The aim of the project is to extend the use of Experimental Vehicle for use in teaching. This is an extension to the hydraulic control of an existing device that is controlled mechanically. The proposed device reduces the adhesion force on the wheels of the car. The aim is to use the vehicle's behavioral findings when changing the adhesion force.

Project is focused on development of social communication, on innovation of the subjects of the specialisation Humanities and Resocialization Pedagogy focusing on development of verbal and nonverbal communication skills when communicating with a specific client within specialized educational subsystems ? Psychopedy,Surdopedy, Ophtalmopedy, Logopedy or Etopedy and Somatopedy. Practical acquaintance and practical application of the topic for persons with disabilities means to students a significant practical self-reflection. Students will participate in application sphere - providers of social and educational services. The project activities will contribute to the significant cooperation with the application sphere. The rationale of the project is that the specialists on problems of social communication are aware of its theoretical-practical importance in relation to the future of social developments in the European and the Czech environment.

The project is focused on the development, especially syntheses and reactivity, of nearly unexplored monomeric formally phosphorus(I), arsenic(I) and antimony(I) compounds, where the pnictogen is stabilized within unprecedented heterocycles. These compounds in the case of lighter pnictogens (P and As) exhibit an aromatic character, thereby representing analogues of known organic molecules, but displaying diverse reactivity. Their reactivity with substrates containing various multiple bonds and sources of carbenes will be investigated with the aim to synthesize other heterocyclic compounds that have not been in detail studied yet. The attention will be also given to the redox and coordination chemistry of the central pnictogens, which has to crucially influence the chemical behavior of these heterocycles. The structure of target compounds will be elucidated by multinuclear NMR, UV-vis, IR and Raman spectroscopy and X-ray diffraction analysis. A theoretical survey dealing with the structure of these compounds and mechanism of their formation will be an important part of the project..

The project is focused on the investigation of preparation and structure of entirely unexplored monomeric organoantimony(I) and organobismuth(I) compounds ? stibinidenes and bismuthinidenes. These compounds will be stabilized by the help of N,C,N- or N,C-chelating ligands. Central atoms (Sb, Bi) carry two lone pairs of electrons and represent an unprecedented and promising class of ligands for coordination of transition metals. Thus, the second goal of the project is a detailed investigation of the coordination of transition metal compounds (especially carbonyls) by mentioned stibinidenes and bismuthinidenes. The structure of target compounds will be studied mainly by the help of multinuclear NMR, IR and Raman spectroscopy and in the solid state by X-ray diffraction analysis. A theoretical survey dealing with the structure of these unprecedented compounds constitutes an important part of this project. Particular emphasis in this regard will be given to the description of the bonding interaction between transition metals and antimony(I) and bismuth(I) donor centers.

1. Preparation of precursors for syntheses of heteroboroxines. 2. Preparation and characterization of heteroboroxines
with central MB2O3 ring system, where M=Ga, In, Si, Ge, Sn, Sb, Bi. 3. Studies dealing with structure of heteroboroxines. 4.
Reactivity studies concerning prepared compounds.

Development and commercialization of equipment and application of electrodialysis with bipolar membrane (EDBM) is the aim of the project. Equipment should consist of optimized bipolar membrane, pilot membrane module EDBM-Y, pilot unit EDBM-Y and industrial scale module EDBM-II, all of them newly developed, produced and evaluated on real solution. Equipment should be applied for NaOH and H2SO4 production from waster Na2SO4 stream, coming from tailing pond of uranium mine located at state owned company DIAMO branch GEAM. Technology application should be described in terms of size, mass and energy balance and investment and operation costs should be estimated.

The main aim of the project is the fundamental research of the relationship among (i) preparation of iron- and lanthanide (La-, Nd-) doped TiO2 photocatalysts, (ii) its optical, electron, textural and structural properties and (iii) its photocatalytic activity in two model reactions, i.e. photocatalytic decomposition of ammonia and alcohols. To achieve this, the following specific objectives of are set: (i) advanced analysis of optical and electron properties as well as its relationship to textural and structural properties, (ii) analysis of activity/selectivity of synthesized photocatalysts in two probe reactions, (iii) analysis of the rate of photocatalysis activation and electron?hole formation under the irradiation of different energy, (iv) synthesis of the selected photocatalysts in the form of thin films and the comparison of photocatalytic activity of corresponding materials in continuous and batch reactors , (v) advanced analysis of the complex relationship between the optical/electron/ textural/structural properties and the activity/selectivity of studied photocatalysts.

The main aim of the project is the fundamental research of the Mg/Al, Ca/Al and Zn/Al mixed oxides, i.e. the preparation and characterization of catalysts in order to describe their active centres in the model reactions (aldol condensation and transesterification)

Organisation of the Workshop: GPR Road Show Pardubice - Introduction to Ground Penetrating Radar and its applications in civil engineering