Pedro Nuñez Coello


Tipo de miembro 
Junta Directiva

Cargo 
Vocal

Email 

Afiliación 
Universidad de La Laguna


Curriculum Vitae

Education:  

  1. Graduate on Inorganic Chemistry, Universidad de La Laguna, Spain, 1978.
  2. Master Degree in Inorganic Chemistry, Universidad de La Laguna, Spain, 1980.
  3. Ph. D. in Chemistry, Universidad de La Laguna, Spain 1985.

 
Teaching activities in Spain:
Assistant Professor, Inorganic Chemistry Universidad de La Laguna, Spain 1979-1988.
Associate Professor, Inorganic Chemistry, Universidad de La Laguna, Spain 1988-2007.
Full Professor, Inorganic Chemistry, Universidad de La Laguna, Spain 2007  to present-
 
Scientific Committees:
Chairman of “Optimisation of Solid State FC Processes for all Aspects of Hydrocarbon Oxidation”, OSSEP Workshop, European Science Foundation (ESF), Tenerife, Spain 10-14 november, 2004
Member of Scientific Committe “Electroceramics X” (European Conference), Toledo, Spain, 18-22 june, 2006.
Vocal of the scientific group of Solid State Chemistry, RSEQ, 2005 to present
 
Publications: Author of over 150 scientific publications most of them in per-view international journals indexed in Thomson ISI database, and over 100 communications (invited, oral and posters) in national and international conferences.
 
Supervisor: 6 Doctoral Thesis, currently supervising two Thesis; 5 Masters Degrees and over 20 projects and grants funded by national and regional research programs, as well as contracts with industries; besides numerous postdoc and graduate students.
 
Research experience abroad:
Postdoctoral research at LCS-CNRS (now ICMCB-CNRS), Universitè de Bordeaux (Talence, France, 20 months, several stays on 1985-1990).
As a visiting scientist  at Massachusetts Institute of Technolgy (MIT, Cambridge (MA), USA, 1 year 1995-1996).
User of Neutron Diffraction Facilities at the ILL Grenoble and LLB-Saclay-France.
 
Research:
Synthesis and structural and microstructural characterization of ceramic materials. Specially in ceramic materials for energy conversion systems, focused on the development of high temperature electroceramics to enhance the efficiency of the nature-friendly Intermediate Temperature Solid Oxide Fuel Cell (IT-SOFC), including protonic and oxidic conductors as electrolytes and electronic and ionic mixed conductors as electrodes. Also on ceramic materials for catalytic applications.