-391b56bb76c9.
- 01HTDNZRVCZ7X21HMQR0SZT28W sameAs LU-01HTDNZRVCZ7X21HMQR0SZT28W.
- 01HTDNZRVCZ7X21HMQR0SZT28W sourceOrganization urn:uuid:c3297a0e-f729-4a31-8152-1f61ac14391a.
- 01HTDNZRVCZ7X21HMQR0SZT28W type C3.