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Nanotec Electronica is one of the leading companies in the Nanotechnology Industry. In only ten years Nanotec Electronica has established itself as one of the strongest companies that design, manufacture and supply Scanning Probe Microscopes (SPM). Our highly qualified team uses cutting-edge technology in order to provide a cost-effective tool to gain access to the nanometer scale for both scientific and industrial communities. With its headquarters based in Spain and distributors located around the world, Nanotec ensures global presence and guarantees total customer satisfaction.
Nanotec´s Cervantes FullMode Atomic Force Microscope (AFM) in its several configurations allows not only imaging samples with atomic precision but also the study of magnetic, electronic and mechanical properties at the nanoscale, making it a powerful tool for physicists, chemists, biologists and engineers willing to characterize their samples at the nanometer scale. Its robust design provides strong mechanical stability to ensure high imaging resolution, and its semi-automated and open design allows scientists to exploit the capability of SPM to its maximum for both research and academic purposes.
Nanotec Electronica also provides Dulcinea Control Systems, with an open and modular design that facilitates interfacing with any other standard AFM/SNOM/STM system available in the market. Highly versatile, it allows different modes of operation from Contact Mode to Frequency Modulation Mode and lithography ensuring a reliable and accurate performance of all SPM systems.
Nanotec has also developed and freely distributes SPM software WSxM. Its user-friendly interface ensures easy operation of SPM microscopes and data processing. WSxM is available for its free download at www.nanotec.es.
If you have any questions, or want any information about Nanotec Electronica, please contact us at:
Centro Empresarial Euronova 3
Ronda de Poniente 12, 2º C
28760 Tres Cantos (Madrid) SPAIN
Tel: +34-918043347
http://www.nanotec.es |
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Our Turn-key EasyTube™ process development platforms (used to synthesize 2D and 3D CVDGraphene™, Si/ZnO/GaN Nanowires, CNTs – SWNT or MWNT, TCO coatings, etc.), EasyGas™ delivery systems (for inert, flammable, corrosive and/or toxic gases) and EasyExhaust™ abatement equipment (using a pyrolizer, packed tower wet scrubber, or both) are used by researchers worldwide to advance the state-of-the-art in the materials field and to develop related innovative applications and products. Our First Nano division has the largest worldwide installed base of turn-key CVD research systems, while our Application Laboratory focuses on accelerating the commercialization of tomorrow’s technologies in the Nano/Solar/Energy generation and Energy storage fields. Our CVD division focuses on design and manufacturing of custom pilot and production scale-up systems.
www.firstnano.com, www.cvdequipment.com, www.stainlessdesign.com
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PREVAC formed in 1996 as a world leading manufacturer of UHV scientific research instruments and systems for the investigation of chemical and physical properties of solid state surfaces, thin films and nanomaterials.
We specialize in delivering custom deposition and analysis systems to clients who find that standard, off the shelf “solutions” simply do not meet the expectations demanded by the very latest cutting edge experimental investigations. Our products, including ion, electron, x-ray, UV and thermal sources, chambers, sample conditioning, transfer and manipulation are fabricated entirely in-house and are installed globally and used by many of the world’s leading researchers.
http://www.prevac.eu/ |
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Oxford Instruments is a leading supplier of high technology tools and systems for research and industry, specialising in equipment that can fabricate, manipulate, characterise and analyse matter at the smallest scale. We are opening up the exciting world of graphene with our innovative toolbox of techniques and products, helping our partners to reveal even more of the nano-world. To find out more about how a partnership with Oxford Instruments can unlock challenging possibilities, please visit our booth or www.oxford-instruments.com/graphene
http://www.oxinst.com/
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Cryogenic Ltd leads the market in design and manufacture of Cryogenic equipment for research, industrial and scientific application. The Company specialises in applications of low temperature physics.
Cryogenic specialises in cryogen free technology and offers a large variety of measurement facilities in a liquid helium free environment. This includes Vibrating Sample Magnetometer, Specific Heat Measurement, AC susceptibility, Resistivity Measurements and Thermal conductivity. These are offered on a cryogen free magnet platform with a field of up 20 Tesla and ultra low temperatures down to 300mK or 25 mk with a DR.
Cryogenic also manufactures in-house superconducting magnets to 22 Tesla, 2D and 3D vector magnets, current leads, high resolution power supplies, low loss cryostats and He-3 inserts.
http://www.cryogenic.co.uk/ |
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Being the world-leading manufacturer of innovative solutions for nanolithography and -fabrication, Raith offers turnkey systems for high resolution and high precision patterning up to fully automated wafer-sized exposures. The product portfolio is complemented by pattern generator retrofits for electron and ion beam lithography on most scanning electron and ion microscopes. Raith is proud to constantly support the world's largest community for electron and ion beam lithography offering significant customer benefits, enabling leading edge innovation in technology. Worldwide installation, personalized trainings, technology transfer and user networking are always included in Raith offers.
Contact:
Raith GmbH
Konrad-Adenauer-Allee 8
(Phoenix-West)
44263 Dortmund - GERMANY
Phone: +49 (0)231 / 95 004-0
Fax: +49 (0)231 / 95 004-460
http://www.raith.com/ |
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Accelrys is a global scientific company with regional offices in San Diego, Cambridge and Tokyo as well as numerous satellites offices worldwide. Accelrys is a leader in Scientific Business Intelligence, Scientific Informatics and Molecular Modelling & Simulation for Materials and Life Science. Our goal is to develop software and solutions designed to help our customers drive more innovation and also decrease the cost of research
http://accelrys.com/ |
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ST Instruments offers a comprehensive array of surface and materials characterization techniques delivering innovative solutions for micro-, nanotechnology and life science. With our broad range of techniques, a highly qualified and experienced staff ST Instruments is particularly suited to help solve your most challenging materials problems.
Today, our clients continue to push the physical boundaries in materials science to develop better, faster, more reliable products and manufacturing processes.
ST Instruments jointly operates at every step, expanding our capabilities, pushing the analytical envelope to meet their needs, and provide improved technology for examining material structures at the micro and nano level.
http://www.stinstruments.com/
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Technology-leader Zurich Instruments (ZI) designs and manufactures high performance dynamic signal analysis instruments for advanced scientific research and leading industrial applications. ZI products include lock-in amplifiers, phase-locked loops, instruments for electrical impedance spectroscopy, and application specific pre-amplifiers. Headquartered in Zurich, Switzerland, ZI is a technology spin-off from the Swiss Federal Institute of Technology (ETH Zurich). ZI customers are scientists and engineers in leading research labs and organizations worldwide.
http://www.zhinst.com/
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Founded in 1982, Quantum Design is a privately held corporation that develops and markets automated temperature and magnetic field testing platforms for materials characterization. These systems offer a variety of measurement capabilities and are in widespread use in the fields of physics, chemistry, biotechnology, materials science and nanotechnology. A broad product line allows Quantum Design to address the scientific and operational requirements of researchers around the world.
Benefiting from its depth in instrument design and manufacturing, Quantum Design (QD) has become the leading commercial source for automated materials characterization systems incorporating superconducting technology. These instruments may be found in the world’s leading research institutions, and have become the reference standard for a variety of magnetic and physical property measurements. QD instruments are cited in, and provide the data for, more scientific publications than any other instrument in the fields of magnetics and materials characterization. This means that each year, literally hundreds of scientific publications, advancing the science of materials use data generated from QD instruments.
In diverse areas such as materials characterization, high-sensitivity electrical measurements, and defense-related magnetic anomaly detection, Quantum Design’s team of scientists and engineers provides a full spectrum of service and application support for customers both domestically and internationally.
http://www.lot-oriel.com/uk/en/
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Thermo Fisher Scientific is the world leader in serving science. The company enables its customers to make the world healthier, cleaner and safer by providing analytical instruments, equipment, reagents and consumables, software and services for research, analysis, discovery and diagnostics.
With annual sales of $12 billion, Thermo Fisher Scientific has over 39,000 employees and serves more than 350,000 customers in pharmaceutical and biotech companies, hospitals and clinical diagnostic labs, universities, research institutions and government agencies, as well as environmental, industrial quality and process control settings.
The company delivers the industry’s broadest selection of analytical instruments, equipment, consumables and laboratory supplies. Its growing portfolio of products includes innovative technologies for mass spectrometry, elemental analysis, molecular spectroscopy, sample preparation, informatics, fine and high-purity chemistry production, cell culture, RNA interference analysis and immunodiagnostic testing, as well as air and water quality monitoring and process control. The company also gives its customers the most convenient purchasing options, including a direct sales force of 7,500 professionals, catalogs and e-commerce.
http://www.thermoscientific.com/ecomm/servlet/home?storeId=11152
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InALA now mass-manufactures and supplies Graphene Flower and Graphene Tube.
Graphene Flower : Direct synthesis without substrate,catalysis and exfoliation, by using high-speed CVD process, called InALA method
Graphene Tube : New structure of nano carbon with wall thickness 1-2nm and outside diameter 30-100nm. large internal space(40nm) can be used for DDS, chemical reaction and dipping etc.
http://www.incu-alliance.co.jp
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IOP Publishing provides publications through which leading-edge scientific research is distributed worldwide. Since launch we have expanded rapidly to become one of the leading international STM publishers. We have a global reach, with offices in Philadelphia, Washington DC, Mexico City, Munich, Moscow, St. Petersburg, Wroclaw, Beijing and Tokyo as well as Bristol and London in the UK
http://publishing.iop.org
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Biolin Scientific is a premium instrument provider and our products are high-tech precision instrument for research within surface, material and bio-science, drug discovery and diagnostic applications. We focus on service and application support for our customer, as well as on technology development and knowledge. Our products are based on advanced measurement techniques, and all of our technologies are unique, patented or have earned industry leadership through long term experience and development
http://www.biolinscientific.com/
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Haydale’s Split Plasma Technology operates a top down method producing Graphene from a Graphite crystal. Haydale is capable today of producing up to 1 tonneof per annum. A new reactor will be brought on line in quarter four 2012 elevating production levels to 3 tonnes per annum.
The Split Plasma process negates the forces that hold the nano structures within agglomerates. Reducing the thickness of the Z-axis by exfoliation to achieve single, and friable bi, tri, four and multilayer layer sheets.
The Haydale process functionalises nano structures facilitating homogenous dispersion and bonding into almost any target material.
http://www.haydale.com/
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The People's Friendship University of Russia and the National Research Center "Kurchatov Institute" .
MSc in Nanotechnology and Graphenics.
The People's Friendship University of Russia and the National Research Center "Kurchatov Institute" present the Master program "Engineering and Physical Technologies in Nanoindustry". The main objective of the program is formation of Engineering Physics, Bioengineering and Graphenics competencies. The important role is given to such points as the practical design and creation in Graphenics, Nanotelectronics and Spintronics, Bioengineering, knowledge of manufacturing processes in Hybrid and Microsystem Technology, and application of acquired theoretical knowledge and practical skills in the field of Nanotechnology. Practical exercises are conducted on the most advanced experimental and technological base. Classes are conducted by leading specialists from the People's Friendship University of Russia and the National Research Center "Kurchatov Institute”, the Moscow State University, the National Research Nuclear University ( ” MEPhI” ), NT MDT Co .
Address: 117198 Russia, Moscow, Miklukho-Maklai str. 6
Tel : +7(985)-773-81-82 (Dr. Dmitry Grachev)
E-mail: quantum@post.ru
http://www.rudn.ru
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Lomonosov Moscow State University.
Moscow State University was established in 1755.
More than 40 000 students (graduate and postgraduate) and about 7000 undergraduates study at the university, and over 5000 specialists do the refresher course here. More than 6 000 professors and lecturers, and about 5000 researchers work for the faculties and research institutes.
Every year Moscow University enrolls about 4000 international students and postgraduates from all over the world.
Moscow University campus is an extremely complex system, with its 1000000 m2 floor area in 1000 buildings and structures, with its 8 dormitories housing over 12000 students and 300 km of utility lines.
Address: 119991 Russian Federation, Moscow, GSP-1, Leninskie Gory
Tel: (495) 939-10-00
Fax: (495) 939-01-26
E-mail: info@rector.msu.ru
http://www.msu.ru
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Institute of Geology Karelian Research Centre RAS.
The Institute of Geology Karelian Research Centre provides scientific investigations in the basic fields of geology, mineralogy, neotectonics, seismicity and geoecology of Northwest Russia; in the field of complex study of composition-structure-properties of raw materials. Carbonaceous Shungite rocks are of the special interest as a source of carbon nanoparticles.
Address: 185610 Russian Federation, Petrozavodsk, Pushkinskaya str.11
Tel: +7 8142 780189
Fax: +7 8142 780602
E-mail: geolog@krc.karelia.ru
http://igkrc.ru
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A.M. Prokhorov General Physics Institute of Russian Academy of Sciences
A.M. Prokhorov General Physics Institute of Russian Academy of Sciences
- Synthesis of single-wall carbon nanotubes and graphene (arc-discharge and chemical vapor deposition techniques);
- Formation of polymeric films with single-wall carbon nanotubes disperged inside films;
- Density gradient ultracentrifugation of suspensions of single-wall carbon nanotubes and graphene, separation of semiconducting and metallic nanotube fractions;
- A comprehensivs optical spectroscopy of nanocarbon materials (UV-vis-NIR optical absorption, Raman scattering, Photoluminescence);
- A non-linear optical spectroscopy of nanocarbons (Z-scan and pump-probe techniques);
- A self-mode locking realization in a number of solid state bulk and fiber lasers;
- Formation of the cathodes based on single-wall carbon nanotubes or graphene for a low-field electron emission;
- Doping of single-wall carbon nanotubes and graphene with iodine, nitrogene, BN
Address: 119991, Russia, Moscow, 38 Vavilov street
Tel: +7 499 135 4148
Fax: +7 499 135 3002
E-mail: director@gpi.ru , elobr@kapella.gpi.ru
http://www.gpi.ru
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Scientifical & Technical Centre of Applied Nanotechnologies Inc.
A new kind of carbon nanoparticles – ASTRALENES, a tor-like carbon nanostructures, which are possible to realize the giant resonance field increasing and high level of disperse interactions at the nearest areas of its surface. A new kinds of high quality composites with improved parameters, doped by ASTRALENES.
Address: 190020, St. Petersburg, Russia, Ciolkovskogo str., 11
Tel: +7-812-575-39-29
Fax: +7-812-575-39-29
E-mail: nanotech@info.ru; 9293522@gmail.com
http://www.nanoten.ru
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Advanced Technologies Center.
Since its establishment, Advanced Technologies Center (ATC) focuses on engineering, development and production of precision instrumentation for research in micro- and nanometer scale. One of the most successful ATC products is FemtoScan Online software for scanning probe microscopy, which is highly demanded due to the excellent performance and reasonable price. The graphical capabilities of the software allow you to obtain the truly clear images of nano-objects. ATC is an official distributor of high quality graphite samples (HOPG and HAPG) for scanning probe microscopy and graphene preparation by micromechanical cleavage.
Address: 119311, Russian Federation, Moscow, Stroiteley str. 4-5-47
Tel: + 7 (495) 926-37-59
Fax: + 7 (495) 926-37-59
E-mail: spm@nanoscopy.ru
http://www.nanoscopy.ru
http://www.nanoscopy.net
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SEIHPE “Komsomolsk-on-Amur State Technical University”.
Activities of “Komsomolsk-on-Amur State Technical University”:
- Researches and Education;
- Pilot productions;
- Innovations.
The combination of these activities together gives high-tech innovative techniques and technologies. For example, this is a powerful computing workstations with 0.5-4 TFlops performance, designed for the goals of the quantum-mechanical "ab-initio" calculations for the mathematical modeling of nanostructures, based on the software using DFT (density functional theory) and GPU-computing (computing with CUDA and OpenCL technologies). In particular, used a some GPU-supported software for modeling of nanostructures and molecular dynamics of nanostructures - "BigDFT", "CP2K", "Abinit". Also included software for classical molecular dynamics "LamMPS", for modeling at the meso-scale (102-104 and more atoms). The GPU use for quantum-mechanical calculations reduced the cost of computer time by 10-50 times, in compared to the classical parallel computing cluster technology, based on the MPI.
Address: 681013, Russia, Komsomolsk-on-Amur city, Lenina-27
Tel. +7(4217)540842,
Fax. +7(4217)536150,
E-mail: gray@knastu.ru
www.knastu.ru
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«AkKoLab» company.
The «AkKoLab» company produces and sells graphene samples (G) and graphene oxide samples (GO) as powders (flakes), and also as water dispersions (GO) and dispersions in various organic solvents: chloroform, DMA, TGF, etc (on request).
The «AkKoLab» company can make technological researches, development and synthesis of unique materials in the field of carbonic power (on the technical project of the customer).
Address: 107996, Russia, Moscow, Gilyarovsky str., 65, Building 1
Tel: + 7 (495) 684-49-10;
Fax: + 7 (495) 684-49-10
E-mail: akkolab@gmail.com
www.akkolab.ru
National University of Science and Technology «MISIS».
MISIS is the educational and scientific center training specialists in the field of materials and metallurgy.
Basic branches of activity:
-physical metallurgy of metals and alloys, composites, powdered, amorphous, superconducting and semiconducted materials, carbons, nanomaterials;
-ore-dressing, non-ferrous and ferrous metals production and working;
-resource economy, ecology, metals certification.
Address: 119049, Moscow, Leninskiy prospekt 4, MISiS
Tel/ Fax: +7 (499) 236-12-19
Admissions Office: +7 (495) 638-45-19
Fax: + 7 (495) 638-45-19
E-mail: root@imc.misa.ac.ru
www.misis.ru
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