Sr.
JOSELUIS LEGANES NIETO
(ENRESA)
24/6/13 11:15
Colaboración enmarcada en el convenio firmado entre la Universidad de Sevilla y ENRESA en 2008, en el que se especifica la necesidad del estudio y control de isótopos radiactivos relacionados con los residuos de centrales nucleares.
Los científicos de la Universidad de Sevilla en el CNA, han dirigido las investigaciones fundamentalmente hacia la caracterización de residuos radiactivos de baja...
Dr.
Josep F. Oliver
(IFIC ( CSIC-UV ))
24/6/13 11:30
A part of the IRIS (Image Reconstruction, Instrumentation and Simulations in medical applications) group activities at IFIC is framed within the area of Medical Physics, specifically in the Image Science area, which is concerned with the mathematical description of the imaging process. Our activities are aimed at improving image quality in any emission tomography modality. To this end we...
Dr.
Cesar Domingo-Pardo
(IFIC (CSIC-University of Valencia))
24/6/13 11:45
I will present a novel concept for 3D gamma-ray imaging[1], which is based on the principle of positron annihilation Compton scattering. The proposed device comprises a positron source, which is placed outside of the object under study. One of the 511 keV gamma-rays is registered directly in one detection plane (a position sensitive gamma-ray detector), whereas the second 511 keV annhilation...
Dr.
Miguel Angel Carvajal Rodriguez
(UGR, Department of Electronics)
24/6/13 12:00
In this work we present a handheld dosimetry system for radiotherapy developed at the Departmento de Eléctronica y Tecnología de la Computación of the Universidad de Granada in collaboration with the Departmento de Física Atómica, Molecular y Nuclear also from Universidad de Granada and the Hospital Universitario "San Cecilio" of Granada.
The use of MOSFET dosimeters for in-vivo dosimetry...
Sr.
Juan Manuel Arco Casanova
(Sedecal)
24/6/13 12:15
En el año 1994 se fundó, con capital íntegramente español, la empresa Sociedad Española de Electromedicina y Calidad, S.A; SEDECAL. Durante todo este tiempo hemos experimentado un crecimiento que nos ha situado como líderes mundiales en diseño y fabricación OEM de generadores de alta frecuencia y sistemas de rayos-x.entre otros logros. Hoy en día SEDECAL cuenta con seis divisiones líderes en...
Dr.
José M. Espino
(Department of Atomic, Molecular and Nuclear Physics (FAMN), University of Seville, Spain)
24/6/13 12:30
In complex radiation therapy treatments with photons, such as Intensity Modulated Radiation Therapy (IMRT), dose distribution verification is highly advisable prior to real dose delivery to patient. In fact, the increasing sophistication and complexity of IMRT treatments is a major challenge for Treatment Planning Systems (TPS), which might miscalculate under some circumstances. We have...
Sr.
Andres Perez Boada
(IBA Molecular), Sr.
Javier Amador Blanco
(IBA Molecular)
24/6/13 12:45
Molecular Imaging techniques have had an important development in recent years. Nuclear Medicine is the second imaging technique after CT, with more than 35 million procedures per year all around the world.
The Positron Emission Tomography (PET) has contributed in a crucial way to the Nuclear Medicine growth. In recent years the obtaining of fusion images has been improved using PET-CT...
Dr.
Albiol Kiko
(IFIC-UV)
24/6/13 13:00
Work with product in mind is not a goal in research, but Medical devices are exposed to regulations, and regulations contain strategic information to focus research to end user products.
Also the regulations can provide a value add to research providing mechanisms to improve the quality, objectives and also reproducibility of the results.
Dr.
Begoña Quintana Arnés
(Universidad de Salamanca)
24/6/13 13:30
EL Laboratorio de Radiaciones Ionizantes de la Universidad de Salamanca realiza desde hace más de veinte años medidas para el control de la radiactividad ambiental en diferentes tipos de muestras, ofreciendo sus servicios tanto a instituciones públicas como privadas. Su labor en la optimización de técnicas como la espectrometría gamma y la espectrometría alfa, junto con la reciente adquisición...
Srta.
Gema Muñiz
(Centro Nacional de Aceleradores)
24/6/13 16:00
The reliability of a device under radiation can be studied, among others, based on the eventual impact of a particle (Single Event Effects, SEEs) or according to a given dose of radiation accumulated (Total Ionization Dose TID). In the last years, the National Centre for Accelerators (CNA) has developed part of its own research studying the production of circuit failures "in vivo" due to...
Sr.
José Verdú Pedreira
(Trinos Vacuum-Projects, S.L.)
24/6/13 16:15
Este workshop, presenta a los participantes del CPAN Workshop on Technology Transfer la experiencia de la compañía Trinos Vacuum-Projects, en el desarrollo de proyectos de I+D tanto para terceros como propios, así como la labor que como empresa de ingeniería aportamos a departamentos de I+D en las fases iniciales de diseño y prototipado de la innovación.
En la primera parte se hace una...
Sr.
Angel Perea Martinez
(IEM/CSIC)
24/6/13 16:30
The use of increasingly segmented silicon detectors in nuclear reaction experiments poses challenging
constraints on the design of the experimental chambers, as several detectors and related pieces
should be placed in a extremely reduced space, attending to the experimental positions required by
the physics of the experiment. At the same time, a large number of signals (usually in excess of...
Dr.
Fco.Rogelio Palomo Pinto
(Escuela Superior de Ingenieros Universidad de Sevilla)
24/6/13 16:45
CMOS microelectronics is vulnerable to Single Event Effects, SEE. Essentially, a SEE is an undesirable particle detection due to parasitic solid state detectors inherent to CMOS structures. Macroscopically, the detection event shows as a device malfunction. For several years we have been doing SEE experiments at CNA, demonstrating the feasibility of that facility. CNA has "low" energy particle...
Sr.
Lothar OSTROWSKY
(Oerlikon Leybold Vacuum)
24/6/13 17:00
Oerlikon Leybold Vacuum is the Vacuum segment of the group Oerlikon, one the most innovative industrial groups in the world with over 12,700 employees at over 160 locations in 34 countries.
Oerlikon Leybold Vacuum is 160 years’ experience in vacuum field, located in Cologne (Germany), 4 production sites and with 32 Sales and Service sites.
Aside usual components, one of the most...
Vicente González Millán
(Departamento de Ingeniería Electrónica. Universitat de Valencia)
24/6/13 17:15
This contribution aims to present the technological developments which are been carried out in the frame of the data acquisition systems for the EXOGAM2/NEDA and AGATA nuclear physics experiments.
For EXOGAM2/NEDA detector, we present a 14 bit, 200 Msps, 4-differential channel digitizer mezzanine card. The bandwidth of each channel is 30 MHz and the noise level is σ <1.5 LSB with and ENOB...
Dr.
David Gascon
(ICC - Universitat de Barcelona)
24/6/13 17:30
The High Energy Physics Group (HEPG), from the Institute of Cosmos Sciences and the Department of Structure and Constituents of Matter holds expertise in the design and testing of low noise and high speed acquisition systems for scientific instrumentation and medical imaging, as well as for satellite and space missions instrumentation. The group has more than ten years of experience in the...
Prof.
Manuel Lozano
(IMB-CNM (CSIC))
25/6/13 9:30
ALIBAVA SYSTEMS S.L. was born from the long collaboration of three research institutes: IMB-CNM (CSIC), Barcelona, Spain; IFIC (CSIC), Valencia, Spain; and University of Liverpool, UK; in the field of radiation detectors for Particle Physics applications. Actually, the name of the company comes from this collaboration (LIverpool, BArcelona, VAlencia). Several researchers from these institutes...
Dr.
Diego Gonzalez Diaz
(Universidad de Zaragoza)
25/6/13 10:00
Micro-gap gaseous detectors are a high-end technological family capable of reaching ultimate accuracy in the determination of energy (11%@5.9keV), time-of-flight (sub-50ps@ionizing radiation) and position (20um@ionizing radiation), depending on the architecture (micro-megas or multi-gap) and electronics of choice (charge or broad-band current sensing). The performance/cost figure of these...
Sr.
RAFAEL BERJILLOS
(Tharsis Technology S.L.)
25/6/13 10:15
Tharsis Technology is a R&D company specialized in mechanical designs and advanced electronic for Nuclear and Particle Physics instruments, data acquisition and control systems providing high performance solutions.
Technology Consulting Services.
Ultra High Vacuum Systems.
Radiation Detectors.
Beam Diagnostic Systems.
Advanced Electronic Systems.
Electronic Repairs.
Training.
Sr.
Lander Gonzalez Larrea
(Scientifica International, S.L.)
25/6/13 10:30
SCIENTIFICA INTERNACIONAL, S.L. is a company devoted to the development, manufacturing and commercialisation of instrumentation equipment for the science market, based in Elgoibar, northern Spain.
With experience and technical skills in 3 main core technologies, such as, precision mechanics, electronics & signal processing, and composite materials, SCIENTIFICA has collaborated with several...
Sr.
Angel Perea Martinez
(IEM/CSIC)
25/6/13 10:45
In the framework of FAIR/R3B for the construction of the CALIFA spectrometer end cap
There is a need of high dynamic range and calorimetric detection of both protons
and gamma rays. This cannot be easily achieved with standard scintillators, so it is
a field for novel solutions and materials.
Our proposal of a phoswich LaBr/LaCl configuration is attractive because of the high...
Sr.
Javier Perez
(TTI NORTE SL)
25/6/13 11:30
TTI is a private company founded in 1996 with years of experience in telecommunication and satellite industry. Since few years is expanding its market including large research facility and particle accelerator. TTI activities for particle accelerators concern two main business units: Solid State Power Amplifier and Accelerator concepts (RF cavity and cryogenics).
Solid State Power...
Jose Udias
(Universidad Complutense de Madrid)
25/6/13 12:00
The nuclear physics group at Complutense University (GFN-UCM) deals with all aspects of nuclear physics, including technology transfer. The state of the art knowledge in detectors, electronicas and software to handle nuclear-radiation interaction that the group has mastered over many years of participation on nuclear physics experiments along the world, is being translated, since 2004, into...
Dr.
Jose Miguel Carmona
(AVS)
25/6/13 12:15
Added Value Solutions is a company focused on the development of challenging devices and mechanisms. From particle accelerators to space missions, including installations for in-situ mechanization of nuclear powered submarines parts or windmill blades, the main objective is to boldly grow joining innovative and challenging R&D projects whilst helping public institutions to reach its own...
Sr.
Díaz Alonso Javier
(Seven Solutions S.L)
25/6/13 12:30
Seven Solutions as an Industry for Science reliable partner: Development, design, manufacturing, test and support.
Seven Solutions has been working in the last years for different scientific facilities and institutions, for instance through CERN, for different particle accelerator electronics (timing and control), through GSI for FAIR and through IAA for different aerospace projects. We have...
Dr.
Daniel Rodríguez
(Universidad de Granada)
25/6/13 12:45
In 2010 we started the first experimental activity at the Department of Atomic, Molecular and Nuclear Physics at the University of Granada. Today we have almost completed the first research laboratory in the department funded by the European Research Council (primary funds) and by the Spanish Ministry for Economy and Competitiveness through several projects. The total investment will be above...
Sra.
MARTA TRUEBA
(ATI SISTEMAS)
25/6/13 13:00
ATI SISTEMAS, S.L. was born in 1993 as an industrial service company, providing solutions for the power plants of its original area (NW of Spain, Galicia).
Over time the activity as a company has diverted, and nowadays 6 main fields of activity are developed:
- Scientific research: supply of equipment; collaboration and development agreements
- Industrial services: Engineering,...
Srta.
Aldara Martínez Asensio
(Equipos Nucleares S.A.)
25/6/13 13:30
Design, manufacturing and test. Highlighted Ensa´s
capability to manufacture big components with high quality level.
Prof.
Angel Rodríguez-Vázquez
(AnaFocus Ltd. Universidad de Sevilla (Instituto de Microelectrónica de Sevilla – IMSE/CNM))
25/6/13 13:45
Advanced societies require strong universities and research centres as well as strong industries. Experience
tells us that the best universities are usually located at countries that made a continued bid for industrial
leadership. And this is not only valid for applied science and technology, but for basic science as well. While
countries with limited industrial development may punctually...
Sr.
JUAN MANUEL CARUNCHO RODADO
(ARRAELA S.L.)
Introducción
La empresa Arraela S.L. ha desarrollado diferentes materiales de blindaje para su uso frente a los distintos tipos de radiación.
Para blindajes frente a la radiación neutrónica se ha desarrollado la masa CONTEK®-RNH. Esta masa combina diferentes materiales lo que permite tanto el frenado de los neutrones rápidos, debido a la alta concentración de hidrógeno, que es un eficaz...
Srta.
Begoña Fernández
(Centro Naciona de Aceleradores)
The experimental Nuclear Physics beam line of the National Accelerators Centre (CNA) was designed and constructed to support Basic Nuclear Physics (FNB) studies: the development of nuclear instrumentation, more precisely, detection systems and fast electronics, besides measuring and analysing nuclear reactions, using, among others, the capabilities of the 3MV-TANDEM accelerator at CNA. The...
25.
“A detection system to obtain 2D dose maps for Complex Radiation Therapy Treatment Verification”
Sra.
maria del carmen ovejero mayoral
(universidad de sevilla)
Radiation and particle therapy are techniques widely used in cancer treatments, in continuous progress. In this context, new systems for complex radiotherapy treatment verification are being developed.
RADIA is the Seville collaboration which involves the Department of Atomic, Molecular and Nuclear Physics (FAMN) and the Engineering School of the University of Seville (US), the Basic Nuclear...
