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science & technology (28) 28
hydrogen storage (26) 26
technology (25) 25
chemistry (24) 24
hydrogen (24) 24
physical sciences (20) 20
chemistry, physical (17) 17
energy & fuels (16) 16
energy (15) 15
exact sciences and technology (15) 15
applied sciences (14) 14
electrochemistry (13) 13
wasserstoff (13) 13
alternative fuels. production and utilization (12) 12
fuels (12) 12
wasserstoffspeicherung (11) 11
crushing, pulverising, or disintegrating (9) 9
crushing, pulverising, or disintegrating in general (9) 9
materials science (9) 9
materials science, multidisciplinary (9) 9
metal hydrides (9) 9
milling grain (9) 9
performing operations (9) 9
preparatory treatment of grain for milling (9) 9
transporting (9) 9
hydrogen-storage (8) 8
sodium alanate (8) 8
hydrid (6) 6
hydrides (6) 6
metal hydride (6) 6
metallhydrid (6) 6
reactive hydride composites (6) 6
sodium (6) 6
compounds thereof (5) 5
desorption (5) 5
general tagging of cross-sectional technologies spanning over several sections of the ipc (5) 5
general tagging of new technological developments (5) 5
inorganic chemistry (5) 5
libh (5) 5
metallurgy (5) 5
mgh (5) 5
natrium-aluminium-hydride (5) 5
natriumaluminiumhydrid (5) 5
non-metallic elements (5) 5
reduction of greenhouse gas [ghg] emissions, related to energygeneration, transmission or distribution (5) 5
technical subjects covered by former uspc cross-reference art collections [xracs] and digests (5) 5
technologies or applications for mitigation or adaptation againstclimate change (5) 5
wasserstoffspeicher (5) 5
borohydrides (4) 4
cycles (4) 4
dehydrogenation (4) 4
fuel cells (4) 4
heat transfer (4) 4
hydride (4) 4
magnesiumhydrid (4) 4
natriumalanat (4) 4
natural sciences (4) 4
naturvetenskap (4) 4
reaction kinetics (4) 4
storage tanks (4) 4
thermodynamics (4) 4
compacting (3) 3
design engineering (3) 3
diffusion (3) 3
fysik (3) 3
hydrogen storage materials (3) 3
libh4/mgh2 (3) 3
libh4–mgh2 (3) 3
magnesium hydride (3) 3
material properties (3) 3
mathematical models (3) 3
measurement methods (3) 3
metallurgy & metallurgical engineering (3) 3
pellets (3) 3
reaction path (3) 3
reaktionskinetik (3) 3
reaktionsmechanismus (3) 3
scale-up (3) 3
sorption (3) 3
speichersystem (3) 3
tank design (3) 3
tanks (3) 3
wasserstoffabsorption (3) 3
aluminium (2) 2
analysis (2) 2
boride (2) 2
borides (2) 2
brennstoffzelle (2) 2
c: energy conversion and storage (2) 2
catalysis (2) 2
chemical engineering (2) 2
chemical sciences (2) 2
chemistry, multidisciplinary (2) 2
compaction (2) 2
complex hydrides (2) 2
complex metal hydrides (2) 2
computer storage device industry (2) 2
condensed matter physics (2) 2
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electrochemical energy storage (2) 2
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1. Full Text Complex hydrides for hydrogen storage – new perspectives
by Ley, Morten B and Jepsen, Lars H and Lee, Young-Su and Cho, Young Whan and Bellosta von Colbe, José M and Dornheim, Martin and Rokni, Masoud and Jensen, Jens Oluf and Sloth, Mikael and Filinchuk, Yaroslav and Jørgensen, Jens Erik and Besenbacher, Flemming and Jensen, Torben R
Materials today (Kidlington, England), ISSN 1369-7021, 04/2014, Volume 17, Issue 3, pp. 122 - 128
Materials Science | Technology | Materials Science, Multidisciplinary | Science & Technology | Alternative fuels. Production and utilization | Applied sciences | Energy | Fuels | Hydrogen | Exact sciences and technology
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2. Full Text Development of a modular room-temperature hydride storage system for vehicular applications
by Capurso, Giovanni and Schiavo, Benedetto and Jepsen, Julian and Lozano, Gustavo and Metz, Oliver and Saccone, Adriana and De Negri, Serena and Bellosta von Colbe, José M and Klassen, Thomas and Dornheim, Martin
Applied physics. A, Materials science & processing, ISSN 0947-8396, 3/2016, Volume 122, Issue 3, pp. 1 - 11
Condensed Matter Physics | Operating Procedures, Materials Treatment | Optical and Electronic Materials | Characterization and Evaluation of Materials | Surfaces and Interfaces, Thin Films | Physics | Nanotechnology | Physical Sciences | Materials Science | Technology | Materials Science, Multidisciplinary | Science & Technology | Physics, Applied | Thermodynamics | Chemical reaction, Rate of | Hydrogen | Computer storage device industry | Fuel cells | Design engineering | Hydrogen storage | Tanks | Prototypes | Design factors | Hydrides | Design analysis | Vehicles
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3. Full Text Fundamental material properties of the 2LiBH4-MgH2 reactive hydride composite for hydrogen storage: (II) Kinetic properties
by Jepsen, Julian and Milanese, Chiara and Puszkiel, Julián and Girella, Alessandro and Schiavo, Benedetto and Lozano, Gustavo A and Capurso, Giovanni and Von Colbe, José M. Bellosta and Marini, Amedeo and Kabelac, Stephan and Dornheim, Martin and Klassen, Thomas
Energies (Basel), ISSN 1996-1073, 2018, Volume 11, Issue 5, p. 1170
Metal hydrides | Hydrogen storage | LiBH | Reactive hydride composites | Borohydrides | MgH | Material properties | Cycles | Hydrogen | Dehydrogenation | Storage capacity | Measurement methods | Titration | Stability analysis | Storage tanks | metal hydrides | borohydrides | material properties | reactive hydride composites | hydrogen storage | LiBH4–MgH2
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4. Full Text Fundamental material properties of the 2LiBH4-MgH2 reactive hydride composite for hydrogen storage: (I) Thermodynamic and heat transfer properties
by Jepsen, Julian and Milanese, Chiara and Puszkiel, Julián and Girella, Alessandro and Schiavo, Benedetto and Lozano, Gustavo A and Capurso, Giovanni and Von Colbe, José M. Bellosta and Marini, Amedeo and Kabelac, Stephan and Dornheim, Martin and Klassen, Thomas
Energies (Basel), ISSN 1996-1073, 2018, Volume 11, Issue 5, p. 1081
Metal hydrides | Hydrogen storage | LiBH | Reactive hydride composites | Borohydrides | MgH | Material properties | Differential scanning calorimetry | Hydrogen | Enthalpy | Storage systems | Thermal diffusivity | Differential thermal analysis | Entropy | Heat measurement | Pressure | Thermodynamics | Specific heat | Measurement methods | Thermal conductivity | Transient plane source technique | Calorimetry | Storage tanks | Reaction mechanisms | Heat transfer | Entropy of reaction | metal hydrides | borohydrides | material properties | LiBH4/MgH2 | reactive hydride composites | hydrogen storage
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5. Full Text Compaction pressure influence on material properties and sorption behaviour of LiBH4–MgH2 composite
by Jepsen, Julian and Milanese, Chiara and Girella, Alessandro and Lozano, Gustavo A and Pistidda, Claudio and Bellosta von Colbe, José M and Marini, Amedeo and Klassen, Thomas and Dornheim, Martin
International journal of hydrogen energy, ISSN 0360-3199, 07/2013, Volume 38, Issue 20, pp. 8357 - 8366
Hydrogen storage | Metal hydride | Compaction | Reactive hydride composites | LiBH4–MgH2 | LiBH | MgH | Physical Sciences | Chemistry | Technology | Electrochemistry | Chemistry, Physical | Energy & Fuels | Science & Technology | Alternative fuels. Production and utilization | Applied sciences | Energy | Fuels | Hydrogen | Exact sciences and technology
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6. Full Text Hydrogen storage in Mg–LiBH4 composites catalyzed by FeF3
by Puszkiel, Julián and Gennari, Fabiana C and Arneodo Larochette, Pierre and Troiani, Horacio E and Karimi, Fahim and Pistidda, Claudio and Gosalawit–Utke, Rapee and Jepsen, Julian and Jensen, Torben R and Gundlach, Carsten and Tolkiehn, Martin and Bellosta von Colbe, José and Klassen, Thomas and Dornheim, Martin
Journal of power sources, ISSN 0378-7753, 12/2014, Volume 267, pp. 799 - 811
Hydrogen storage | Magnesium hydride | Boride | Halides | Reaction path | Milling | Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Electrochemistry | Chemistry, Physical | Energy & Fuels | Science & Technology | Electrical engineering. Electrical power engineering | Hydrogen | Exact sciences and technology | Materials | Alternative fuels. Production and utilization | Catalytic reactions | Fuels | Theory of reactions, general kinetics. Catalysis. Nomenclature, chemical documentation, computer chemistry | Energy | Applied sciences | General and physical chemistry | Catalysis | Fysik | Naturvetenskap | Natural Sciences
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7. Full Text New insight on the hydrogen absorption evolution of the mg–fe–h system under equilibrium conditions
by Puszkiel, Julián and Victoria Castro Riglos, M and Ramallo-López, José M and Mizrahi, Martin and Gemming, Thomas and Pistidda, Claudio and Larochette, Pierre Arneodo and von Colbe, José Bellosta and Klassen, Thomas and Dornheim, Martin and Gennari, Fabiana
Metals (Basel ), ISSN 2075-4701, 2018, Volume 8, Issue 11, p. 967
Equilibrium conditions | Magnesium-iron complex hydride | Transmission electron microscopy | X-ray spectroscopy | Hydrogen-energy storage | Materials Science | Technology | Materials Science, Multidisciplinary | Metallurgy & Metallurgical Engineering | Science & Technology | hydrogen-energy storage | transmission electron microscopy | magnesium-iron complex hydride | equilibrium conditions
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8. Full Text Design, sorption behaviour and energy management in a sodium alanate-based lightweight hydrogen storage tank
by Bellosta von Colbe, José M and Lozano, Gustavo and Metz, Oliver and Bücherl, Thomas and Bormann, Rüdiger and Klassen, Thomas and Dornheim, Martin
International journal of hydrogen energy, ISSN 0360-3199, 02/2015, Volume 40, Issue 7, pp. 2984 - 2988
Tank design | Hydrogen storage | Heat management | Sodium alanate | Scale-up | Physical Sciences | Chemistry | Technology | Electrochemistry | Chemistry, Physical | Energy & Fuels | Science & Technology | Hydrogen | Energy management systems | Energy use | Sorption | Radiography | Sodium | Tanks | Lightweight | Weight reduction | Storage tanks
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9. Full Text Materials for hydrogen-based energy storage – past, recent progress and future outlook
by Hirscher, Michael and Yartys, Volodymyr A and Baricco, Marcello and Bellosta von Colbe, Jose and Blanchard, Didier and Bowman, Robert C and Broom, Darren P and Buckley, Craig E and Chang, Fei and Chen, Ping and Cho, Young Whan and Crivello, Jean-Claude and Cuevas, Fermin and David, William I.F and de Jongh, Petra E and Denys, Roman V and Dornheim, Martin and Felderhoff, Michael and Filinchuk, Yaroslav and Froudakis, George E and Grant, David M and Gray, Evan MacA and Hauback, Bjørn C and He, Teng and Humphries, Terry D and Jensen, Torben R and Kim, Sangryun and Kojima, Yoshitsugu and Latroche, Michel and Li, Hai-Wen and Lototskyy, Mykhaylo V and Makepeace, Joshua W and Møller, Kasper T and Naheed, Lubna and Ngene, Peter and Noréus, Dag and Nygård, Magnus Moe and Orimo, Shin-ichi and Paskevicius, Mark and Pasquini, Luca and Ravnsbæk, Dorthe B and Veronica Sofianos, M and Udovic, Terrence J and Vegge, Tejs and Walker, Gavin S and Webb, Colin J and Weidenthaler, Claudia and Zlotea, Claudia
Journal of alloys and compounds, ISSN 0925-8388, 06/2020, Volume 827, p. 153548
Hydrogen storage materials | Liquid hydrogen carriers | Low dimensional hydrides | Intermetallic hydrides | Porous materials | Heat storage | Electrochemical energy storage | Complex metal hydrides | Magnesium based materials | Hydrogen energy systems | Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Metallurgy & Metallurgical Engineering | Chemistry, Physical | Science & Technology | Hydrogen-based energy | Hydrogen | Storage systems | Energy distribution | Hydrides | Thermal energy | Renewable resources | Renewable energy sources | Alternative energy sources | Renewable energy | Liquid hydrogen | Thermal storage | Clean energy | Energy storage
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