This work summarizes the results from an extensive test campaign in which space-based laser optics were qualified for the upcoming ESA ADM-Aeolus mission. 14 different types of optical components from different suppliers were tested at the Nd:YAG laser wavelength according to the ISO standard 11 254 – 2 for multiple pulse testing. A new technique based on transient pressure sensing was developed to monitor the occurrence of damage on a sample surface exposed to a vacuum environment. Parallel testing of reference samples showed a distinct degradation under vacuum compared to atmospheric or pressurized environment. For all samples tested we found a typical behavior in the characteristic damage curves attained: A sharp drop in LIDT for small ...
To cover the preparatory test issues of upcoming ESA space laser missions, in joined effort amongst ...
In this study, laser damage tests of multilayer dielectric gratings (MDGs) are performed in vacuum (...
In this paper we will discuss the difficulties of performing comparable laser damage testing as well...
Laser optics being used in space laser systems are usually exposed to high vacuum conditions under t...
As a consequence of the ongoing interest for deployment of laser systems into space, suitable optica...
As a consequence of the ongoing interest for deployment of laser systems into space, suitable optica...
The Institute of Technical Physics at DLR Stuttgart is operating a laboratory where the laser damage...
In many cases, optical coatings are the limiting factor for the operational reliability of measureme...
At the German Aerospace Center in Stuttgart a laser damage test bench is run to evaluate damage thre...
In the determination of the laser-induced damage threshold (LIDT) of optical coatings former Round-R...
Laser optics operated under a high-vacuum environment are exposed to an increased risk of failure. T...
Today’s high power pulsed laser applications need optics with coated surfaces to improve the optical...
Spaceborne lidars carry much promise for Earth observation and interplanetary missions to measure at...
Space environment presents unique challenges for the operation of optics and optical coatings as par...
To cover the preparatory test issues of upcoming ESA space laser missions, in joined effort amongst ...
To cover the preparatory test issues of upcoming ESA space laser missions, in joined effort amongst ...
In this study, laser damage tests of multilayer dielectric gratings (MDGs) are performed in vacuum (...
In this paper we will discuss the difficulties of performing comparable laser damage testing as well...
Laser optics being used in space laser systems are usually exposed to high vacuum conditions under t...
As a consequence of the ongoing interest for deployment of laser systems into space, suitable optica...
As a consequence of the ongoing interest for deployment of laser systems into space, suitable optica...
The Institute of Technical Physics at DLR Stuttgart is operating a laboratory where the laser damage...
In many cases, optical coatings are the limiting factor for the operational reliability of measureme...
At the German Aerospace Center in Stuttgart a laser damage test bench is run to evaluate damage thre...
In the determination of the laser-induced damage threshold (LIDT) of optical coatings former Round-R...
Laser optics operated under a high-vacuum environment are exposed to an increased risk of failure. T...
Today’s high power pulsed laser applications need optics with coated surfaces to improve the optical...
Spaceborne lidars carry much promise for Earth observation and interplanetary missions to measure at...
Space environment presents unique challenges for the operation of optics and optical coatings as par...
To cover the preparatory test issues of upcoming ESA space laser missions, in joined effort amongst ...
To cover the preparatory test issues of upcoming ESA space laser missions, in joined effort amongst ...
In this study, laser damage tests of multilayer dielectric gratings (MDGs) are performed in vacuum (...
In this paper we will discuss the difficulties of performing comparable laser damage testing as well...