MAPEX

Center for Materials and Processes

Eine neue Art von Research Governance an der Universität Bremen mit dem Ziel:

  • ein Kompetenznetzwerk im Bereich der Materialwissenschaften, Werkstofftechnik und Werkstoffverarbeitung aufzubauen
  • die Sichtbarkeit der MAPEX Forschungslandkarte erhöhen
  • Drittmittelprojekte zu beantragen und durchzuführen
  • die kooperativen wissenschaftlichen Aktivitäten von Nachwuchswissenschaftlern zu unterstützen
  • die interdisziplinäre Doktorandenausbildung zu unterstützen
  • der gemeinsamen Beschaffung und Verwendung von wissenschaftlicher Ausstattung
  • MaterialsMaterials
  • Hybrid MaterialsHybrid Materials
  • MetalsMetals
  • NanomaterialsNanomaterials
  • Porous MaterialsPorous Materials
  • SemiconductorsSemiconductors
  • TechnologiesTechnologies
  • Engery-related technologiesEngery-related technologies
  • Manufacturing EngineeringManufacturing Engineering
  • EngineeringEngineering
  • PhotonicsPhotonics
  • Process engineeringProcess engineering
  • MethodsMethods
  • CharacterizationCharacterization
  • SynthesisSynthesis
  • Material ModellingMaterial Modelling
  • Process ModellingProcess Modelling
  • System IntegrationSystem Integration

Aktuelles

15.07.2016

New MAPEX Postcard

Lithium ion batteries on flexible polyimide substrates are a smart energy storage solution for consumer electronics or applications related to the Internet-of-Things. Size of substrate: 2 x 2 cm.

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15.07.2016

New MAPEX Postcard

The crystalline orientation and morphology of sub-micrometer cerium dioxide islands grown on a copper surface can be controlled by adjusting the cerium-to-oxygen ratio during deposition.

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15.07.2016

New MAPEX Postcard

Fracture surface within a titanium-CFRP hybrid laminate used for joining aluminum and CFRP via a laser fusion process. Scale 300:1.

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08.07.2016

3. MAPEX Young Scientists Workshop - 27 September 2016

Science meets Industry - cooperation projects and career path in(to) the industry

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Research Highlights

23.06.2016

A concept for direct deposition of thin film batteries on flexible polymer substrate

Authors:

Jens Glenneberg, Felix Andre, Ingo Bardenhagen, Frederieke Langer, Julian Schwenzel, Robert Kun.

Journal:

Journal of Power Sources  (2016) 324, 722-728.

dx.doi.org/10.1016/j.jpowsour.2016.06.007

Abstract:

In this paper, the preparation and characteristics of all-solid-state thin film batteries (TFB) are described. In contrast to the state-of-the-art TFB preparation processes, only room temperature processes are used. The cathode is based on amorphous molybdenum(VI) oxide...

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12.05.2016

Growth and characterization of epitaxially stabilized ceria(001) nanostructures on Ru(0001)

Authors:

Jan Ingo Flege, Jan Höcker, Björn Kaemena, T. Onur Mentes, Alessandro Sala, Andrea Locatelli, Subhashis Gangopadhyay, Jerzy T. Sadowski, Sanjaya D. Senanayake and Jens Falta.

Journal:

Nanoscale (2016) 8, 10849-10856.

doi:10.1039/C6NR02393B

Abstract:

We have studied (001) surface terminated cerium oxide nanoparticles grown on a ruthenium substrate using physical vapor deposition. Their morphology, shape, crystal structure, and chemical state are determined by low-energy electron...

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07.04.2016

Decrease of the required dopant concentration for δ-Bi2O3 crystal stabilization through thermal quenching during single-step flame spray pyrolysis

Authors:

Jochen A. H. Dreyer, Suman Pokhrel, Johannes Birkenstock, Miguel G. Hevia, Marco Schowalter, Andreas Rosenauer, Atsushi Urakawa, Wey Yang Teoh and Lutz Mädler.  

Journal:

CrystEngComm (2016) 18, 2046-2056.

doi:10.1039/C5CE02430G

Abstract:

δ-Bi2O3 is one of the best oxygen ion conductors known. However, due to its limited thermal stability and complicated synthesis techniques, its applications are limited. Here, the synthesis of stable nano-sized δ-Bi2O3 using versatile and rapid...

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Alle Research Highlights und Veröffentlichungen mit Beteiligung von MAPEX PIs.