Group Info   Institution: University Complutense of Madrid            Acronym: UCM Department: Department of Organic Chemistry Group: Laboratory of Organic Molecular Materials Type of Institution: University Contact Person: Nazario Martin  (More info) Address: Av. Complutense, s/n Country: Spain Phone: 0034913944227 Fax: 0034913944103 Website: http://www.ucm.es/info/fullerene/ Main research areas:   Growth, synthesis techniques and integration methods   Nanoelectronics devices   Nanophotonics and optoelectronics   fullerene Personal: Permanent Staff: 5 Post doctoral: 10 PhD: 11 Technicians: 0 Others: 2 Participating Projects (Graphene related)    P1: ENDOSOL@R - Endofullerenos para dispositivos fotovoltaicos - More Info   Coordinator: Nazario (University Complutense of Madrid, Spain) Funding Source: National   Total Funding: 180000 € - Partner Funding: 180000€ - Nº of Partners: 2   Starting Year: 2010 - Duration: 3 years. Funding (average per year)    2010: 60000 € (P1:ENDOSOL@R)      2011: 60000 € (P1:ENDOSOL@R)      2012: 60000 € (P1:ENDOSOL@R)     2010   60       2011   60       2012   60       in thousand € Infrastructures    Tool: Ultrasonic processor; Trade Name: Labtonic; Model: P; Installation Year: 0;       Tool Specificities: Nominal power = 400 watts, 24kHz . Probe Ø 7 mm, approx. 100 mm long. The sonication amplitude can be set between 20% and 100% of the nominal power. The period within one second can be set between 0,2 sec and 1,0 sec (= continuous action).    Tool: Themogravimetric Analysis; Trade Name: TGA; Model: TA Q500; Installation Year: 2010;       Tool Specificities: ultra-sensitive thermobalance. Horizontal purge gas system (with mass flow control). High-temperature furnace (20-1500°C). Heating rates:1...40°C/min. Platinum crucibles.    Tool: Microcalorimeter; Trade Name: VP-ITC; Model: ; Installation Year: 0;       Tool Specificities: Noise 0.5 nanocal/sec (2 nanowatts) Base line repeatibility 10 nanocal/sec (40 nanowatts) Temperature range 2°C to 80°C Minimum response time 20 secs Cell design fixed Cell's material hastelloy Cell's volume 1.4 mL Electrical requirements 15 amps, 110/240 VAC, 50-60Hz Weight 11,5kg Size 43x20x38 cm    Tool: Potentiostat; Trade Name: Autolab; Model: PGSTAT 30; Installation Year: 2008;       Tool Specificities: Electrode connections: 2, 3 or 4 Potential range: ± 10 V Compliance voltage: ± 30 V Maximum current: ± 2 A Current ranges: 1A, 100 mA, 10 mA, 1 mA, 100 µA, 10 µA, 1 µA, 100 nA, 10 nA Potentiostat bandwidth: 1 MHz Computer interface: USB    Tool: Microwave reactor; Trade Name: Anton Paar; Model: Monowave 300; Installation Year: 0;       Tool Specificities: Installed microwave power: 850W. Microwave frequency 2455MHz. Microwave power control: Unpulsed mode over whole power range. IR Temperature sensor: 30 to 310ºC. Compressed air cooling: 50L/min. Stirrer speed: 600 rpm. Volume of sample: 10 or 30 ml. Ruby Thermometer: 30-310ºC. Pressure: 0 to 54 bar.    Tool: Spectrophotometer; Trade Name: Shimadzu UV-VIS-NIR; Model: UV-3600; Installation Year: 2010;       Tool Specificities: Wavelength range: 185 to 3.300nm Resolution: 0.1 nm. Wavelength accuracy: UV and VIS 0.2 nm NIR 0.8 nm. Detectors: R-928, InGaAs, PbS Constant temperature cell holder: 5 to 80 ºC. Light sources: Halogen lamp, deuterium lamp. Graphene research topics · APPLICATIONS SECTOR    Photovoltaics · INDUSTRIAL SECTOR    Chemicals

Close X        Introducing Graphene Short film produced by the European Graphene-Flagship initiative, introducing graphene, the 'wonder substance' set to revolutionise the electronics industry.

Close X        Introducing Graphene Flagship Short film introducing the European "Graphene-Flagship" initiative, aimed at bringing together a focused, interdisciplinary European research community targeting a radical technology shift, exploiting the unique properties of graphene and related two-dimensional materials.

Close X        Interview A. Geim Graphene Flagship Expert Minds in conversation with Andre Geim (Professor at the University of Manchester, UK)

Close X        Interview K. Novoselov Graphene Flagship Expert Minds in conversation with Konstantin Novoselov (Professor at the University of Manchester, UK)

Close X        Interview J. Kinaret Graphene Flagship Expert Minds in conversation with Jari Kinaret (Professor at the Chalmers University of Technology, Sweden)

Close X        Interview H. Tirri Graphene Flagship Expert Minds in conversation with Henry Tirri (Executive Vice President, Chief Technology Officer, Nokia, Finland)

Close X        Graphene Morph Morph is a concept demostrating some of the possibilities nanotechnologies might enable in future communication devices