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Microsoft Word - 0 Front.docx Research Co-ordinators: Thomas Lindhqvist & Mikael Backman Energy Futures Øresund Bridging the Gaps to a Greener Tomorrow Veronica Andronache, Lea Baumbach, Sarah Czunyi, Tom Figel, Filipe Firpo, Jordan Hayes, Peter Kiryushin, Mauricio Lopez, Adrian Mill, Ian Ross, Stefan Sipka, Charlotte Luka, Mary Ellen Smith, Logan Strenchock, Meiling Su, Allison Witter & Ouyang Xi

https://www.iiiee.lu.se/sites/iiiee.lu.se/files/energy_futures_oresund_-_bridging_the_gaps_to_a_greener_tomorrow_2011.pdf - 2026-06-07

https://www.energy.lth.se/research/fuel-cells - 2026-06-05

Tropicalizing a technology entail adapting it to a tropical climate. This paper analyzes how an innovative solution for decarbonization – the green hydrogen - is introduced to Costa Rica. This research examines a niche trying to enter a sector under construction, contributing to the growing literature about this emerging sector. This thesis deeply examines the green hydrogen niche, building an inn

Hydrogen migration is a ubiquitous phenomenon upon dissociation of organic molecules. Here we investigate the formation of a H3O+ fragment after core-level photoionization and Auger decay in aminobenzoic acid molecules - a process that requires the migration of at least two hydrogen atoms. Using photoelectron-photoion coincidence spectroscopy, the formation of a H3O+ fragment is observed to be mor

Handling gas cylinders in the laboratoryGas cylinders containing flammable gases must not be stored in the laboratory. However, there is an exception for gas cylinders with a maximum capacity of 10 liters, which can be used temporarily during a specific day but never to be left overnight or weekends.Pay attention to the EX-zone: Ensure that no electrical devices are present in the EX-zone, except

https://www.kc.lu.se/en/employee/general-safety-regulations/5-general-rules-work-chemicals/53-flammable-gases - 2026-06-05

Solpaneler på taket är numera en vanlig syn, men vart tar elen vägen när solen skiner som mest? I detta examensarbete har det undersökts hur flerbostadshus kan använda egna batterier för att spara pengar, bli mer självförsörjande och samtidigt stötta elsystemet. Svaret är att batterier kan löna sig, om de används smart. När elnätet blir allt mer pressat och produktionen från förnybar energi varier

The far-infrared absorption spectra have been recorded for hydrogen-bonded complexes of water with methanol and t-butanol embedded in cryogenic neon matrices at 2.8 K. The partial isotopic substitution of individual subunits enabled by a dual inlet deposition procedure provides for the first time unambiguous assignments of the intermolecular high-frequency out-of-plane and low-frequency in-plane d

The gas phase selective hydrogenation of a series of nitroarenes (nitrobenzene, p-chloronitrobenzene, p-bromonitrobenzene, p-nitroaniline, p-nitrotoluene, p-nitrophenol and p-nitroanisole) has been examined over Au/TiO2 (0.3 % w/w Au, mean Au particle size = 3.9 nm). Compensation behavior is demonstrated with an associated isokinetic temperature (T-iso) of 558 +/- 32 K. We account for this respons

The European Spallation Source ESS, under construction in Lund, Sweden, aims to produce high-brightness and intensity neutrons for a multitude of experiments upon completion. An efficient production of neutrons requires elaborate understanding of the moderation process which slows the neutrons from relativistic speed to a kinetic energy of meV. The moderator used at the ESS will be partially made

Using x-ray photoelectron spectroscopy of the oxygen 1s core level, the ratio between intact (D2O) and dissociated (OD) water in the hydrated stoichiometric TiO2(110) surface is determined at varying coverage and temperature. In the submonolayer regime, both the D2O:OD ratio and the core-level binding energy of D2O (ΔBE) decrease with temperature. The observed variations in ΔBE are shown with dens

One of the world’s brightest and most powerful lights is created at MAX IV. Using the lights from MAX IV, scientists can understand how materials are built and how they can be used better than ever before.  Exploring materials with lightsAt MAX IV, scientists accelerate electrons in a linear accelerator so that they travel at nearly the speed of light. The electrons then enter storage rings where

https://www.lunduniversity.lu.se/research-and-innovation/research-infrastructures/max-iv - 2026-06-05