Personnel of the ICMAB

Name:Miravitlles Torras, Carles
Date of assignement:1986
Date and place of birth:Barcelona, 1942

University degrees:
Ldo. en Farmacia, Universidad de Barcelona, 1968
Doctorat, universitat i any:
Dr. en Farmacia, Universidad de Barcelona, 1971
Specialities:
Cristal·lografí­a estructural
Difracció de raigs X
Mètodes directes
Most significative academic merits:
Acadèmic de la Reial Acadèmia de Ciències i Arts de Barcelona
Acadèmic de la Academia Europea i Membre de diferents societats científicas
President del Comité Espanyol de Cristal·lografia
Vicesecretari General de la Real Academia de Ciencias y Artes de Barcelona
Membre del Advisory Group oth the Sixth Framework Programme of the European Community
Awards:
Medalla Narcí­s Monturiol, Generalitat de Catalunya
Officiel de les Palmes Academiques, Gobierno de Francia
Medallas de plata i de bronce del CSIC
Number of published articles:250
Citations:1300
Theses:3


Most significatives scientific articles:
A tangent formula derived from Patterson-function arguments. VII. Solution of inorganic structures from powder data with accidental overlap
Authors:J. Rius, X. Torrelles, C. Miravitlles, L.E. Ochando, M.M. Reventós and J.M. Amigó
Reference:Journal of Applied Crystallography, 33 (2000)

Application of "direct methods" difference sum function to the solution of reconstructed surfaces
Authors:X. Torrelles, J. Rius, C. Miravitlles and S. Ferrer
Reference:Surface Science, 423, (1999) pp. 338-345

Application of x-ray direct methods to surface reconstructions: The solution of projected superstructures
Authors:X. Torrelles, J. Rius, F. Boscherini, S. Heun, B.H. Mueller, S. Berrer, J. Álvarez, and C. Miravitlles
Reference:Physical Review B, 57 (8), (1998), pp. R4281-R4284

A Tangent Formula Derived from Patterson-Function Arguments. IV. The Solution of Difference Structures Directly from Superstructure Reflections.
Authors:J. Rius, C. Miravitlles, R. Allmann.
Reference:Acta Crystallographica, (1996), A 52, pp. 634-639

Phase transitions in Cesium 7,8, Dicarbaundecaborate (12): A new one-dimensional Cesium solid electrolyte a 210ºC.
Authors:J.Rius, A.Romerosa, F.Teixidor, J.Casabó y C.Miravitlles.
Reference:Inorganic Chemistry, (1991), vol. 30, pp. 1376-1379.


Last update: 2013-01-31 10:42:31

Research Fields:


I was responsible for the design, start up and management of the Institute for 21 years, since the Materials Science Institute was set up. I have had to become a specialist in the analysis and knowledge of the change of functional preparation and characterization of materials of a high added value. For this reason, I have closely followed the development that has taken place during recent years in advances in these techniques. It may be said that I have also had to follow and get to know the applications of these materials and the evaluation of the different possibilities of their industrial application. This knowledge, of a general character, refers to materials that are prepared and characterized into molecular, supramolecular, porous etc. However, this knowledge, due to my previous training, has been polarised fundamentally towards the ambit of structure-property relationships that are, without doubt, the key, together with their applications, that configure the core of knowledge necessary for the development of new materials of an industrial interest. On the other hand, I am also interested in the repercussions that different scientific policies, at an EC, Spanish State and Autonomous Community level, have on the normal development of research work that is carried out within research groups at the ICMAB and other research groups, both from the economic point of view as from the point of view of selecting scientific and technical personnel. Of the different states of matter, the solid state is without doubt the most attractive due to its regularity and order, both at a macroscopic and microscopic level. The relative ordering of molecules and atoms within a crystal are really a work of art that conditions its physical and chemical properties. However, while we represent this set in a rigid way, we should bear in mind that crystals have their own life, as crystalline solids are subject to interesting dynamic processes such as those which occur in gases and liquids. From this point of view, the subject that studies these phenomena is crystallography, a field in which I have worked for many years, solving crystal structures by x-ray diffraction of numerous inorganic, organic and metallorganic compounds jointly with different research groups from all over the world. Since I did my post-doctorate under the direction of Dr. G. Germain in Leuven and subsequently in Louvain-la Neuve, I have been interested in different methodologies that allow the solution of phase problems, such as direct methods and different types of Patterson functions. Together with Dr. J. Rius, we have done work in this field in recent years on the development of new methods for the solution of complicated structures, both from diffraction data in monocrystals and from powder diffraction data. Important subjects of surface crystallography have been studied by applying modified direct methods for the solution of the exact, precise structure of the top layers that make up the crystal surface, methods that have allowed a revolution in the techniques used up to now. Finally, in collaboration with Prof. J. Casabó, we started a new research line in the development of new materials based on carbon nanotubes. I left the institute’s management to lead the Eduardo Torroja Institute of the Cement and Construction in Madrid. I was Acting Director of this institute during the two years that were needed to prepare its Strategic Plan which was approved by an International Scientific Committee. On 2012 I was appointed Professor Ad-Honorem by the CSIC and I devlop my duties at the ICMAB.


Contact Data:

Telephone:
+ 34 935 801 853
Internal Phone Number:
276
Office:
3.6
P.O. Box:
19
Fax:
+ 34 935 805 729
E-mail:
miravitlles (at) icmab.es
Laboratory/Department:
Cristallography
Address:
Institut de Ciència de Materials de Barcelona

Consejo Superior de Investigaciones Científicas

Campus de la Universitat Autònoma de Barcelona

08193 Bellaterra

Catalunya, Espanya