![](/pic/thumbs/C-vlakna_th.jpg) Carbon-fiber with air microspaces inside composite |
![](/pic/thumbs/C-vlakna_podpovrch_th.jpg) Bunch of C-fibers 1 mm under surface of the organic composite |
![](/pic/thumbs/IR_808_vzorku_th.jpg) Infrared picture of structure of the sample |
![](/pic/thumbs/IR_spektrum_kompozitu_th.jpg) Organic composite absorption spectrum in IR |
![](/pic/thumbs/Justaz_expanderu_u_laseru_th.jpg) Adjustment of the laser-beam expander |
![](/pic/thumbs/mag_pole_ve_vyb_th.jpg) Plasma in magnetic field |
![](/pic/thumbs/mikrofoto_zk_dest_ZnS_bal_9_th.jpg) Luminescence of ZnS in UV radiation |
![](/pic/thumbs/Mikrovakance_mikroluminiscencni_th.jpg) Microvacancies in the material read by microluminescent technique |
![](/pic/thumbs/tomograf.snimek_kompozitu_th.jpg) Tomogram. of structure of the material |
![](/pic/thumbs/Polarizacni_mikroskopie_v_praxi_th.jpg) Polarizing microscopy in practice |
![](/pic/thumbs/z_historie_th.jpg) The history: making of the prototype of air-cooled CO2 laser 60 W |
![](/pic/thumbs/priprava_mericiho_laseru_th.jpg) Preparation of the measuring laser |
![](/pic/thumbs/plazma_v_trubici_laseru_th.jpg) Plasma in the laser-tube |
![](/pic/thumbs/agregaty_Fe2O3_800x_th.jpg) Clusters of the Fe2O3, 800x magnified |
![](/pic/thumbs/2.harmonicka_YAGu_v_mikroskopii_th.jpg) 2. harmonic of the YAG-laser in microscopy |
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![](/pic/thumbs/struktura_kapaliny_th.jpg) The structure of the liquid |
![](/pic/thumbs/hadanka_th.jpg) Organic fluid properties |
![](/pic/thumbs/nekonvencni_analyza_plynu_z_organ_materialu_th.jpg) Unconventional analysis of the compound through the gaseous discharge |