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26_G_Ohlen_PE_Bengtsson

https://www.lth.se/fileadmin/lth/genombrottet/konferens2012/71_Ohlen_Bengtsson.pdf - 2026-05-19

Microsoft Word - LIVA05.2_LIVA07_Schema med lasanvisningar vt26

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVA07/20261/L_sanvisningar_LIVA05_dk2_LIVA07_VT26.pdf - 2026-05-18

Microsoft Word - LIVA14 dk 4 litteraturlista VT26

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVA14/20261/LIVA14_dk_4_litteraturlista_VT26.pdf - 2026-05-18

Microsoft Word - LIVA14.6.LIVB2.körschema.vt26

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVB20/20261/L_sanvisningar_LIVA14dk6_LIVB20dk2_VT26.pdf - 2026-05-18

MRSG52_Litteraturlista_VT26

https://www.historiska.lu.se/media/utbildning/dokument/kurser/MRSG52/20261/MRSG52_Litteraturlista_VT26.pdf - 2026-05-18

Litteraturlista FPRB04 - VT26

https://www.ht.lu.se/media/utbildning/dokument/kurser/FPRB04/20261/Litteraturlista_FPRB04_VT2026.pdf - 2026-05-08

Microsoft Word - LIVA05 dK 5 litteraturlista VT26

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVA05/20261/LIVA05_dK_5_litteraturlista_VT26.pdf - 2026-05-18

Microsoft Word - LIVB40 Litterara praktiker II Projektarbete litteraturlista VT26

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVB40/20261/LIVB40_Littera_ra_praktiker_II_Projektarbete_litteraturlista_VT26.pdf - 2026-05-18

Microsoft Word - LIVK10 dk 2 LIVK60 litteraturlista VT26

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVK10/20261/LIVK10_dk_2_LIVK60_litteraturlista_VT26.pdf - 2026-05-18

Microsoft Word - HILMA 2009-01-26.doc

https://www.hist.lu.se/fileadmin/_migrated/content_uploads/hilma_vt09_7_03.pdf - 2026-05-18

Microsoft Word - LIVA14 dk 2 litteraturlista VT26

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVA14/20261/LIVA14_dk_2_litteraturlista_VT26.pdf - 2026-05-18

Microsoft Word - LIVA24 schema VT26 2.0

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVA24/20261/L_sanvisningar_LIVA24_VT26.pdf - 2026-05-18

Microsoft Word - LIVA14 dk 6 LIVB20 litteraturlista VT26

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVB20/20261/LIVA14_dk_6_LIVB20_litteraturlista_VT26.pdf - 2026-05-18

Microsoft Word - LIVA14 dk 8 LIVB20 litteraturlista VT26

https://www.sol.lu.se/media/utbildning/dokument/kurser/LIVB20/20261/LIVA14_dk_8_LIVB20_dk4_litteraturlista_VT26.pdf - 2026-05-18

Litteraturlista BASA04 - VT26

https://www.ht.lu.se/media/utbildning/dokument/kurser/BASA04/20261/Litteraturlista_BASA04_VT2026.pdf - 2026-05-18

Litteraturlista FPRB04 - VT26

https://www.fil.lu.se/media/utbildning/dokument/kurser/FPRB04/20261/Litteraturlista_FPRB04_VT2026.pdf - 2026-05-18

Litteraturlista FTEB07 - VT26

https://www.fil.lu.se/media/utbildning/dokument/kurser/FTEB07/20261/Litteraturlista_FTEB07_VT2026.pdf - 2026-05-18

Litteraturlista KOGP16 - VT26

https://www.fil.lu.se/media/utbildning/dokument/kurser/KOGP16/20261/Litteraturlista_KOGP16_VT2026_1.pdf - 2026-05-18

Important dates spring 2019 sh 20181114

20190206 IMPORTANT DATES SPRING 2019 January Week 2: 29.12-7.1 Rosa Barba; deinstallation phd exhibition Week 3: 15.1 Application portal BFA and MFA programs opens Week 3: 21.1 Official start of spring semester February Week 9: 27.2 Faculty Day at 1500-1800 (IAC/Red Room) March Week 9: 1.3 Deadline application BFA-program Week 9: 1.3 Deadline to hand in BFA texts Week 12: 18-22.3 BFA3-exhibition;

https://www.khm.lu.se/en/sites/khm.lu.se.en/files/important_dates_spring_2019_sh_20181114.pdf - 2026-05-20

Calculation and Measurement Methods for the Performance of Solar Collectors. Models of Flat Plate Collectors, Transparent Insulation and Efficiency Factors.

Popular Abstract in Swedish Denna avhandling handlar om modeller för plana solfångare, transparent isolering och verkningsgradsfaktorer. En ekvation för energiutbytet från en glasad plan solfångare härleds genom att modellera verkningsgradsfaktorn, F´, som en summa av en konstant och en temperaturberoende del. Ett alternativt sätt att testa en plan solfångare, baserat på denna modell, föreslås. EThis thesis deals with models of flat plate collectors, transparent insulation and efficiency factors. An equation for the energy output from a glazed flat plate collector is derived by modelling the collector efficiency factor, F´ as the sum of a constant and a temperature dependent part. An alternative way of testing a flat plate collector, based on this model, is suggested. A complete set of a