Forschungsbereich Quantum Materials

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Organization Name (de) Name der Organisation (de)
E138-04 - Forschungsbereich Quantum Materials
 
Code Kennzahl
E138-04
 
Type of Organization Organisationstyp
Research Division
Parent OrgUnit Übergeordnete Organisation
 
Active Aktiv
 

OrgUnit's Publications


Results 321-340 of 917 (Search time: 0.001 seconds).

PreviewAuthor(s)TitleTypeIssue Date
321Paschen, Silke Strongly correlated cage compounds as thermoelectricsPräsentation Presentation2014
322Paschen, Silke Enhanced thermoelectric performance of cerium-containing intermetallic clathratesPräsentation Presentation2014
323Tomes, Petr Intermetallic compounds for thermoelectricsPräsentation Presentation2014
324Paschen, Silke Thermopower enhancement by encapsulating cerium in clathrate cagesPräsentation Presentation2014
325Hänel, Jonathan ; Winkler, Hannes ; Ikeda, Matthias ; Larrea Jiménez, Julio Antonio ; Martelli, Valentina ; Prokofiev, Andrey ; Bauer, Ernst ; Paschen, Silke CeRu4Sn6: Anisotropic response of thermoelectric propertiesPräsentation Presentation2014
326Paschen, Silke Nanostructured thermoelectricsPräsentation Presentation2014
327Paschen, Silke Thermopower enhancement in a Ce-containing clathratePräsentation Presentation2014
328Martelli, Valentina Electrical resistivity and magnetoresistance investigations on single crystalline Ce3Pd20Si6 across the temperature-magnetic field phase diagramPräsentation Presentation2014
329Paschen, Silke Fermi surface reconstructions at heavy fermion quantum critical pointsPräsentation Presentation2014
330Paschen, Silke Phonons and correlations in thermoelectric clathratesPräsentation Presentation2014
331Paschen, Silke Quantum critical heavy fermion compoundsPräsentation Presentation2014
332Tomes, Petr ; Kastner, Roman ; Yan, Xinlin ; Svagera, Robert ; Waas, Monika ; Eilertsen, J. ; Weidenkaff, A ; Paschen, Silke Thermoelectric properties of the type - I clathrates Ba8Cu5Si6Ge35-xSnx (x #lt 0.6) prepared by melt spinning techniquePräsentation Presentation2014
333Tomes, Petr Thermoelectric properties of Ba8Au5.25Ge40.3□0.45 type‐I clathratePräsentation Presentation2014
334Paschen, Silke Thermoelectric clathrates: From phonons to correlationsPräsentation Presentation2014
335Ikeda, Matthias ; Yan, Xinlin ; Euchner, Holger ; Prokofiev, Andrey ; Prochaska, Lukas ; Svagera, Robert ; Lientschnig, Günther ; Paschen, Silke Phonon Thermal Conductivity of Filled Cage CompoundsPräsentation Presentation2014
336Larrea Jiménez, Julio Antonio Converse effects of pressure on quadrupolar and magnetic transition in Ce3Pd20Si6Präsentation Presentation2014
337Nguyen, Duy Ha ; Sidorenko, Andrey ; Geiger, Diana ; Müller, Martin ; Paschen, Silke Cooling metallic samples down to microkelvin temperatures for transport properties measurementsPräsentation Presentation2014
338Geiger, Diana ; Nguyen, Duy Ha ; Sidorenko, Andrey ; Putz, Stefan ; Majer, J. ; Paschen, Silke Applying microwave resonators to measure the dynamical response in the vicinity of a quantum critical pointPräsentation Presentation2014
339Prochaska, Lukas ; Andrews, Aaron Maxwell ; Detz, Hermann ; MacFarland, Donald ; Schrenk, Werner ; Strasser, Gottfried ; Zederbauer, Tobias ; Paschen, Silke Molecular beam epitaxy of heavy fermion compoundsPräsentation Presentation2014
340Prochaska, Lukas ; Andrews, Aaron Maxwell ; Detz, Hermann ; MacFarland, Donald ; Schrenk, Werner ; Strasser, Gottfried ; Zederbauer, Tobias ; Paschen, Silke The rocky road to heavy fermion films grown by molecular beam epitaxyPräsentation Presentation2014