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Services offer
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MICRO-AND NANOSTRUCTURED SILICON FABRICATION (Contact person: Mihaela Miu) |
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- Fabrication of porous silicon (PS) layers (2-500 mm thickness) on n+ or p+ Si, 4 inch
diameter.
- Fabrication of meso- and macroporous silicon membrane (thickness 500 mm) on n+ or
p+ Si, 4inch diameter. |
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MICROARRAY BIOCHIPS: (Contact person: Monica Simion) |
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Microarray technology includes applications for functional genomics, pharmacogenomics,
SNP genotyping, proteomics and cell signaling. We have expertise for microarray
manufacturing, processing, surface chemistry, detection reagents, scanning and analysis.
Specific preparation protocols and probe design workflow can be developed in function of
requested application. We are working using the new facilities, nano-plotter and microarray
scanner from NanoBioLab. |
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ELECTRICAL/ELECTROCHEMICAL CHARACTERISATION AND APPLICATION DEVELOPMENT (Contact person: Dr. Mihaela Miu ) |
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• Material characterization; biosensors and electro-chemical sensors development; bio-systems and bio-surfaces analysis. • Microelectronics: development of new processes and materials with improved electrical properties; • Energy: development of new fuel cell devices as clean energy sources; development of solar cells with improved parameters; • Development of electrochemical immunosensor devices for clinical diagnostics; • Detection of compounds/toxins/pathogens for water, food, environmental quality control; • Biomedical field: implant biocompatibility studies; • Fundamental studies of physico-chemical phenomena at bio-hybrid interfaces. |
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NANOPARTICLE CHARACTERISATION Zeta Potential and Submicron Particle Size Analysis (Contact person: Chem. Teodora Ignat, teodora.ignat@imt.ro) |
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X-RAY DIFFRACTION CHARACTERISATION Contact person: Phys. Mihai Danila (mihai.danila@imt.ro) |
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• Investigation of crystal structure (HR RSM, HR RC); • film thickness, density, roughness; • characterization of the ultra thin film (XRD); • particle/ pore size analysis (reflection SAXS, transmission SAXS); • phase identification, crystal structure (powder/thin film/poly/ mono/ crystall, trace, small area/quantity);
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Laboratory of Nanotechnology is in charge with the NanoBioLab (Protein Microarrays) equipped with Plotter microarray (GeneMachines OmniGrid Micro) and Scanner microarray (GeneTAC UC4); In 2008 Laboratory of Nanotechnology has set up other Experimental Laboratories and new equipments were acquisitioned:
(i) Laboratory for Surface Spectroscopy equipped with Electrochemical Impedance Spectrometer PARSTAT 2273–Princeton Applied Research; Scanning Electrochemical Microscop (SECM), VOLTALAB10 and Trace Master 5;
(ii) Laboratory for x-ray diffraction equipped with Rigaku SmartLab X-ray thin film difraction system;
(iii) Laboratory for Nanoparticles equipped with DelsaNano Zeta Potential and Submicron Particle Size Analyzer and Fluorescence Spectrometer.
Other available facilities are: AMMT wet etching system with software for 4’ silicon wafers, potentiostat MC and etching power supply; Fluorescence set-up for LEICA DMLM with images acquisition and measurement system; computers for simulation; instruments and software for electrical characterisation of nanostructures. Moreover, we have full access to IMT technological and characterisation facilities. |
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CONSULTANCE ACTIVITIES |
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• nanostructures/ nanomaterials integration into the microsystems structures;
• technological processes on silicon;
• luminescent properties of the porous silicon;
• nanostructured bioactive
silicon for biomedical applications; porous silicon biocompatibility;
• functionalization of silicon surface;
• microsystems
for drug delivery;
• magnetic sensors and magnetic nanostructurated nanomaterials;
• CVD processes
using liquid precursors;
• project evaluation for national/international competitions. |
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Editing activities: "Convergence of MICRO-NANO-BIOTEHNOLOGIES" Volume 9 from the “Micro and Nanoengineering” series (edited by the Publishing House of the Romanian Academy) and
includes a selection of extended and up-dated papers presented at the 5th Seminar of
Nanoengineering and Nanotechnologies organized in 2 March 2006 by the Romanian
Academy, Council for ERA (coordinator IMT-Bucharest). Among the editors are Irina Kleps
PhD, senior research and head of the Center of Nanotechnology from IMT-Bucharest and
Professor Dan Dascalu, member of the Romanian Academy, General Manager of the IMTBucharest.
Due to the breakthrough of nanoscience and nanotechnology in all science, the topics of
the papers in this volume are various. The papers present novel results in different inter- and
multidisciplinary fields, obtained in the frame of the Romanian Research Programs
MATNANTECH and CEEX. Some of the papers presents results obtained in large
consortiums, involving also partners from Porto University, Tor Vergata University – Rome,
Glasgow University or Royal Institute of Technology – Stockholm.
The papers refers to fabrication, physical and chemical properties of nanoscale materials, atomic and nanoscale
characterization including theory, modelling, simulation and experimental methods, application of functional nanostructures
and nanoprocesses.
A group of seven papers from bio/nanotechnology field contributes to join the latest news related to topics such
as controlled drugs delivery, nanostructure formation of seed storage protein, artificial chaperones, template nanomaterials
in obtaining bioconjugated for medical applications, etc .
This publication is addressed to all interested people from research institutes, universities and companies and
will be distributed to the university libraries. |
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Last update:
May 20, 2009 |
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