Add to ORKGThis Technical Note (TN2) is a result of the activity 'Advanced Measurement Techniques for the Validation of CFD for Cryogenic Flows in Reduced Gravity', performed by DLR under contract from the European Space Agency. It contains the design of a cryogenic benchmark experiment, introducing fibre-optic sensor/measurement equipment for bubble detection and temperature measurement in liquid nitrogen and liquid hydrogen
This experiment was designed to provide a visual understanding of the nature of saturated liquid nit...
We present a liquid level sensing system for cryogenic fluids based on an array of aluminum-coated f...
A cryostat with a high-voltage bushing, optical observation ports, variable controlled temperature a...
The Final Report provides an overview of the activity “Advanced Measurement Techniques for the Vali...
This Technical Note contains the design of a cryogenic benchmark experiment, introducing fibre-opti...
This Technical Note presents the results of cryogenic sensor validation experiments in liquid nitro...
Sensors for various fluid physical quantities play a vital role in the management of cryogenic liqui...
AbstractIn this work, a mathematical model is presented for a newly developed cryogenic flow meter w...
As part of FLPP3 tests about the stratification with liquids in very low temperature regions must b...
In this work, a mathematical model is presented for a newly developed cryogenic flow meter which is ...
The realization of an optical fibre sensor applied to cryogenic temperature measurement in harsh env...
This Technical Note contains a study of advanced sensor technologies for a cryogenic benchmark expe...
We present a liquid level sensing system for cryogenic fluids based on an array of aluminum-coated f...
The magnets for the next steps in accelerator physics, such as the High Luminosity upgrade of the LH...
An ultrasound sensor system based on the transmission-mode approach is developed to enable the monit...
This experiment was designed to provide a visual understanding of the nature of saturated liquid nit...
We present a liquid level sensing system for cryogenic fluids based on an array of aluminum-coated f...
A cryostat with a high-voltage bushing, optical observation ports, variable controlled temperature a...
The Final Report provides an overview of the activity “Advanced Measurement Techniques for the Vali...
This Technical Note contains the design of a cryogenic benchmark experiment, introducing fibre-opti...
This Technical Note presents the results of cryogenic sensor validation experiments in liquid nitro...
Sensors for various fluid physical quantities play a vital role in the management of cryogenic liqui...
AbstractIn this work, a mathematical model is presented for a newly developed cryogenic flow meter w...
As part of FLPP3 tests about the stratification with liquids in very low temperature regions must b...
In this work, a mathematical model is presented for a newly developed cryogenic flow meter which is ...
The realization of an optical fibre sensor applied to cryogenic temperature measurement in harsh env...
This Technical Note contains a study of advanced sensor technologies for a cryogenic benchmark expe...
We present a liquid level sensing system for cryogenic fluids based on an array of aluminum-coated f...
The magnets for the next steps in accelerator physics, such as the High Luminosity upgrade of the LH...
An ultrasound sensor system based on the transmission-mode approach is developed to enable the monit...
This experiment was designed to provide a visual understanding of the nature of saturated liquid nit...
We present a liquid level sensing system for cryogenic fluids based on an array of aluminum-coated f...
A cryostat with a high-voltage bushing, optical observation ports, variable controlled temperature a...