Docencia 

Personal Datas
Academic Background
Complementary Background
Profesional Background
Technical Background
Scientific Background
Teaching Background

CV Español / English CV

Spanish PDF Version always Updated

PERSONAL DATA

Name: Ramon Fernandez Ruiz

Date of birth: 14 of May of 1969

Civil state: Married

Address: C/Port de la Cruz Verde Nº 2. 28770-Madrid. Spain

Telephone Home/Cellular: + 34 91 845 7258/+34 699024766

Email: ramon.fernandez@uam.es

Page WEB: http://www.uam.es/ramon.fernandez

ACADEMIC BRACKGROUND

(1) Diplomate as Chemical Specialist Technician: Chemical Analyzes and Basic Processes. Polytechnic Institute of Cartagena, Murcia. 1987/1988.

(2) Graduated in Physical Sciences by the Autonomous University of Madrid. 1991/1998.

(3) Degree in Physical Sciences in the specialty of Theoretical Physics by the Autonomous University of Madrid. 1998/2003.

(4) Course of Doctorate with Mention of Quality: “Spectroscopy and its Applications”. Department of Physics of Materials. UAM. 2003/2004.

(5) Course of Doctorate with Mention of Quality: “Preparation and Characterization of Materials”. Department of Physics of Materials. UAM. 2003/2004.

(6) Course of Doctorate with Mention of Quality: “Photon”. Department of Physics of Materials. UAM. 2004/2005.

(7) Course of Doctorate with Mention of Quality: “Physical of Low temperatures”. Department of Physics of the Condensed matter. UAM. 2004/2005.

(8) Course of Doctorate with Mention of Quality: “The Light and Environment”. Department of Physics of Materials. UAM. 2004/2005.

(9) Degree of Advanced Studies in Physics of Materials (Masters in Sciences) with the work “Structural Anomaly of the LiNbO3 in the temperature rank 0-300K”, under the trusteeship of the Dra. Verónica Bermúdez. Department of Physics of Materials. UAM. 2006.

(10) Doctorate in Chemical Sciences. Doctoral thesis presented in the Department of Analytical Chemistry of the Autonomous University under Co-Direction of Prof. Dr Lucas Hernandez and Prof. Dr Jesus Tornero In Memoriam with the subject: “Application of the X-rays Fluorescence by Total Reflexion (TXRF) to the composicional analysis of archaeological ceramics”. UAM. 2008.

 

COMPLEMENTARY BACKGROUND

Courses of Formation

(1) Course of Operator of Computer Science and Programming BASIC. CEDED, Cartagena, Murcia 1986/87.

(2) Course of Formation like Technician in Investigation. Autonomous Community of Madrid in collaboration with the Autonomous University of Madrid. Madrid, 1988/90.

(3) Course of Hyperchem celebrated during academic course 1993/94 in the UAM.

(4) Course of Operator of Radioactive Facilities, organized by the Center of Technology and Control of Quality (TECAL), authorized by the Nuclear Security Council. Scientific adviser: Dr Rafael Gaeta. Madrid, 1994.

(5) Course of Preparation of Samples by Microwaves for Metal Analysis, organized by Gomensoro, S.A. Scientific adviser Dra. Lois B. Jassie of the N.I.S.T. (The USA). Madrid,1995.

(6) Course of Analysis of Traces organized by Gomensoro, S.A. Madrid, 1996.

(7) Course of formation on First aid organized by the Brotherhood. Madrid, 1998.

(8) Course of formation on Prevention of fire organized by the Brotherhood. Madrid, 1998.

(9) Course of Introduction to the ICP-MS with the equipment of Perkin-Elmer Elan-6000,

Scientific adviser Willi Barger, European Manager of ICP-MS applications. Salamanca, 1999.

(10) Course of Management of the Quality in Research and Calibration Laboratories,Imparted by the Technological Center of Madrid (CETEMA). June, 2001.

(11) Course of formation on Prevention of fire and Plan of Security organized by ASEPEYO. Madrid, 2001.

(12) Course of Security in Laboratories organized by the Autonomous University of Madrid.Madrid. 2004.

(13) Course of Basic Electronics and Instrumentation organized by the Autonomous University of Madrid. 2007.

(14) Course of Characterization of Nanopartículas in Suspension organized by the Institute of Ceramics and Glass of the Superior Council of Scientific researches. ICV-CSIC. 2007.

(15) Attendance to WORKSHOP ON MAGNETIC NANOSYSTEMS FOR BIOTECHNOLOGY AND MEDICINE. Madrid, 2007.

(16) Course of Application of the Microwaves to the Digestion of Samples and the Synthesis of Materials organized by the Institute of Ceramics and Glass of the Superior Council of Scientific researches. ICV-CSIC. 2008.

Knowledge of Computer Science

(1) Operative Environments D.O.S, Windows 95/98/2000/NT/XP and the VAX/VMS.

(2) Scientific Application programs: Origin, FullProff, GSAS, Ortep, Diamond.

(3) Treatment of images.

(4) Network Environments: Intranet, Internet, Electronic mail, FTP, telnet.

(5) Scientific Programming in VisualBasic 6.0.

(6) Advanced Knowledge of programming HTML for the design of WEB pages.

(7) Advanced Knowledge of Office: Word, Excell, FrontPage, PowerPoint.

 

PROFESIONAL BACKGROUND

(1) Contracted like Technician of Laboratory in Practices in the laboratories of Control y Calidad de Repsol S.A., during 6 months. Petroleum refinery of the Valley of Escombreras. Cartagena. Murcia, 1988.

(2) Contracted like Official 1ª of Laboratory in the Chemistry-Physical Department of the Autonomous University of Madrid, during 19 months. UAM. Madrid, 1988/90.

(3) Contracted like Official 2ª of Laboratory in the Service of X-rays Diffraction of the Autonomous University of Madrid during 12 months. UAM. Madrid. 1990/91.

(4) Contracted like Specialist Technician in the Interdepartmental Service of Investigation of the Autonomous University of Madrid, Department of Diffraction and X-rays Fluorescence. Aid-Opposition made in 1991/2001. UAM. Madrid.

(5) Contracted like University Graduate in the Interdepartmental Service of Investigation of the Autonomous University of Madrid, Department of Diffraction and X-rays Fluorescence. Unit of Chemical Analysis. Ascent by merits in January of 2002. UAM. Madrid.

(6) Contracted like Superior Technichian in Spectroscopy and Spectrometry in the Interdepartmental Service of Investigation of the Autonomous University of Madrid, Department of Fluorescence of Rayos X (TXRF), Spectrometry of Masses with Inductively Coupled Plasma (ICP-MS), Ionic Chromatography (IC) and X-Ray Diffraction Cameras (XRDC). Unit of Chemical Analysis. Opposition made in 2003 and effective one at the present time. UAM. Madrid.

TECHNICAL BACKGROUND

(1) Repsol Petróleo S.A.

- Determination of parameters product physical-chemistries derived from petroleum.

- Gas Chromatography in slight components of gasolines.

- Atomic Absorption Spectroscopy (AAS) and Plasma Spectroscopy (ICP-OES) for the water metal determination of boilers and Zn in oils.

- Gravimetric, volumetric and conductimetrics Analyzes in waters.

(2) Department of Physical-Chemistry of the UAM.

- Systems of termostatización for precise XRD measures.

- Growth of crystals by fusion with germ (Czochralski) and gel.

- Characterization of crystalline phases in dust by the method of Debye.

- Precise Determination of lattice parameters in cubical crystalline systems by the method of Debye.

- Determination of crystallographic directions in monocrystals by the method of Laue. Systematic monocrystal study of Si.

- Determination of the degree of monocrystallinity and missorientation by direct reflection with laser and method of Laue.

- Revealed and positive of films for X-ray.

- Maintenance and Repair of X-rays generators (Philips and Seifert).

(3) Service of X-Ray of the UAM.

- Management and Organization of the Service.

- Thin Lamina Characterization and Superredes with difractómetros of 2 circles (Philips and Siemens).

- Study of Crystallographic Phase Transition of the TiH2 and TiD2 with 2 Circles diffractometer (Siemens D-500).

- Characterization of Crystalline Phases with 2 Circles diffractometer (Siemens D-500, D-5000, Philips PW).

- Measures of Sizes of Crystalline Dominions by Powder diffraction.

- Measures of Lattice Parameters with 2 Circles diffractometer.

- Programming of computer science applications for indexing of lines of diffraction, characterization of crystalline systems, precise measurement of lattice parameters and graphical modules for the interpretation of Rietveld spectrums.

- Use of Computer Science Packages for the refinement of crystalline structures by the method of Rietveld (DBWS, GSAS, ITO, FULLPROF…).

- Maintenance, calibration and repair of 2 Circles diffractometer. (Siemens D-500, D-5000 and Philips).

(4) Interdepartmental Service of Investigation (S.I.d.I).

- Management and Organization of the Laboratory of Total-reflection X-Ray Fluorescence (TXRF), Cameras of X-Ray Diffraction (Laue, Debye and Precession), Spectrometry of Masses with Inductively Coupled Plasma (ICP-MS) and Ionic Chromatography (IC).

- Installation of the TXRF equipment model EXTRA-II, Seifert & Co. First equipment installed in Spain.

- Design and coordination of the necessary infrastructure for the installation of the ICP-MS equipment model ELAN-6000, Perkin-Elmer.

- Design and coordination of the necessary infrastructure for the installation of an equipment of Ionic Chromatography DX-600, Dionex.

- Installation and calibration of the ICP-MS equipment model ELAN-6000, Perkin-Elmer.

- Installation and calibration of the Ionic Chromatograph DX-600, Dionex.

- Installation and calibration of the Automatic Diffractometer of 3 circles Siemens D-5000.

- Adjustment of the necessary infrastructure for the preparation of samples for TXRF, ICPMS and IC (Digestion by Microwaves, Water Purification, Systems of milling…).

- Completion and Design of Suitable Analytical Protocols to the techniques of TXRF, ICPMS and IC.

- Design of small material, adapted to the necessities that present the powder diffraction, the XRD cameras and the technique of TXRF.

- Maintenance, repair, alignment and calibration of the systems of TXRF, ICP-MS, XRD and IC.

- Design of system of laser alignment of laminar monocrystalline to make studies of crystalline perfection and degree of cut.

- Coordination of the process of accreditation in norm ISO 9001 of the laboratories of TXRF, IC, XRDC, Balances of precision and Ultrapure Water of the S.I.d.I.

- Relocation and installation of a 4 circles Siemens P4 goniometer and put in a 3 kW Mo X-ray line for special applications of diffraction in Physics of Materials.

- Installation of the TXRF equipment model 8030C, FEI-Atomika (Cameca). Second equipment installed in Spain.

- Installation of the instrument, for analysis of size particles distribution by laser diffraction, Malver Mastersize 2000.

SCIENTIFIC BRACKGROUND

(1) ARCHAEOMETRY

Application of the TXRF to the study of ceramics with archaeological interest with the purpose of the space-temporary characterization of ceramic materials to be able to discern intra-regional groupings. Adaptation of the technique of TXRF to the investigation in Archeology.

(1.1) - Oral Communication and Paper published in the First National Congress of Archaoemetry, Granada, June 1995. Title: “THE ANALYSIS OF ARCHAEOLOGICAL CERAMICS BY MEANS OF TXRF AND THEIR CONTRAST BY NAA”. M. Garcia Heras, R. Fernandez-Ruiz and J.D. Tornero. Archaeometry and archeology, 1999, ISBN 84-338-2586-0, pags. 173-185.

(1.2) - Paper published in Journal of Archaeological Science. Academic Press Ltd. England. Title: “ANALYSIS OF ARCHAEOLOGICAL CERAMICS BY TXRF AND CONTRASTED WITH NAA”. M. Garci'a Heras, R. Fernandez-Ruiz and J.D. Tornero. J. Archaeological Science (1997), 24, 1003-1014.

(1.3) - Oral Communication and Paper published in Second National Congress of Archaeometry, Zaragoza September 1997. Title: “FIRST RESULTS OF THE ARCHAEOMETRIC CHARACTERIZATION OF THE NUMANTINE CERAMICS OF CENTURY I A.C.”. M. Garcia-Heras and R. Fernandez-Ruiz. Caesaraugusta, 73. 1997, pp.:59-65. I.S.S.N.: 0007-9502.

(1.4) - Presentation of Poster and Paper published in 4th European Congress on Old Ceramics. Archaeology and Archaeometric Studies, Andorra, November of 1997. Title: “ANALYSIS COMPOSICIONAL BY MEANS OF TXRF OF PRODUCTIONS NAVARRESE CERAMICS (CALCOLÍTICO-BRONCE-HIERRO)”. C. Olaetxea, R. Fernandez-Ruiz, M. Garcia Heras and J. Sesma. Actes of 5è CURS D´ARQUEOLOGIA D´ANDORRA, Govern D´Andorra, pp.: 212-223.

(1.5) - Presentation of Poster and Paper published in 4th European Congress on Old Ceramics. Archaeometric and Archaeology Studies, Andorra, November 1997. Title: “ADVANCES IN THE APPLICATION OF TXRF TO THE ANALYSIS OF ARCHAEOLOGICAL CERAMICS”. R. Fernandez-Ruiz, J.D. Tornero and M. Garcia Heras. Actes of 5è CURS D´ARQUEOLOGIA D´ANDORRA, Govern D´Andorra, pp.: 137-144.

(1.6) - Oral Presentation and Paper published in 31th International Symposium on Archaeometry, Hungary, April of 1998. Title: “NEW DEVELOPMENTS IN TOTAL THE ANALYSIS OF ARCHAEOLOGICAL CERAMICS BY REFLECTION X-RAY FLUORESCENCE (TXRF)”. M. Garcia Heras, R. Fernandez-Ruiz and J.D. Tornero. Proceedings of the 31st Symposium on Archeometry. BAR Oxford International Series 1043 (II), 2002. pp.: 541-545. ISBN: 1841714232.

(1.7) - Presentation of Poster and Paper published in Third National Congress of Archaeometry, Seville, September 1999. Title: “STUDY OF THE LAW (Ag/Cu) IN ARAB CURRENCIES DURING CENTURIES VIII TO X d.C. BY MEANS OF SEM-EDX AND TXRF”. R. Fernandez-Ruiz, E. Salvador Rueda and A. Canto Garcia. Opened collection, Nº 50, University of Seville, 2001, ISBN: 84-472-0552-5, pag 563-570.

(1.8) - Presentation of Poster and Paper published in 32th International Symposium on Archaeometry, Mexico, May 2000. Title: “A COMPARISON OF TOTAL REFLECTION X-RAY FLUORESCENCE (TXRF) AND INSTRUMENTAL NEUTRON ACTIVATION ANALYSIS (INAA) ON IRON AGE SPANISH CELTIBERIAN POTTERY”. M. Garcia Heras, R. Fernandez-Ruiz, M.J. Blackman and R.L. Bishop. D-ROM publication, Mexico, Mayo 2000.

(1.9) - Paper published in Archaeometry. Title: “ASSESSING CERAMIC COMPOSITIONAL DATES: TO INSTRUMENTAL TOTAL COMPARISON OF REFLECTION X-RAY FLUORESCENCE AND NEUTRON ACTIVATION ANALYSIS ON ANNOYS IRON AGE SPANISH CELTIBERIAN CERAMICS”. Garcia-Heras M, Blackman M.J, Fernandez-Ruiz R, Bishop R.L. ARCHAEOMETRY, 43:323 - 347, Part 3.

(1.10) Paper published in Spectrochimica Act B: Atomic Spectroscopy. Title: “STUDY OF ARCHAEOLOGICAL CERAMICS BY TOTAL-REFLECTION X-RAY FLUORESCENCE SPECTROMETRY: SEMIQUANTITATIVE APPROACH”, R. Fernandez-Ruiz, M. Garcia-Heras, Spectrochim. Act Part B, 62, (2007), 1123-1129.

(1.11) Paper published in Spectrochimica Act B: Atomic Spectroscopy. Title: “ANALYSIS OF ARCHAEOLOGICAL CERAMICS BY TXRF: QUANTITATIVE APPROACHES”. R. Fernandez-Ruiz and Garcia-Heras, M. Spectrochimica Acta Part B, 63, (2008), 975–979.

(1.12) Paper published in Analytical Chemistry. Title: “CHEMICAL ANALYSIS OF ARCHAEOLOGICAL CERAMICS BY TXRF”. Fernandez-Ruiz, R. and Garcia-Heras, M. 2008. Submitted.

 (2) INORGANIC CHEMISTRY

Theoretical study (Simulation) of the crystalline structure of the Tin Fluoride Triciclohexilin (P3c1) by the method of Rietveld.

(2.1) - Paper published in Journal of Chemical Society, Dalton Trans. Title: “STRUCTURAL CHEMISTRY OF TRIORGANOTIN FLUORIDES. THE CRYSTAL STRUCTURES OF TRICYCLOHEXYLTIN FLUORIDE REVISITED”. David Tudela, Ramon Fernandez-Ruiz, Vitaly K. Belsky and Valery E. Zavodnik; J. Chem. Soc., Dalton Trans., 1996, p 2123-2126.

Refinement of the crystalline structure of the Cs2Sin6 (Fm3m) by powder diffraction, by means of the method of Rietveld.

(2.2) - Paper published in Journal of Chemical Society, Dalton Trans. Title: “MÖSSBAUER SPECTRA OF TIN (IV) IODIDE COMPLEXES.” David Tudela, Antonio J. Sanchez-Inheritance, Marks Diaz, Ramon Fernandez-Ruiz, Nieves Menéndez and Jesus D. Tornero. J. Chem. Soc., Dalton Trans., 1999, 4019 – 4023.

 

(3) MOLECULAR BIOLOGY.

Application of the TXRF to the study of bounding Pt kinetic in DNA macro-molecules. Study of the processes of internalization at cellular level of the drug.

(3.1) - Paper published in The Analyst. Title: “QUANTIFICATION OF Pt BOUND TO DNA USING TOTAL-REFLECTION X RAY FLUORESCENCE (TXRF)”. R. Fernandez-Ruiz, J.D. Tornero, V.M. González and C.A. Bedate. Analyst. 1999, 124, 583-585.

Application of the TXRF to the study of the cyto-toxicity of heavy metals in diverse cellular systems. Completion of preparation methods and cytotoxic metal analysis in several type of cellular tissues.

(3.2) - Paper published in Journal of Analytical Atomic Spectrometry. Title: “INTRACELLULAR DETERMINATION OF ELEMENTS IN MAMMALIAN CULTURED CELLS BY TOTAL-REFLECTION X-RAY FLUORESCENCE”. Mauricio González, Lucia Mudwall, Milton Alvarado, J.D. Tornero and R. Fernandez-Ruiz. J. Anal. AT. Spectrom., 1999, 14, 885– 888.

 

(4) CRYSTALLOGRAPHY.

Study of the crystalline structure of a-FeSi2. Calculation of its stoichiometry and experimental density by means of DRX, TXRF and Balance of Precision.

(4.1) - Paper published in Journal of Applied Crystallography. Title: “FIT OF THE α - FeSi2 STOICHIOMETRY BY XRD AND TXRF”. J. Fayos, J.D. Tornero and R. Fernandez-Ruiz. Submitted

 (5) PHYSIC OF MATERIALS.

Study of the crystalline structure, composition and compound physical properties of type CuxInySez, CuxGaySez and Cux(In1-yGay)Sez.

(5.1) - Presentation of Poster in 3rd Conference on Condensed Matter Physics. Rumania, September 1999. Title: “OPTICAL PROPERTIES OF n-CuIn3Se5 SINGLE CRYSTALS”. E. Arushanov, L. Kulyuk, O. Kulikova, V. Tezlevan, R. Fernandez-Ruiz and M. Leon.

(5.2) - Presentation of Poster and Paper published in 12th International Conference of Ternary Multinary Compounds. Taiwan, March 2000. Title: “OPTICAL AND STRUCTURAL PROPERTIES OF n-CuIn3Se5 SINGLE CRYSTALS”. E. Arushanov, L. Kulyuk, O. Kulikova, V. Tezlevan R. Fernandez Ruiz and M. Leon. Jpn. J. Appl. Phys. Vol. 39 (2000), Suppl. 39-1, pp. 90-91.

(5.3) - Paper published in The Analyst. Title: “DETERMINATION OF THE STOICHIOMETRY OF THE CuxInySez BY Total-XRF”. R. Fernandez-Ruiz, J.P. Cabañero, E. Hernandez and M. Leon. Analyst. 2001, 124, 583-585.

(5.4) - Paper published in Journal of Physics D: Applied Physics. Title: “OPTICAL STUDY OF MONOCRYSTALLINE CuIn4Se6”. E. Arushanov, L. Kulyuk, O. Kulikova, V. Tezlevan, R. Fernandez-Ruiz and M. Leon. J. Phys. D: Appl. Phys. 34, 2001, 3480-3484.

(5.5) - Paper published in Moldavian Journal of Physical Sciences. Title: “POINT GROUP DETERMINATION OF CuIn4Se6 SINGLE CRYSTALS”. M. Leon, R. Fernandez Ruiz, V. Tezlevan and E. Arushanov. Mold. J. Phys. Sciences 2004, v.3, N3, pp. 299-305.

(5.6) - Paper published in Journal of Applied Physic. Title: “OPTICAL PROPERTIES OF MONOCRYSTALLINE CuIn5Se8”. S. Levcenko, N.N. Syrbu, E. Arushanov, V. Tezlevan, R. Fernandez-Ruiz, J.M. Merino and M. Leon. J. Appl. Phys, 99, 073513 (2006).

Compositional and structural study of the nonstoichiometric lithium niobate, in its pure and doped phases, as well as the new materials of LNT with utility in optoelectronic technology.

(5.7) - Paper published in Journal of Analytical Atomic Spectrometry. Title: “DETERMINATION OF THE RARE-EARTH:Nb MASS RATIO IN DOPED LiNbO3 BY THE TXRF TECHNIQUE”. R. Fernandez-Ruiz and J. Capmany. J. Anal. At. Spectrom., 2001, 16, 867–869.

(5.8) - Paper published in Chemistry of Materials. Title: “Determination of Li and Nb in Congruent Lithium Niobate by ICP-MS”. R. Fernandez-Ruiz and V. Bermúdez. Chem. Mat. 2004, 16, 3593-3596.

(5.9) - Poster in 10th European Meeting on Ferroelectricity. Title: “EVOLUTION OF FERROELECTRIC PROPERTIES IN LiNb1-xTaxO3 SOLID SOLUTIONS WITH COMPOSITION”. V. Bermúdez, C. Aragó, R. Fernandez-Ruiz and E. Dieguez. Agosto 2003. Cabridge, U.K.

(5.10) - Paper published in Ferroelectrics, “EVOLUTION OF FERROELECTRIC PROPERTIES IN LiNb1-xTaxO3 COMPOUND WITH VARIATION IN THE Nb COMPOSITION”. V. Bermúdez, C. Aragó, R. Fernandez-Ruiz, E. Dieguez. Cambridge, England. Ferroelectrics, 2004. 304, 989-992.

(5.11) - Paper published in Spectrochimica Act B: Atomic Spectroscopy. Title: “DETERMINATION OF THE Nb/Ta MASS RATIO IN LiNb1-xTaxO3 BY TXRF”. R. Fernandez-Ruiz and V. Bermudez. Spectrochimica Act Part B 60 (2005) 231-235.

(5.12) - Paper published in Physical Review B. Title: “ANOMALOUS STRUCTURAL FEATURE OF LiNbO3 OBSERVED USING NEUTRON DIFFRACTION”. R. Fernandez-Ruiz, D. Martin and Marero and V. Bermúdez. Physical Review B 72, 184108, 2005.

(5.13) - Presentation of Poster in 11th International Meeting on Ferroelectricity. September 2005. Title: “ANOMALOUS STRUCTURAL FEATURES ON LN AT LOW TEMPERATURES” .R. Fernandez-Ruiz, V. Sea wind onshore Bermúdez and D.M. Iguazú, Argentina/Brazil.

(5.14) - Paper published in Physica Status Solidi (a). Title: “MAS-NMR Lithium Niobate intrinsic defect composition study”. R. Fernandez-Ruiz, D. Massiot and V. Bermúdez. Submitted.

Compositional and Morphological study of Iron-based nanoparticle systems (Ferrofluids) by TXRF with applications in nano-biotechnology and medical cancer diagnose through high performance of RMN images.

(5.15) - Presentation of Poster in 12th Conference on Total Reflection X-Ray Fluorescence Analysis and Related Methods (TXRF2007). Title: “TXRF ANALYSIS OF NANOPARTICLE MAGNETIC FERROFLUIDS”. R. Fernández-Ruiz, R. Costo, M. P. Morales, O. Bomati-Miguel and S. Veintemillas-Verdaguer. Trento, Italy, June 2007.

(5.16) - Paper published in Spectrochimica Act B: Atomic Spectroscopy. Title: “TXRF ANALYSIS OF NANOPARTICLE MAGNETIC FERROFLUIDS”. R. Fernández-Ruiz, R. Costo, M. P. Morales, O. Bomati-Miguel and S. Veintemillas-Verdaguer. In Press.

(6) CHEMISTRY-PHYSIC.

Structural and magnetic study of perowskite materials type (lattice Pm3m of NH4MnCl3) to temperature and/or variable external field. Distribution of atomic spins and normal vibration modes (fonons) of the lattice.

(6.1) - Paper published in Solid State Physic. Title: “MÖSBAUER AND X RAY ESTUDY OF THE ANHIDROUS AND STOICHIOMETRIC NH4MnCl3:57FE PEROWSQUITE SINGLE CRYSTAL”. J.D. Tornero, N. Menéndez and R. Fernandez-Ruiz. Submitted.

(7) CATALYSIS.

Characterization of the polluting agents of the catalysts of automobiles diesel and gasoline. Development of specific methodologies for the study by TXRF, ICP-MS and MWAD. Semiquantitative and quantitative studies of the radial and axial diffusion profiles of the polluting agents and intrinsic components. Diesel study of catalysts. Project of collaboration with the Institute of Catalysis and Petroleum-Chemistry of the CSIC.

(7.1) - Paper published in Analytical Chemistry. Title: “TOTAL CHEMICAL ANALYSIS OF USED THREE-WAY CATALYST BY REFLECTION X-RAY FULORESCENCE”. R. Fernández-Ruiz , M. Furió, F. Cabello Galisteo, C. Larese, M. López Granados, R. Mariscal and J.L. G. Fierro. Analytical Chemistry, 2002, 74, 5463-5469.

(7.2) - Paper published in Applied Catalysis B: Environmental. Title: “ROLE OF THE CePO4 IN REAL THE POISONING BY P OF TWC CATALYST”. C. Larese, F. Cabello Galisteo, M. López Granados , R. Mariscal López and J. L. G. Fierro, R. Fernández-Ruiz and M. Furió. Applied Catalysis B: Environmental. 1250. (2002). pp 1–13.

(7.3) - Oral Communication in XVIII the Latin American Congress of Catalysis. Title: “POLLUTING IN USED CATALYTIC CONVERTERS OF OXIDATION IN DIESEL

ENGINES”. F. Cabello Galisteo, C. Larese, R. Mariscal, M. López Granados , J. L. García Fierro, R. Fernández-Ruiz y M. Furió. Book of the Congress, p.42-43. Island Margarita. VENEZUELA, September 2002.

(7.4) - Presentation of Poster in the Sixth International Congress on Catalysis and Automotive Pollution Control. Title: “DEACTIVATION OF VEHICLE AGED DIESEL OXIDATION CATALYST: EFFECT OF MILEAGE”. F. Cabello Galisteo, C. Larese, R. Mariscal, M. Lopez Granados, J.L. García Fierro, R. Fernández-Ruíz and M. Furio. Brussels, October 2003.

(7.5) - Paper published in Topics in Catalysis. Title: “DEACTIVATION OF VEHICLE AGED DIESEL OXIDATION CATALYST: EFFECT OF MILEAGE”. F. Cabello Galisteo, C. Larese, R. Mariscal, M. Lopez Granados, J.L. García Fierro, R. Fernández-Ruíz and M. Furio. Topics in Catalysis, Vols. 30/31, 2004, 451-456

(7.6) - Oral Communication in the National Congress of Catalysis SECAT'03. Title: “DECONTAMINATION OF THE USED CATALYTIC CONVERTERS IN AUTOMOBILES DIESEL”. F. Cabello Galisteo, C. Larese, R. Mariscal, M. Lopez Granados, J.L. García Fierro, R. Fernández-Ruíz and M. Furio. Malaga. June 2003.

(7.7) - Oral Communication in XIX the Latin American Congress of Catalysis. September 2004. Title: “DECONTAMINATION OF CATALYSTS DE AGED TRIPLE EFFECT IN THE AUTOMOBILE: EFFECT OF THE KILOMETRAGE”. Carolina Larese, Francisco Cabello Galisteo, Manuel López Granados, Rafael Mariscal, José L. G. Fierro, R. Fernández-Ruíz , Raúl Sanguino y Manuel Luna. Mérida, Yucatan, Mexico, September 5-11, 2004.

(7.8) - Paper published in Catalysis Today. Title: “EFFECT OF THE MILEAGE ON THE DEACTIVATION OF VEHICLE-AGED THREE WAY CATALYSTS”. M. López Granados, C. Larese, F. Cabello Galisteo, R. Mariscal, J. L. G. Fierro, R. Fernández-Ruíz, R. Sanguino and M.Luna. Catalysis Today 107–108 (2005) 77–85.

(7.9) - Paper published in Applied Surface Science. Title: “MODIFICATION OF TO THREEWAY CATALYST WASHCOAT BY AGING: TO LONGITUDINAL STUDY ALONG THE AXIS”. M. López Granados, C. Larese, F. Cabello Galisteo, R. Mariscal, M. Alifanti, A. Gurbani, J. L. G. Fierro and R. Fernández-Ruíz. Applied Surface Science 252 (2006) 8442-8450.

(7.10) - Paper published in The Analyst Title: “TXRF ANALYSIS OF AGED THREE WAY CATALYSTS”. R. Fernández-Ruiz , C. Larese, F. Cabello Galisteo, M. López Granados, R. Mariscal y J. L. G. Fierro. Analyst, 2006, 131, 590-594.

(8) CHEMOMETRY

Studies of Uncertainty in the Measurement by TXRF.

(8.1) Paper published in Analytical Chemistry. Title: “THE UNCERTAINTY IN MULTIELEMENTARY THE QUANTIFICATION BY TXRF: THEORETICAL AND EMPIRICAL APPROXIMATION”. R. Fernandez-Ruiz. 2008. In Press.

(9) STAYS ABROAD

(9.1) - Institute Laue Langevin. Grenoble (France). One week.

(9.2) - ItalStructures. Riva de Garda (Italy). One week.

(9.3) - GKSS Research Center. Hamburg (Germany). One week.

(10) OTHER MERITS AND HONORS

(10.1) - Participation in the accomplishment of the university text book,“MATHEMATICAL METHODS OF THE PHYSICS. THE METHOD DE FOURIER”, next to Professor Dr. Arkadi Petrovich Levanyuk and Dr. Andrés Cano. Editions of UAM, 2006. Collection of Studies Nº 114. ISBN: 84-8344-037-7.

(10.2) - Reviewer de Journal of Physic: Condensed Matter (7 referred articles).

(10.3) - Reviewer de Journal of Physic D: Applied Physics (4 refereed article).

(10.4) - Reviewer de Journal of Optics A: Pure and Applied Optic (4 refereed article).

(10.5) - Reviewer de Measurement Science and Technology (1 refereed article).

(10.6) - Including in Who´sWho in the World, 19th/20th/21th Edition, 2002/2003/2004.American Biographical Institute, USA.

(10.7) - Responsible for the Unit of Chemical Analysis of the Interdepartmental Service of Investigation.

(10.8) - Including in 2000 Intelectuals of the 21st Century of the International Biographical Center de Cambridge, 2th Edition, 2003. England.

(10.9) - Including in Who´sWho in Science and Engineering, 7th/9th Edition, 2003/2006.American Biographical Institute, USA.

(10.10) - Collaborating graph-scientist in the text book of 1º of Baccalaureate: “Biology and Geology”. Ed. Oxford University Press Spain S.A. 2002. ISBN: 84-8104-451-2.

(10.11) – Co-proposer of the experiment “Evolution Defects Structure in LiNbO3 by Neutron Powder Diffraction with Composition and Temperature: Debye Temperature” in line D1B of Institute Laue Langevin (ILL). 25-27 April 2003. Grenoble. France.

(10.12) – Co-proposer of the experiment “Evolution Defects Structure in LiNbO3 by Neutron Powder Diffraction with Composition and Temperature: Lithium Vacancies” in line D1A of Institute Laue Langevin (ILL). 15-18 Julio 2003. Grenoble. France.

(10.13) - Publishing Consulting of The Contemporary Who´s Who 2004/2005. American Biographical Institute, USA.

(10.14) - Name for the prize Who´s Who for Award Achievement 2002 by the International Biographical Center of Cambridge, England.

(10.15) - Name for the prize International Scientist of the Year 2003 by the International Biographical Center of Cambridge, England.

(10.16) – Co-proposer of the experiment “High Resolution Study of the Composition and Low Temperature Dependence of LiNbO3 Lattice Parameters” in line D1A of Institute Laue Langevin (ILL). 7-10 August 2004. Grenoble. France.

(10.17) - Director of course 04/1578 “ADVANCED INSTRUMENTAL TECHNIQUES IN THE INDUSTRY AND THE INVESTIGATION. THEORY AND PRACTICE” under the frame of agreement CAM-UAM for the formation of unemployed of year 2004/2005 and co-financed by the European Social Fund.

(10.18) - Including in Who´sWho of Emerging Leaders, 1th Edition, 2007. International Biographical Center de Cambridge. England.

(10.19) - Including in Outstanding Scientist of the 21th Centuryof the International Biographical Center de Cambridge, 2th Edition, 2003. England.

(10.20) - Name for the prize 21th Century for Award Achievement 2007 by the International Biographical Center of Cambridge, England.

(10.21) - Nomination and Invitation to be member of the American Chemical Society. USA, 2007.

(10.22) - Winner of the Prize to the best Scientific contribution in form of Poster in 12th Conference on Total Reflection X-Ray Fluorescence Analysis and Related Methods (TXRF2007). Title: “TXRF ANALYSIS OF NANOPARTICLE MAGNETIC FERROFLUIDS”. Trento, Italy, June 2007.

(10.23) - Member of European X-Ray Spectrometry Association (EXSA).

(10.23) - Professor/Manager of the course “QUANTIFICATION OF THE UNCERTAINTY IN THE ANALYTICAL MEASURES” . Financed by the SIdI of the UAM under the frame of the system of quality ISO 9001 imposed in this center. Made activities: Design, management, coordination and teaching.

(11) PRESENTS LINES OF RESEARCH

(11.1) - Study by means of TXRF and XRD of solid dissolutions of CuInSe (CIS) and CuGaSe (CGS) in collaboration with the department of Physics Applied of the UAM.

(11.2) - Completion of specific methodologies for TXRF and ICP-MS for the chemical analysis of Waters, Sediments and Plants in the extreme ambient of Tinto River in collaboration with the Center of Molecular Biology of the UAM.

(11.3) - Structural studies of Ferroelectric Functional Oxides type LN, LT and LNT in collaboration with Dpto. Physics of Materials of the UAM, ILL-Grenoble, CNRS-Orleans.

(11.4) - Application of the TXRF to the analysis of ferromagnetic nanoparticles liquids in collaboration with the Institute of Sciences of Materials of Madrid.

(11.5) - Study by means of TXRF of the application of mosses like Environmental Biomonitors of Heavy Metal Contamination in collaboration with the department of Biology of the UAM.

(11.6) - Development of an Alternative Methodology of Quantitative Analysis of Solids without Chemical Manipulation by means of TXRF.

(11.7) - Design, Development and Implementation of a Digital System of X-rays Diffraction of Laue for the orientation in real time of Monocrystals.

(11.8) - Application of the TXRF to the study of processes of metal bounding to Carbon- Nanotubes type SW and MW in collaboration with the University of Distance Education and the Institute of Materials Science of the CSIC.

(11.9) - Application of the TXRF to the study of funcionalized Quartz Micro-spheres with organometallic compounds of Zr with interest in catalytic Systems in collaboration with the Institute of Catalysis and Petroleum-Chemistry of the CSIC.

(12) AREAS OF SCIENTIFIC EXPERIENCE

(12.1)- Application of the Techniques of diffraction of X-ray, neutrons and radiation Synchrotron in the study of the materials.

(12.2)- Application of TXRF, IC and ICP-MS in the resolution of analytical problems at trace levels.

(12.3)- Application of TXRF in Archaeometry.

(12.4)- Application of TXRF in Cellular and Molecular Biology.

(12.5)- Application of TXRF in Catalysis and Environmental Science.

(12.6)- Application of TXRF to the study of New Materials.

(12.7)- Application of the Laue and Powder DRX techniques to the crystal study of poli and monocrystallines materials.

(12.8)- Application of the technique of ICP-MS in the analysis of Functional Oxides type LN, LNT.

TEACHING BACKGROUND

(1) FINNOVA 91.

Tutor responsible for 2 scholarship holders of the course of formation of Technicians in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid.

(2) FINNOVA 93.

Tutor responsible for 1 scholarship holder of the course of formation of Technicians in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid.

(3) FINNOVA 95.

Imparted seminaries: “Cameras of X-Ray Diffraction. Laue, Precession and Debye” and “Chemical Analysis by TXRF”. Tutor responsible for 1 scholarship holder in the Module “Technical of Analysis in General Services of Support to the Investigation”, destined to the formation of Technicians in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(4) FINNOVA 96.

Imparted seminaries: “Cameras of X-Ray Diffraction. Laue, Precession and Debye” and ” Chemical Analysis by TXRF ". Tutor responsible for 1 scholarship holder in the Module “Technical of Analysis in General Services of Support to the Investigation”, destined to the formation of Technicians in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(5) IMAF 96.

Imparted seminaries: “Cameras of X-Ray Diffraction” and “Chemical Analysis by TXRF”. Tutor responsible for 2 scholarship holders in the Module “Technical Outposts of Analysis in the Industry”, destined to the formation of University Graduated in Research laboratories. Organized by the UAM and financed by the Institute for the Formation of the Community of Madrid.

(6) FINNOVA 97.

Imparted seminaries: “Cameras of X-Ray Diffraction” and” Chemical Analysis by TXRF ". Tutor responsible for 1 scholarship holder in the Module “Technical of Analysis in General Services of Support to the Investigation”, destined to the formation of Technicians in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(7) IMAF 98.

Imparted seminaries: “Cameras of X-Ray Diffraction” and “Chemical Analysis by TXRF”. Tutor responsible for 1 scholarship holder in the Module “Technical Outposts of Analysis in the Industry”, destined to the formation of University Graduated in Research laboratories. Organized by the UAM and financed by the Institute for the Formation of the Community of Madrid.

(8) FINNOVA 99.

Tutor responsible for 1 scholarship holder in the Module “Technical of Analysis in General Services of Support to the Investigation”, destined to the formation of Technicians in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(9)-IMAF 99-Chemistry.

Imparted seminaries: “Cameras of X-Ray Diffraction”, “Chemical Analysis by TXRF” and “The Technique of ICP-MS”. Tutor responsible for 1 scholarship holder in the Module “Technical Outposts of Analysis in the Industry”, destined to the formation of University Graduated in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(10) - IMAF 99-Physical.

Imparted seminaries: “Cameras of X-rays Diffraction”. Tutor responsible for 1 scholarship holder in the Module “Technical of Analysis in Physics of Materials”, destined to the formation of University Graduated in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(11) - IMAF 2000-Physical.

Imparted seminaries: “Cameras of X-rays Diffraction”. Tutor responsible for 1 scholarship holder in the Module “Technical of Analysis in Physics of Materials”, destined to the formation of University Graduated in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(12) - FINNOVA 2000.

Tutor responsible for 1 scholarship holder destined to the formation of Technicians in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(13) - CONTRACT PROGRAMS CAM 2000/2003

Tutor responsible for 1 scholarship holder destined to the formation of University Graduated in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(14) - FINNOVA 2001.

Tutor responsible for 1 scholarship holder destined to the formation of Technicians in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(15) - FINNOVA 2003

Tutor responsible for 1 scholarship holder destined to the formation of Technicians in Research laboratories. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(16) - UAM 2003

Tutor responsible for 1 scholarship holder destined to the formation of University Graduated in Research laboratories. Organized by the Investigation Section of the UAM.

(17) - CONTRACT PROGRAMS CAM 2003/2006

Tutor responsible for 1 scholarship holder destined to the formation of University Graduated in Research laboratories during a period of 3 years. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.

(18) - SRE-UAM 2004

Director, Professor and Tutor of course 04/1578 “ADVANCED INSTRUMENTAL TECHNIQUES IN THE INDUSTRY AND THE INVESTIGATION. THEORY AND PRACTICE” under the frame of agreement CAM-UAM for the formation of unemployed of year 2004/2005 and co-financed by the European Social Fund. Imparted seminaries (30h): “Statistical Methods in the Laboratory”, “Introduction to the X-rays techniques”, “Cameras of X-rays Diffraction”, “X-rays Diffraction in Policrystals” and “Spectroscopy of X-Rays Fluorescence by Total Reflection (TXRF)”. Tutor responsible for 4 scholarship holders in its stay in the laboratories of XRDC and TXRF of the SIdI of the UAM.

(19) - CONTRACT PROGRAMS CAM 2005

Tutor responsible for 2 scholarship holders destined to the formation of University Graduated in Research laboratories during a period of 3 years. Organized by the UAM in collaboration with the Institute for the Formation of the Community of Madrid and financed by the European Social Fund.


  @ RFR.  miércoles, 09 de septiembre de 2009