SemOpenAlex |

SemOpenAlex

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2017232169> ?p ?o ?g. }

Showing items 1 to 93 of 93 with 100 items per page.

W2017232169 abstract "The presence of multiple thermally resistive layers in power electronics packages diminishes the enhanced convective benefit of high-performance microchannel cold plates. One improvement reported here is the development of stereolithographically defined aluminum nitride (AlN) microchannel integrated coldplates as substrates for power electronics packages. High-resolution fabrication of green ceramic parts using a standard stereolithography machine has been enabled by the development of photosensitive ceramic materials. Complex microchannel integrated AlN substrates with simplified fluid connections have been produced with 2-3 mm channel height and channel width down to 200 mum. This structure bypasses the majority of the traditional thermal stack, bringing the coolant closer to the heat source. The substrates were packaged and tested with 4 mm Silicon Carbide pin diodes as heat sources at pressure drops from < 1 kPa up to 70 kPa (10 psi) and power levels exceeding 80 W (500 W/cm 2 ). Measured total thermal stack resistivity on best performing devices was about 0.1 K-cm 2 /W at 70 kPa (-10 psi) and 0.14 K-cm 2 /W at 5 kPa (-0.7 psi). Paths for further performance improvement, broadening of fabrication possibilities, and transition to real-world systems are briefly discussed." @default.
W2017232169 created "2016-06-24" @default.
W2017232169 creator A5004903849 @default.
W2017232169 creator A5029652083 @default.
W2017232169 creator A5033200289 @default.
W2017232169 creator A5059784400 @default.
W2017232169 creator A5078319332 @default.
W2017232169 creator A5080404419 @default.
W2017232169 creator A5089481310 @default.
W2017232169 date "2008-05-01" @default.
W2017232169 modified "2023-10-02" @default.
W2017232169 title "Stereolithographically fabricated aluminum nitride microchannel substrates for integrated power electronics cooling" @default.
W2017232169 cites W1844998660 @default.
W2017232169 cites W1883872156 @default.
W2017232169 cites W1967794068 @default.
W2017232169 cites W2000440643 @default.
W2017232169 cites W2016206449 @default.
W2017232169 cites W2081742180 @default.
W2017232169 cites W2102551174 @default.
W2017232169 cites W2114342907 @default.
W2017232169 cites W2117856525 @default.
W2017232169 cites W2126249528 @default.
W2017232169 cites W2128642555 @default.
W2017232169 cites W2130802015 @default.
W2017232169 cites W2132649828 @default.
W2017232169 cites W2156259175 @default.
W2017232169 cites W2160705519 @default.
W2017232169 cites W2168085823 @default.
W2017232169 doi "https://doi.org/10.1109/itherm.2008.4544269" @default.
W2017232169 hasPublicationYear "2008" @default.
W2017232169 type Work @default.
W2017232169 sameAs 2017232169 @default.
W2017232169 citedByCount "9" @default.
W2017232169 countsByYear W20172321692012 @default.
W2017232169 countsByYear W20172321692013 @default.
W2017232169 countsByYear W20172321692014 @default.
W2017232169 countsByYear W20172321692015 @default.
W2017232169 countsByYear W20172321692023 @default.
W2017232169 crossrefType "proceedings-article" @default.
W2017232169 hasAuthorship W2017232169A5004903849 @default.
W2017232169 hasAuthorship W2017232169A5029652083 @default.
W2017232169 hasAuthorship W2017232169A5033200289 @default.
W2017232169 hasAuthorship W2017232169A5059784400 @default.
W2017232169 hasAuthorship W2017232169A5078319332 @default.
W2017232169 hasAuthorship W2017232169A5080404419 @default.
W2017232169 hasAuthorship W2017232169A5089481310 @default.
W2017232169 hasConcept C127413603 @default.
W2017232169 hasConcept C134132462 @default.
W2017232169 hasConcept C136525101 @default.
W2017232169 hasConcept C142724271 @default.
W2017232169 hasConcept C159985019 @default.
W2017232169 hasConcept C171250308 @default.
W2017232169 hasConcept C192562407 @default.
W2017232169 hasConcept C204787440 @default.
W2017232169 hasConcept C2780722187 @default.
W2017232169 hasConcept C49040817 @default.
W2017232169 hasConcept C63662833 @default.
W2017232169 hasConcept C71924100 @default.
W2017232169 hasConcept C78519656 @default.
W2017232169 hasConcept C91914117 @default.
W2017232169 hasConcept C97346530 @default.
W2017232169 hasConceptScore W2017232169C127413603 @default.
W2017232169 hasConceptScore W2017232169C134132462 @default.
W2017232169 hasConceptScore W2017232169C136525101 @default.
W2017232169 hasConceptScore W2017232169C142724271 @default.
W2017232169 hasConceptScore W2017232169C159985019 @default.
W2017232169 hasConceptScore W2017232169C171250308 @default.
W2017232169 hasConceptScore W2017232169C192562407 @default.
W2017232169 hasConceptScore W2017232169C204787440 @default.
W2017232169 hasConceptScore W2017232169C2780722187 @default.
W2017232169 hasConceptScore W2017232169C49040817 @default.
W2017232169 hasConceptScore W2017232169C63662833 @default.
W2017232169 hasConceptScore W2017232169C71924100 @default.
W2017232169 hasConceptScore W2017232169C78519656 @default.
W2017232169 hasConceptScore W2017232169C91914117 @default.
W2017232169 hasConceptScore W2017232169C97346530 @default.
W2017232169 hasLocation W20172321691 @default.
W2017232169 hasOpenAccess W2017232169 @default.
W2017232169 hasPrimaryLocation W20172321691 @default.
W2017232169 hasRelatedWork W1997348996 @default.
W2017232169 hasRelatedWork W2119161493 @default.
W2017232169 hasRelatedWork W2139316447 @default.
W2017232169 hasRelatedWork W2307707771 @default.
W2017232169 hasRelatedWork W2366379654 @default.
W2017232169 hasRelatedWork W2508033257 @default.
W2017232169 hasRelatedWork W2610038343 @default.
W2017232169 hasRelatedWork W3048166942 @default.
W2017232169 hasRelatedWork W4297895690 @default.
W2017232169 hasRelatedWork W2185810950 @default.
W2017232169 isParatext "false" @default.
W2017232169 isRetracted "false" @default.
W2017232169 magId "2017232169" @default.
W2017232169 workType "article" @default.