|
|
Ink formulation for chemical labels printing
Martiniaková, Ivana ; Krystyník,, Pavel (oponent) ; Veselý, Michal (vedoucí práce)
This diploma theses is about the study of the effect of individual components of printing compositions intended for material printing of identificaton codes, read by X-ray fluorescence. Two printing technologies were used – screen printing and pad printing. The composition of the print compositions has been optimized in term of visual recognition, print repeatability, a dry matter content providing an X-ray fluorescence signal, as well as optimization of the material print process leading to the creation of invisible identification tags for archive documents.
|
|
| |
|
|
Ink formulation for chemical labels printing
Martiniaková, Ivana ; Krystyník,, Pavel (oponent) ; Veselý, Michal (vedoucí práce)
This diploma theses is about the study of the effect of individual components of printing compositions intended for material printing of identificaton codes, read by X-ray fluorescence. Two printing technologies were used – screen printing and pad printing. The composition of the print compositions has been optimized in term of visual recognition, print repeatability, a dry matter content providing an X-ray fluorescence signal, as well as optimization of the material print process leading to the creation of invisible identification tags for archive documents.
|
host ::
RSS.