… - Workshop on the Exploration of Low Temperature Plasma Physics The 20th Workshop on the Exploration of Low Temperature Plasma Physics (WELTPP-20) will be held on the 30th November and … scientists working in the field of low temperature plasma physics and usually covers low up to atmospheric pressure …
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… How to develop catalysts for Solar-to-Fuel devices based on molecular components Attend this seminar? Use the … . The light-driven water splitting reaction to generate molecular hydrogen and oxygen is one of the most promising … to construct a photoelectrochemical (PEC) cell based on molecular components. The two half reactions, water …
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… Quantum Optics, Materials, Chemistry and Condensed Matter Physics to discuss the latest developments in the study of … results on phenomena that involve polaritonic states, molecular excitations, molecular vibrations and their … improve optoelectronic devices, such as solar cells, LEDs, lasers, and photodetectors. Prof. dr. Jaime Gómez Rivas - …
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… molecules efficiently yet accurately. Then we tap into a molecular space of 211,311 organic molecules that includes … properties, such as synthetic complexity, molecular stability, redox potential, and energy density. In … thesis, it can be concluded that (1) the lowest unoccupied molecular orbital energy of reactant molecules is the best …
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… formation of delocalized hybrid light-matter states. When molecular materials with high transition dipole moments are … been extensively studied due to the potential it offers in physics such as room temperature Bose-Einstein condensates and thresholdless lasers, the implications for molecular and material science …
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… At the atomic scale, the vibrational lifetime of small molecular adsorbates can provide detailed information about the molecular dynamics of energy exchange with the surface [1]. … of electron-hole pair excitations in conventional classical molecular dynamics. I will compare different ways to obtain …
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… exchanges via collisions is tested in mid-infrared laser experiments. CO 2 gas is vibrationally excited to the … CO 2 . The energy exchanges induced by collisions lead to molecular dissociation forming CO and O 2 . The CO molecules … accumulate in the stagnant gas cell during 5 to 20-minute laser excitation and are detected by Fourier Transform …
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… Gerard van Rooij Gerard van Rooij obtained his MSc in Physics at the Eindhoven University of Technology (specialization Plasma Physics) and received his PhD degree at the University of Amsterdam for his research on macromolecular mass spectrometry performed at AMOLF. Following a …
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… Drop deformation and splashing upon (laser-pulse) impact Attend this seminar? Use the registration form to attend . The impact of a laser pulse onto a liquid drop can lead to a violent … alters the drop dynamics. I will discuss the fundamental physics behind these phenomena and their application in …
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… Published on November 14, 2017 The International Tokamak Physics Activity ( ITPA ) Central Committee has appointed … activities of the highest priority for preparing the broad physics basis needed for ITER design and operation. Members … will facilitate the group collaboration for updating the Physics Basis for ITER, a once-a-decade review of the status …
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… released. The oxygen atoms eventually recombine, usually to molecular oxygen. Instead of using two atoms to form molecular oxygen, the oxygen atom can react with CO 2 to form molecular oxygen and a second CO molecule. This extra CO is … released. The oxygen atoms eventually recombine, usually to molecular oxygen. Instead of using two atoms to form …
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… - Workshop on the Exploration of Low Temperature Plasma Physics The organisers of the Workshop on the Exploration of Low-Temperature Plasma Physics (WELTPP) are glad to announce the 21st edition of … scientists working in the field of low temperature plasma physics and usually covers low up to atmospheric pressure …
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… (EIRES) and a professor at the Department of Applied Physics and Science Education of the Eindhoven University of … received his PhD in 1991 from TU/e on a fundamental plasma physics subject. In 1990, he was appointed Assistant … launch in 2020. At the DIFFER institute, he focuses on the physics and chemistry of plasma-surface interaction and on …
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… for her research on fundamental understanding of the defect physics and chemistry in perovskite solar cells. Together … to establish her research group, Computational Materials Physics , which focuses on the development of multi-scale … associate professors, and assistant professors in physics and chemistry. The START-UP grant gives principal …
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… learning, and reduced models to address the intricate physics and engineering challenges critical to achieving net … of power plant designs by incorporating essential plasma physics processes like equilibrium, transport, heating & … 2020, I have contributed to advancing computational plasma physics at General Atomics, notably through co-founding the …
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