Materials: Difference between revisions

From Intelligent Materials and Systems Lab

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==Goal and motivation of IMS-Materials==
==Goal and motivation of IMS-Materials==


Increasing requirements to the properties of new materials challenge to develop novel materials and find new approaches for their fabrication. IMS-Materials is focused on development of materials and in addition to academic [[#Basic research|basic research]], in collaboration with industry, [[#Applied & Contract Research|applied and contract research]] is carried out.
Increasing requirements to the properties of new materials challenge to develop novel materials and find new approaches for their fabrication. IMS-Materials is focused on development of materials and in addition to academic [[#Basic research|basic research]], in collaboration with industry, [[#Applied & contract research|applied and contract research]] is carried out.


==Highlights==
==Highlights==
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* [[ETF5830 - "Modeling of the specific properties of concuting polymers of technological interest"]] (1.01.2004−31.12.2007)
* [[ETF5830 - "Modeling of the specific properties of concuting polymers of technological interest"]] (1.01.2004−31.12.2007)


==== Applied & Contract Research ====
==== Applied & contract research ====
* [[LLTTI17205 - Non-combustible mouldable silicone foams for public transportation seat upholstery ]]-ongoing
* [[LLTTI17205 - Non-combustible mouldable silicone foams for public transportation seat upholstery ]]-ongoing
* [[LLTTI17114 - "Development of reinforced porous concrete" ]]-ongoing
* [[LLTTI17114 - "Development of reinforced porous concrete" ]]-ongoing

Revision as of 19:36, 11 September 2019

Goal and motivation of IMS-Materials

Increasing requirements to the properties of new materials challenge to develop novel materials and find new approaches for their fabrication. IMS-Materials is focused on development of materials and in addition to academic basic research, in collaboration with industry, applied and contract research is carried out.

Highlights

Capabilities

All steps from materials development to device design and fabrication are covered

Equipment

  • potentiostats/galvanostats/frequenzy analyzers
  • SEM equipped with EDX
  • FT-IR spectrometer
  • KF titrator
  • dynamic mechanical analysis tool
  • chemistry lab equipped for organic synthesis
  • glove box
  • planetary ball mill
  • spin-coater
  • R&D micro-printing system
  • hot-rolling press

Skills

  • Electroactive polymers (Tarmo, Urmas)
  • Ionic liquids (Kaija)
  • Microfabrication (Anna-Liisa)
  • Energy harvest and flow capacitors (Janno)
  • Indrek?

Members

Tarmo Tammsenior research fellow (materials chemistry, polymeric materials)
Urmas Johansonresearcher (electrochemistry)
Kaija Põhako-Eskoresearcher, Marie Skłodowska-Curie fellow (chemistry, organic synthesis, ionic liquids)
Anna-Liisa Peikolainenresearcher (carbon materials, chemistry)
Janno Toropresearcher (flow cell supercaps, carbon materials)
Indrek Mustassociate professor

Student projects

Portfolio

Selected projects

Basic research

Applied & contract research

Selected publications