ICAM International Centre for Advanced Materials
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1 ICAM International Centre for Advanced Materials
2 ICAM International Centre for Advanced Materials
3 ICAM International Centre for Advanced Materials A new Center of Excellence, ICAM (International Centre for Advanced Materials) is dedicated to academic and industrially relevant research on advanced materials. A combination of Theory, Experiment, Product development, and strong interaction with Venture Business enterprises is envisaged. The centre provides opportunities for International visiting researchers and graduate students on a short term basis. Unlike other Centres ours is customer driven and maintained mostly from grants directly obtained by those using our facilities. LOCATION AND PERSONNEL: The Centre of Excellence ICAM is affiliated to KTH, and located in the Dept. of Materials science, at Brinellvägen 23. All direct appointments (post docs, visiting researchers) in the ICAM itself will be on contract basis for short (months), or longer (years) period based on external funding. Strong Industrial interactions are crucial and actively pursued. International participations will be solicited from EU, US, Japan and other Countries. Contact Persons: Börje Johansson Borje@mse.kth.se, Lyubov Belova, Belova@mse.kth.se; K.V.Rao, rao@kth.se.
4 NATIONAL PARTNERS National Supercomputer Center, Linköping Karolinska Institute, Stockholm Stockholms University Uppsala University Linköping University INDUSTRIAL AFFILIATES: FEI (Netherlands/USA) Xaar Jet AB (Järfälla, Sweden) Toyota Motors (Japan/Belgium) Asylum Research (USA) Spintronix AB (Sweden) Fiber Optics Valley (Hudiksvall, Sweden) Spectral Solutions (Sweden) Philip Morris (USA) INTERNATIONAL AFFILIATES: Berkeley Microscopy Laboratories, USA Portland State University Oregon, USA Nat l Microscopy Centre-Arizona State Univ. USA Inst. of Mater. Research, Tohoku Univ., Japan MIT, Cambridge, USA; Sheffield Univ., UK Laserzentrum Hannover, Germany Bhavnagar University, and BARC, India INFRASTRUCTURE: Visiting Professors Short and Long term exchange visitors Post Doctoral Fellows Short Term Mission Researchers Summer Researchers -3 month projects Graduate Students
5 AREAS OF RESEARCH (Current funded at a level of 15 mkr/yr from Agencies,Foundations, Industries, KTH, Dept of Materials Science etc ) Spintronics (with Spintronix) Molecular Electronics, Fullerene Electronics Transparent flexible Electronics and their applications 3D Tomography and Cryotomography, FIB/EB nano-prototyping Advanced Biocompatible Materials (with colleagues at KI, SU and in India) Ink-jet Technology (with Xaar Jet) - And its advanced materials applications Electrotextiles, Medical textiles.. Nanostructured Steels, Bulk Glassy Materials (Hero-M program) CURRENT RESEARCH LEADERS: Prof. K.V.Rao (Experimental Studies-spintronics) Docent Lyubov Belova (Experimental, Nano/bio technology, VR Rådsforskare, INGVAR Awardee) Mr. Wolfgang Voit (Xaar Jet AB inkjet technology) Prof. R.V.Upadhyay (Magnetic Nanoparticles) Docent Valter Ström (Bulk glassy materials - experimental..) Börje Johansson (Theory) Dr. Rajeev Ahuja (Theory VR Rådsforskare) Docent Anna Delin (Theory VR Forskarassistant) Docent Pavel Korzhavy, (Theory- Forskare ) + a few more under discussions
6 ICAM Centre Operations (an OUT REACH PROGRAM) Nanotechnology Targeted Drug Delivery Novel Instrumentation, Sensors Patterned Structures. Sensors Chemical Synthesis of Nanoparticles Biocompatible media, 3D tomography + EBSD, Cryotomography Functional imaging, SPM technology Processing Technologies Pulsed Laser Deposition Rf & DC Sputtering Lithography and Circuit Design Ink-jet Technology Rapid Solidification Bulk Glassy Materials. Bio-related Topics Targeted Drug Delivery, bio-inorganic interfaces Ink-jet patterning of proteins and cells FIB Cryotomography, 3D reconstruction Morphology and visco-elastic properties of living cells Advanced Electronics: New forms of Carbon- fullerenes, diamond Patterned Structures using Nanotubes, Nanowires Materials for Spintronics High frequency shielding nanocomposites Transparent Electronics Polymer/metal composites Advanced Steels Rapidly Solidified Materials Amorphous Steel Fullerene/Nanotube reinforced Steels Pedagogy e-courses; Summer Research programs; Computational methods for Gymnasiums Materials Sciences, Technology, market study Intensive courses for teachers, researchers Courses in Advanced experimental techniques
7 Major Experimental Facilities at Tmfy-MSE Scanning Probe Microscopy: -Scanning Tunnelling Microscopy, STM/STS, Atomic Force Microscopy, AFM, Magnetic Force Microscopy, Kelvin Probe, Low/High temperatures, vacuum/controlled atmosphere characterization. Fluid Cells, dynamic studies under controlled fluid/gas conditions, mechanical and viscoelastic characterization. Dual Beam UHR field-emission SEM/FIB system with analytical capabilities. - State-of-the-art nanoscale device prototyping, patterning and characterization. - Cryogenic capabilities for soft materials, biological and fluid specimen - 3D tomography with analytical capabilities (e.g. EBSD, EDS). Thin Film Deposition Systems: -Laser Ablation - (Nd:YAG, 355nm at 3f) DC and RF Magnetron Sputtering Magneto-optic Faraday and Kerr Rotation Systems Closed Cycle ARS Multi-system : (10K-800K operation) -A versatile system with facilities to measure all transport, galvanomagnetic, and magnetic properties with a cold finger (or a hot one) to operate in the range of 10K to 800K. Micro Miniature Measurement System -a closed cycle measurement system specialty for Resistivity, and galvanomagnetic property measurements like Hall effect, etc. Melt-Spinner: -Rapid Solidification in controlled atmosphere Magnetometry: -SQUID, VSM, ac-susceptometer, K range, portable desktop ac susceptometer, local acsusceptibility mapping (micron scale) Thermal Characterization System: - (DSC. Thermogravimetry..) Electronic Property Measurement System by double ac technique: -Hall Effect, (4K-1000K) -Magnetoresistance, (upto 5.5 Tesla range) -Electrical Resistivity (4K to 1000 K) -See-beck coefficient (100K to 320K) Thermal Processing: - (Rapid Thermal Annealing, etc..) Material Processing facilities: - Arc-melter, - mechanical alloying agitator, - annealing furnaces, etc.
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