National Repository of Grey Literature 5 records found  Search took 0.00 seconds. 
SMV-2023-63: Measuring interferometric systems
Mikel, Břetislav
The contract research was focused on the development of multi-axis measuring systems using the most accurate method of measurement based on the principle of laser radiation interference. The basic reference is a laser source with a wavelength of 633 nm. Measuring systems are intended for devices requiring measurement accuracy in the order of nanometers.
SMV-2023-61: Measuring systems for lithographers
Mikel, Břetislav
The contract research was focused on the development of multi-axis measuring systems using the most accurate method of measurement based on the principle of laser radiation interference. The basic reference is a laser source with a wavelength of 633 nm. Measuring systems are intended for devices requiring measurement accuracy in the order of nanometers.
SMV-2022-37: Interferometers for coordinate measurement
Holá, Miroslava ; Hrabina, Jan ; Oulehla, Jindřich ; Pokorný, Pavel ; Lazar, Josef ; Šarlejová, Tatiana ; Šlechtický, Stanislav ; Humeňanská, Jana
The contract research was focused on the development of multi-axis measuring systems using the most accurate method of measurement based on the principle of laser radiation interference. The basic reference is a laser source with a wavelength of 633 nm. Measuring systems are intended for devices requiring measurement accuracy in the order of nanometers.
NEOSTEL Fly-Eye Optics Alignment Aid System (AAS) - design
Budasz, Jiří ; Lédl, Vít ; Pleštil, Jan ; Steiger, Kateřina ; Steiger, Lukáš ; Václavík, Jan ; Veselý, Martin ; Vít, T.
The aim of this document is to describe the design of the Fly-Eye Optics Alignment Aid System.
Design and Construction of Flow-through Detection Cell for Nephelometric Determinations and Its Application for Determination of Sulphate and Promethazine
Nováková, Eliška ; Hraníček, Jakub (advisor) ; Nesměrák, Karel (referee)
The aim of this thesis has been design, construction and application of a flow-through nephelometric detection cell based on photodiode as a sensor and a laser source. The developed device has been tested and its function has been proven on the determination of sulphate by flow injection analysis with nephelometric detection after precipitation by barium chloride. The results achieved were comparable with those obtained by spectrometric detection. Furthermore, the device has been successfully applied to the determination of promethazine based on formation of its insoluble ion associate with bromophenol blue. Powered by TCPDF (www.tcpdf.org)

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