Add to ORKGno information on how the actual device geometry deviates from vation. Radiation coming from the point of observation and falling the design. If concentrator performance is much lower than antici-pated due to manufacturing flaws, such measurements provide little assistance in identifying and repairing these flaws. A more detailed geometric characterization of imaging reflectors can be provided by photogrammetr
common measurement systems proving the high quality of state-of-the-art mirror panels. However, meas...
AbstractSolar concentrators for small scale applications typically make use of parabolic dishes or a...
In this paper geometric and radiometric investigations performed with two Leica/Helava DSW200 scanne...
Digital close range photogrammetry has proven to be a precise and efficient measurement technique fo...
Digital close range photogrammetry has proven to be a precise and efficient measurement technique fo...
Close-range photogrammetry has been used to control the construction of a jig used in the assembly o...
Photogrammetry has been used to control the assembly of a convex paraboloidal jig, used in the const...
AbstractSolar concentrating technology uses defined reflective surfaces to concentrate beam solar ra...
For a linear reflective photovoltaic concentrator, small regions of low radiation flux can significa...
The optical quality of the collector field of concentrating solar power plants is an essential facto...
Commission V Real-Time Photogrammetry is making inroads into various applieations due to its ability...
This paper describes the development of ray tracing models for a 500 m2 dish concentrator. Two disti...
Both mirror alignment of parabolic troughs and shape and tracking accuracy of heliostats are key par...
A series of reflective troughs have been designed at the Centre for Sustainable Energy Systems at th...
An optical measurement for radiation concentrators is proposed. A Lambertian light source is placed ...
common measurement systems proving the high quality of state-of-the-art mirror panels. However, meas...
AbstractSolar concentrators for small scale applications typically make use of parabolic dishes or a...
In this paper geometric and radiometric investigations performed with two Leica/Helava DSW200 scanne...
Digital close range photogrammetry has proven to be a precise and efficient measurement technique fo...
Digital close range photogrammetry has proven to be a precise and efficient measurement technique fo...
Close-range photogrammetry has been used to control the construction of a jig used in the assembly o...
Photogrammetry has been used to control the assembly of a convex paraboloidal jig, used in the const...
AbstractSolar concentrating technology uses defined reflective surfaces to concentrate beam solar ra...
For a linear reflective photovoltaic concentrator, small regions of low radiation flux can significa...
The optical quality of the collector field of concentrating solar power plants is an essential facto...
Commission V Real-Time Photogrammetry is making inroads into various applieations due to its ability...
This paper describes the development of ray tracing models for a 500 m2 dish concentrator. Two disti...
Both mirror alignment of parabolic troughs and shape and tracking accuracy of heliostats are key par...
A series of reflective troughs have been designed at the Centre for Sustainable Energy Systems at th...
An optical measurement for radiation concentrators is proposed. A Lambertian light source is placed ...
common measurement systems proving the high quality of state-of-the-art mirror panels. However, meas...
AbstractSolar concentrators for small scale applications typically make use of parabolic dishes or a...
In this paper geometric and radiometric investigations performed with two Leica/Helava DSW200 scanne...