María Del Consuelo García Cuesta- Professor
- EUM Fray Luis de León, Valladolid (Universidad Católica de Ávila)
María Del Consuelo García Cuesta
- Professor
- EUM Fray Luis de León, Valladolid (Universidad Católica de Ávila)
About
10
Publications
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Introduction
Skills and Expertise
Current institution
EUM Fray Luis de León, Valladolid (Universidad Católica de Ávila)
Publications
Publications (10)
El método científico en un mapa mental. Un taller de Conocimiento del entorno natural en Educación Infantil
Aprendiendo a Ser Maestros es un Proyecto de Innovación Docente promovido por la Escuela Universitaria de Magisterio Fray Luis de León (Valladolid). Inspirado en la Pedagogía del P. Tomás Morales (SJ), busca promover las más recientes aportaciones de la innovación educativa de nuestro tiempo en tres niveles: enseñar a pensar, enseñar a querer y ens...
Conocimiento del entorno natural y su didáctica
Innovación educativa y TIC en educación especial
Innovación educativa y las TICs aplicadas a la educación
The traditional procedure for solving unknown crystallographic structures of crystalline materials is based on X-ray diffraction single-crystal techniques. Nowadays, researchers are faced with natural and synthetic materials which cannot be obtained as a single- crystal of enough size or crystalline degree. Therefore, it is needed to find and to de...
The traditional procedure for solving unknown crystallographic structures of crystalline materials is based on X-ray diffraction single-crystal techniques. Nowadays, researchers are faced with natural and synthetic materials which cannot be obtained as a single- crystal of enough size or crystalline degree. Therefore, it is needed to find and to de...
The main goal of this work consists in the research about the nowadays actual capabilities of X-ray powder diffraction to solve complex organic structures. At this respect, we consider here two organic compounds: caffeine and nicotine, whose biological activity led us to include them as stimulant drugs. Since it is very difficult to obtain single c...
The title copper(II) coordination compound, C18H22CuN8O6S2 {[Cu(NO3)(PyTz)2]NO3}, was synthesized in the form of small crystals unsuitable for structure determination by single-crystal X-ray diffractometry. It was therefore characterized by molecular modelling coupled with X-ray powder diffractometry [monoclinic, space group P21/n, a = 20.695 (7) Å...
Structural determination using X-ray powder diffraction is usually restricted to relatively simple structures, although powder diffraction data are frequently used to refine, via the Rietveld method, approximately known structures. In this work, the relatively complex crystalline structure of a compound of high pharmaceutical interest (C11H12N4S2)...
