sandra.tippmann@ilkdresden.de
A cryosorption system is defined as a vacuum pump that captures gas on cryogenic surfaces (gas-binding vacuum pump). Thus pressures lower than 5-12 mbar are…
moritz.kuhn@ilkdresden.de
Humidifier System, High-Purity Gases, dew point,
At the ILK Dresden a humidification system was developed and manufactured which is especially suitable for research…
matthias.schneider@ilkdresden.de
With the help of this basic research project, processes that occur during the sudden evaporation of cryogenic media should be better understood, described and…
Erik.Neuber@ilkdresden.de
Molecular hydrogen occurs in two isomeric forms which differ in their configuration of the nuclear spin: orthohydrogen and parahydrogen, whereas the latter accounts for…
erik.neuber@ilkdresden.de
The main objective of the R&D project is the development of a cryogenic cooling system capable of recondensing a gas stream of vaporized natural gas back to its…
andreas.kade@ilkdresden.de
The aim of the R&D project is the development of an intelligent innovative power supply as a 4-quadrant controller and energy storage device, which consists of a…
norbert.gust@ilkdresden.de
The aim of the R&D project was the development of multifunctional electronic modules that enable the operation of a large number and variety of sensors to be used…
andreas.kade@ilkdresden.de
The applications of cryogenic and vacuum technology impose special requirements on connection technologies. To determine the appropriate connections the application…
email
hannes.rosenbaum@ilkdresden.de
thermal simulation, building and system simulation, energy demand, energy efficiency, thermal comfort
TRNSYS
TRNSYS (TRaNsient SYstem Simulation…
