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Reference No.: EE 2019/42 The Institute for Solar Fuels at HZB develops new materials and devices for the photoelectrochemical conversion of cheap and abundant resources, such as water, to chemical
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45177: Student Materials Science, Process Engineering, Chemistry, Physics or similar - Investigation of Perovskite Electrodes for Solid Oxide Electrolysis Cells (SOEC) for High Temperature H2O and
The efficient use of CO2 and its conversion into CO is suitable for the de-fossilization of human industrial activities. With the simultaneous electrolysis of H2O and CO2 at high temperature (above
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PhD Position (m/f/x): Investigation of PVDF latex binders for the water based processing of electrodes for lithium ion batteries
Vacancy No. 28-2019/IAM-ESS PhD Position (m/f/x): Investigation of PVDF latex binders for the water based processing of electrodes for lithium ion batteries Job description The public acceptance
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PhD student/doctoral researcher (f/m/d) (M.Sc. in Physics or Chemistry) to investigate water splitting by transition metal oxide clusters with XAS and XMCD in a cryogenic ion trap
-Adlershof, to research on the topic: 'Interaction of size-selected transition metal oxide clusters and their interaction with water molecules: oxidation states, spin states, structure, and water splitting
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43618: PhD candidate Computer Science, Physics, Mathematics or similar - Understanding snow and sea ice properties at microwave frequencies for remote sensing applications during MOSAiC
of the oceans. This information is derived from radar images collected by a variety of satellites. In the framework of the project MOSAiCmicrowaveRS will develop new and improve current methods to derive sea ice
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Reference No.: EE 2019/45 The Institute for Solar Fuels at HZB develops new materials and devices for the photoelectrochemical conversion of cheap and abundant resources, such as water to chemical
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cooperating partners started the Helmholtz International Research School „Trajectories towards Water Security (TRACER)” to develop a new comprehensive understanding of spatiotemporal trajectories of human
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cooperating partners started the Helmholtz International Research School „Trajectories towards Water Security (TRACER)” to develop a new comprehensive understanding of spatiotemporal trajectories of human
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cooperating partners started the Helmholtz International Research School „Trajectories towards Water Security (TRACER)” to develop a new comprehensive understanding of spatiotemporal trajectories of human
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catchments. This is part of an ongoing effort to improve our ability to predict and manage water quality in the face of global change. To this end, the UFZ is seeking to employ a PhD student on the following