Photo-responsive materials belong among novel, fast-developing intelligent
materials of modern era. They seem to be promising smart systems in many
current and future technologies i.e. in medicine, mechanical and construction
engineering, energy harvesting, sensors etc. Very encouraging group of these
materials is represented by photo-actuating (PA), shape-memory systems. Their
main feature known as photo-actuation is capability to rapidly and reversibly
change their shape after external light exposure.
However, there are several limitations reducing their real-life utilization.
Generally known PA systems, mainly solid materials, suffer from not very
significant dimension change that is usually in order of 0.001% of original shape.
Hence, the main aim of this work is focused on composite systems, in which the
combined PA effect of matrix and filler is frequently synergic, but those systems
also possess many drawbacks that need to be solved, i.e. low compatibility of filler
to the matrix related poor dispersibility in such system resulting to the low thermal
conductivity and finally poor mechanical properties as well as PA capabilities.
The mentioned drawbacks can be reduced by modifying the filler with compact
polymer layer possessing such surface properties those can significantly enhance
particle/matrix compatibility and thus contribute to considerably improve overall
properties.
ISBN: | 978-80-7454-940-3 |
EAN: | 9788074549403 |
Počet stran |
54 stran |
Datum vydání |
09. 10. 2020 |
Pořadí vydání |
První |
Jazyk |
anglický |
Vazba |
e-kniha - ostatní |
Autor: |
Josef Osička |
Nakladatelství |
Univerzita Tomáše Bati ve Zlíně |
Tématická skupina |
999 - nezařazeno |
| Neprodejná publikace. Publikaci je možné poptávat zde: Volně dostupné na http://hdl.handle.net/10563/45932 |