Nanotechnologie esk verze
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Program �TANDEM� (TA)
Vydno dne 24. 11. 2008 (2902 peten)

Projects solved in the area of nanotechnologies


FT-TA2/018 �High-tech energy beams technologies for deposition and treatment of films for electronics�, 1/2005-12/2008, the researcher is Ing. Karel Strobl, ELCERAM, a.s., Hradec Kr�lov�, the total costs of CZK 20.478 million, thereof CZK 13.215 million from the state budget.
(Year 2008 � 1.579/1.022, 7c, the nanotechnology research share makes up 30% of the allocated sum.)

Co-researchers:
- TTS, spol. s r.o., Praha, RNDr. Jaroslav Merta, CSc.
- Institute of Macromolecular Chemistry of AS CR, v.v.i., Praha, Prof. RNDr. Stanislav Ne�p�rek, DrSc.
- Czech Technical University in Praha, Faculty of Mechanical Engineering, Prof. RNDr. Bruno Sopko, DrSc.
Objective of the project: The research and development of advanced technologies related to microelectronics and sensors based on the combination of energy beam technologies (laser, UV rays, ion beams, microwave radiation, etc.) and micro and nano layered technologies applied with vacuum techniques, plasma techniques, and wet processes. The stress will be put on the selection of processes with very high resolution in the route and gap widths in created structures.

FT-TA3/048 �DPP and CPP compounds based nanomaterials and functional systems for electronic equipment�, 1/2006-12/2008, the researcher is Ing. Martin Kaja, V�zkumn� �stav organick�ch synt�z a.s., Rybitv�, the total costs of CZK 12.063 million, thereof CZK 8.220 million from the state budget.
(Year 2008 � 3.760/2.480, 1d)

Co-researchers:
- Brno University of Technology, Faculty of Chemistry, Doc. Ing. Old�ich Zme�kal, CSc.
- Institute of Macromolecular Chemistry of AS CR, v.v.i., Praha, Prof. RNDr. Stanislav Ne�p�rek, DrSc.
Objective of the project: The research of preparation of new diketone-pyrrolo-pyrrolo (DPP) and cyclopenta-pyrrolo (CPP) electron materials in the form of thin layers and nanocomposites for applications in the high-tech technologies OLED, FOLED, TOLED, SOLED, and photodetectors, or solar cells, FET transistors and sensors. The designed systems and nanocomposites will be used in the manufacture of molecular electronic elements.

FT-TA3/055 �Intelligent polymer coatings containing nanoparticles�, 3/2006-12/2009, the researcher is Ing. Ji�� Zelenka, CSc., SYNPO, a.s., Pardubice, the total costs of CZK 14.893 million, thereof CZK 7.4 million from the state budget.
(Year 2008 � 4.300/2.150, 1g)

Co-researcher:
- Brno University of Technology, Faculty of Chemistry, Prof. RNDr. Josef Jan���, CSc.
Objective of the project: The research of systems based on watery dispersions of acrylate copolymers or their solutions containing inorganic nanoparticles. The attention will be focussed on the preparation of suitable nanoparticles, the ways of their modification (hydrophobisation), the dispersion process and the impact of the structure of modifying substances on the dispersion. There will be the influence of concentration and modifications on selected properties of both system types monitored. There will be systems developed for applications in the construction industry, or for the protection of wooden structures.

FT-TA3/077 �Remedy for underground waters using permeable reactive barriers�, 5/2006-4/2010, the researcher is Ing. Josef Kozler, CSc., V�zkumn� �stav anorganick� chemie, a.s., �st� nad Labem, the total costs of CZK 49.130 million, thereof CZK 34.055 million from the state budget.
(Year 2008 � 5.497/3.669, 1a, the nanotechnology research share makes up 40% of the allocated sum.)

Co-researchers:
- DEKONTA, a.s, Praha, Ing. Lenka Vesel�, PhD.
- AQUATEST, a.s., Praha, Ing. Dr. Miroslav �ern�k, CSc.
- MikroChem LKT, spol. s r.o., T�ebo�, Ing. Karel Koranda
- Institute of Chemical Technology Praha, Faculty of Food and Biochemical Technology, Prof. RNDr. Vladim�r Jirk�, DrSc.
Objective of the project: The permeable reactive barriers look like potentially effective remedy technologies for contaminated underground waters. Within this context, the project aims at the gaining of extensive applicable knowledge which could allow the design and implementing of these constructions in the way precisely corresponding with the character of underground water contamination and with the toxicity of present pollutants. There is the zero-valent nanoiron used.

FT-TA3/080 �Synthesis of titanium silicates and their applications�, 4/2006-12/2009, the researcher is Ing. V�nceslava Tokarov�, CSc., V�zkumn� �stav anorganick� chemie, a.s., �st� nad Labem, the total costs of CZK 11.204 million, thereof CZK 6.748 million from the state budget.
(Year 2008 � 3.168/1.928, 5b)

Co-researchers:
- Eurosupport manufacturing Czechia, s.r.o., Ing. Milan ����nek, CSc.
- J. Heyrovsky Institute of Physical Chemistry of AS CR, v.v.i., Praha, Prof. Ing. Ji�� �ejka, DrSc.
Objective of the project: The development of technologically possible processes of the synthesis of titanium silicate zeolitic structures MFI, BEA and the mesoporous structure MCM-41. The synthesis of the most perspective of these materials should be implemented in a quarter operational scale and its applicability should be verified within the selected catalytic application.

FT-TA3/112 �X-ray multilayer mirrors replication technology�, 4/2006-12/2009, the researcher is Doc. Ing. Ladislav P�na, DrSc., REFLEX, s.r.o., Praha, the total costs of CZK 11.004 million, thereof CZK 7.397 million from the state budget.
(Year 2008 � 1.400/0.941, 2c, the nanotechnology research share makes up 50% of the allocated sum.)

Co-researchers:
- TTS, spol. s r.o., Praha, RNDr. Jaroslav Merta, CSc.
- Institute of Plasma Physics of AS CR, v.v.i., Praha, RNDr, Zbyn�k Melich
- Czech Technical University in Praha, FJFI, Ing. Alexandr Jan��rek, CSc.
- Optical development workshop of AS CR
Objective of the project: The development of a technology preparing super smooth aspheric X-rays reflection structures usable in the manufacture of rotationally symmetric X-rays lenses of the diameter 0.5 mm - 80 mm and the focus 10 - 100 mm. Parameters of these X-rays lenses would allow the application of these products in very advanced instruments. The developed technology would be based on the decomposition of multilayers to super smooth bases and on their replication with the assistance of galvanoplastic method to rotationally symmetric X-rays lenses.

FT-TA3/133 �Set of laser interferometers for the length nanometrology�, 3/2006-12/2009, the head researcher is Ing. Jan K�r, MESING, spol. s r.o., Brno, the total costs of CZK 11.730 million, thereof CZK 6.797 million from the state budget.
(Year 2008 � 3.003/1.772, 7e)

Co-researchers:
- Czech Metrology Institute, Brno, RNDr. Petr Balling
- Institute of Scientific Instruments of AS CR, v.v.i., Brno, Ing. Ond�ej ��p, PhD.
Objective of the project: The creation of a set of testing interferometers for nanotechnologies which would allow the measuring of distances and the calibration of sensors of action parts with a given certainty. These systems would be included in the national metrology system of the Czech Republic and will be accessible in accredited workplaces to Czech manufacturers and users of the top measuring technologies.

FT-TA3/151 �Research and development of the surface layers� technology for antifriction and sliding bearings�, 3/2006-12/2009, the researcher is Ing. Vladim�r Vansa, ZKL � V�zkum a v�voj, a.s., Brno, the total costs of CZK 12.163 million, thereof CZK 8.530 million from the state budget.
(Year 2008 � 0.690/0.486, 1d, the nanotechnology research share makes up 20% of the allocated sum.)

Co-researchers:
- ZKL Brno, a.s., Ing. Miroslav Dvo��k
- SV�M, a.s., Praha, Ing. Ji�� Krej��k, CSc.
- Brno University of Technology, FSI, Prof. Ing. Ji�� �vejcar, CSc.
Objective of the project: The research and development of modern technologies related to surface treatments of parts of antifriction and slide bearings. It is about the increasing of utility bearing parameters by optimising their tribologic properties. The objective is the reduction of energy losses in bearings, the increased limit revolution frequencies, the reliability, and the bearing life span. Activities within this project focus also on the development of nanostructural coatings for slide bearings on the basis of metallic and non metallic nanopowders, e.g. Ni, SiC, C (in the graphite form) with a suitable binder.

FT-TA3/156 �Research and development of the new generation of protective filters�, 6/2006-12/2008, the researcher is Ing. Ji�� �oukal, CSc., SIGMA V�zkumn� a v�vojov� �stav, s.r.o., Lut�n, the total costs of CZK 27.082 million, thereof CZK 13.500 million from the state budget.
(Year 2008 � 6.300/3.150, 5a, the nanotechnology research share makes up 70% of the allocated sum.)

Co-researcher:
- ELMARCO, s.r.o., Liberec, Ing. Ladislav Mare�
Objective of the project: The research and development of a new generation of protective breathing filters for the wide spectrum of uses. The filters should be based on the active filtration system and sorption with the use of the technology of nanofibres and ecological sorbent.

FT-TA4/025 �Nanomaterials of the new generation and their industrial applications�, 3/2006-12/2010, the head researcher is Ing. Pavel Hyn�ica, �esk� technologick� centrum pro anorganick� pigmenty a.s., P�erov, the total costs of CZK 39.885 million, thereof CZK 18.945 million from the state budget.
(Year 2008 � 10.504/4.989, 1a)

Co-researchers:
- HET spol. s r.o., Ohn��, Ing. Martin Rozhon
- TELURIA, spol. s r.o., Skrchov, Ing. Lubo� Mr�zek
- ATG s.r.o., Praha, Ing. Franti�ek Peterka, PhD.
- Nuclear Research Institute �e� a.s., RNDr. Vladim�r Balek, DrSc.
- Institute of Chemical Technology Praha, Faculty of Chemical Technology, Dr. Ing. Josef Kr�sa
- V�B - Technical University of Ostrava, Nanotechnology Centre, Prof. Ing. Pavla �apkov�, DrSc.
Objective of the project: The research and development of nanomaterials for industrial applications:
a) The photo active materials based on TiO2;
b) The UV absorbers based on TiO2 for the improved stability of powder paints;
c) The super hydrophile titanium white with the nanostructural surface modification.

FT-TA4/064 �Paints fulfilling the new environmental requirements of EU�, 7/2007-12/2010, the researcher is Ing. Libu�e Hochmannov�, PhD., SYNPO, a.s., Pardubice, the total costs of CZK 70.620 million, thereof CZK 34.417 million from the state budget.
(Year 2008 � 3.240/1.579, 4b, the nanotechnology research share makes up 20% of the allocated sum.)

Co-researchers:
- Spolek pro chemickou a hutn� v�robu, a.s., �st� nad Labem, Ing. Jan Hyr�l, CSc.
- COLOR SPEKTRUM, a.s., Hodon�n, Ing. Franti�ek Drobn�, CSc.
- BARVY A LAKY HOSTIVA�, a.s., Praha, Ing. Dariusz Jakubowicz
- TELURIA, spol. s r.o., Skrchov, Ing. Jaroslav Prudil
- BARVY TEBAS, s.r.o., Praha, Ing. Jaroslav Pracha�
- STAVEBN� CHEMIE SLAN�, a.s., Ing. Michael Koudelka
- University of Pardubice, FCHT, Doc. Ing. Andrea Kalendov�, PhD.

Project participant:
- AKZO NOBEL Coatings CZ, a.s., Opava
Objective of the project: The contribution to the development of the field of coating compositions (CC) and its permanent prosperity and competitiveness within EU. The project counts on the formulation of antimicrobial CC containing varied kinds of nanoparticles and other additives, together with the selection of suitable assessment methods, and also the formulation of oxypolymer way of CC drying with new non toxic additives and with lower contents of volatile organic substances. Another part of the project relates to the formulation of anti corrosion CC, including the high dry matter containing CC based on polysiloxanes and water soluble CC based on hybrid binders. There will be non toxic anti corrosion pigments and fills used in these CC. Modern foaming CC, which limit fire spreading, will be developed on the basis of suitable binders, nanomaterials, and other special additives and they will be assessed. The project focuses also on the monitoring of the development in the legislature within EU.

FT-TA4/074 �Rubberlike nanocomposites of extraordinary properties for rubber products suitable especially for the automotive and defence industries�, 3/2007-12/2010, the researcher is Ing. Ji�� Zelenka, CSc., SYNPO, a.s., Pardubice, the total costs of CZK 22.080 million, thereof CZK 11.481 million from the state budget.
(Year 2008 � 6.522/3.391, 1g)
Co-researchers:
- Gum�rny Zub��, a.s., Ing. Ale� Mace�ek
- University of Pardubice, Faculty of Chemical Technology, Doc. Ing. Ladislav Svoboda, CSc.
Objective of the project: The research of new composites containing nanoparticles of montmorillonite clay. Considering the targeted applications, it is expected that the developed nanocomposite systems will provide for significantly better barrier properties, size stability, higher solvent resistance, higher crack spreading resistance, higher thermal stress resistance, and lower inflammability. Extraordinary attention will be paid to the measuring of the final properties of modified systems with the assistance of intercalates. The research works will focus mainly on cleaning and modification of natural clays, the dispersion process, and the study of impacts of the modifying substances on the dispersion and on final properties.

FT-TA4/126 �Research of semiconducting nanotubes for the implementation of cold-emission parts�, 1/2007-12/2010, the researcher is Ing. Stanislav �tarman, PhD., STARMANS electronics, s.r.o., Praha, the total costs of CZK 18.0 million, thereof CZK 12.24 million from the state budget.
(Year 2008 � 4.500/3.060, 1a)

Co-researchers:
- Masaryk University, Faculty of Science, Prof. RNDr. Josef Huml��ek, CSc.
- DELONG INSTRUMENTS a.s., Brno, RNDr. Michal Dr�ti�ka
- MOLECULAR CYBERNETICS, s.r.o., RNDr. Zden�k Kv��a
- Institute of Inorganic Chemistry AS CR, v.v.i., Husinec-�e�, RNDr. Mariana Klementov�
Objective of the project: The preparation of nanotube semiconducting titanates - the characterising of the chemical composition, structure, and nanomorphology - the characterising of semiconducting properties and the electron surface affinity - the construction of cold emission multipoint parts - the characterising of electron emission properties and the auto emissions - the characterising of volt-ampere and vacuum parameters, and the durability - the construction of voltage sources - the integration of voltage sources with cold emission parts.

FT-TA5/005 �Progressive types of zeolites and their applications�, 4/2008-12/2010, the researcher is Ing. V�nceslava Tokarov�, CSc., V�zkumn� �stav anorganick� chemie, a.s., �st� nad Labem, the total costs of CZK 28.500 million, thereof CZK 18.240 million from the state budget.
(Year 2008 � 9.500/6.080, 5b)

Co-researchers:
- NAXOS XT, a.s., Ing. Josef Kone�n�
- J. Heyrovsky Institute of Physical Chemistry of AS CR, v.v.i., Praha, Prof. Ing. Ji�� �ejka, DrSc.
Objective of the project: The project focuses on the development of new processes for the synthesis of zeolites and nanosize crystals with inbuilt mesopores and the testing of their use in perspective catalytic reactions, among which the acylation of aromates looks currently the most interesting.

FT-TA5/007 �Advanced research of nanomaterials for textiles�, 3/2008-11/2010, the researcher is Ing. Anton�n Ml�och, �esk� technologick� centrum pro anorganick� pigmenty, a.s., P�erov, the total costs of CZK 15.320 million, thereof CZK 7.545 million from the state budget.
(Year 2008 � 4.780/2.404, 1a)

Co-researchers:
- INOTEX, spol. s r.o., Dv�r Kr�lov� n. L., Ing. Lenka Mart�nkov�
- Technical University in Liberec, Faculty of Textiles, Doc. Ing. Jakub Wiener, PhD.
Objective of the project: The research and development of the preparation of suitable modifications of transition metal oxides of photocatalytic and UV absorption properties in the form of powder materials and nanomaterials, and the development of suitable methods for their processing into fibrous materials.


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