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4 570 (0,066s) •

Projekt

New atmospheric plasma sources based on surface barrier discharges for biomedical applications. (LD13010)

) of a new atmospheric plasma jet source based on surface DBD discharge driven plasma jets fordeposition of thin-films of bio-compatible plasma polymers including their characterisation. (3) Optimization and testin...

BL - Fyzika plasmatu a výboje v plynech

  • 2013 - 2015
    • •
  • 1 655 tis. Kč
    • •
  • 1 400 tis. Kč
    • •
  • MŠMT
Projekt

Surface engineering of heterogeneous bio-based materials using a novel hybrid surface-to-volume dielectric barrier discharge plasma (GF25-20010L)

Plasma surface treatments are common in many sectors like the polymer industry barrier discharge (DCSBD) plasmas are highly effective for large area flat surface to structured surfaces. Floating-electrode ...

Materials engineering

  • 2025 - 2028
    • •
  • 7 080 tis. Kč
    • •
  • 7 080 tis. Kč
    • •
  • GA ČR
Projekt

Study of the interaction of chemically active plasmas with solid surfaces at medium and higher pressures (GAP205/10/0979)

dielectricfilms, morphological analysis of arising layers and plasma-modified surfacesIn the project the complete process of the plasma-solid interaction in chemically active plasmas will be studied by the combina...

BL - Fyzika plasmatu a výboje v plynech

  • 2010 - 2013
    • •
  • 1 879 tis. Kč
    • •
  • 1 879 tis. Kč
    • •
  • GA ČR
Projekt

Study of non-thermal diffuse plasma generated in water vapour at atmospheric pressure by means of optic and laser methods (7AMB14SK204)

1. Determination of parameters of plasma generated in a unique source based on dielectric coplanar surface barrier discharge that will generate strongly non-thermal plasma in water vapour at atmospheric pressure. Study of t...

BL - Fyzika plasmatu a výboje v plynech

  • 2014 - 2015
    • •
  • 95 tis. Kč
    • •
  • 95 tis. Kč
    • •
  • MŠMT
Projekt

Preparation of nano-films and nano-coatings on textiles using plasma surface treatment at atmospheric pressure (KAN101630651)

-temperature plasma generated at atmospheric pressure for the formation of nano-films and nano-coating on the surface of textile fibers. Plasma will be generated using novel unique plasma sources with a high potent...

BL - Fyzika plasmatu a výboje v plynech

  • 2006 - 2010
    • •
  • 41 695 tis. Kč
    • •
  • 33 810 tis. Kč
    • •
  • AV ČR
Projekt

Superhydrophobic surfaces by atmospheric pressure plasma (8J22AT002)

. The project aims to characterize the effect of roughness, surface energy and wear stability of the coatings as well as the chemistry of the surfaces by X-ray plasma and potentially enables further applications of DCSBD in...

Fluids and plasma physics (including surface physics)

  • 2022 - 2023
    • •
  • 164 tis. Kč
    • •
  • 164 tis. Kč
    • •
  • MŠMT
Projekt

Modification of hydrogels by plasma polymerization (ME 553)

. In additionhy, ydrogels in a dry form will be modified by plasma polymerization. Low-surfaceJoint project will be focused on the study of hydrogels with modified surface properties , especially with extremely low friction...

BL - Fyzika plasmatu a výboje v plynech

  • 2002 - 2004
    • •
  • 1 716 tis. Kč
    • •
  • 829 tis. Kč
    • •
  • MŠMT
Projekt

Enhancement of biocompatibility of materials by atmospheric plasma techniques for biomedical application (LD12066)

thin films based on PEO and TiO2 by atmospheric plasma which will have either is to studythe atmospheric plasma treatment of polymers frequently used in biomedicine. The third aim is to study the efficiency of atmospheric plasm...

BL - Fyzika plasmatu a výboje v plynech

  • 2012 - 2015
    • •
  • 2 740 tis. Kč
    • •
  • 1 939 tis. Kč
    • •
  • MŠMT
Projekt

Polymer thin film study by AFM and improvement of plasma diagnostics methods (1P05OC013)

study of correlation between plasma parametres and experimantaly tested morfolofy and structure of plasma modified surfaces......

BL - Fyzika plasmatu a výboje v plynech

  • 2005 - 2005
    • •
  • 304 tis. Kč
    • •
  • 152 tis. Kč
    • •
  • MŠMT
Projekt

The Properties of hydrophobic surfaces in interaction with the fluid (GA13-20031S)

The aim is to acquire basic knowledge about the liquid movement in the contact layer between the liquid and the hydrophobic surface. A new wall function for the formulation of the updated models of turbulence will be defined. Hydrophobic

BK - Mechanika tekutin

  • 2013 - 2015
    • •
  • 8 371 tis. Kč
    • •
  • 8 371 tis. Kč
    • •
  • GA ČR
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