Commercial, second surface glass mirror are emphasized, but aluminum and metallized polymeric films are also included. Criteria for sealing solar mirrors in order to prevent environmental degradation and criteria for bonding sagged or bent mirrors to substrate materials are described. An overview of the technical areas involved in evaluating small mirror samples, sections, and entire large gores is presented. A basis for mirror criteria was established that eventually may become part of inspection and evaluation techniques for three dimensional parabolic reflective surfaces
This paper compares the two most common reflectometers used to assess the specular reflectance of ba...
In this study, the optical design of a solar parabolic dish concentrator is presented. The parabo...
AbstractAn improved tool for the shape qualification of parabolic trough mirror modules used in conc...
Materials for highly reflective surfaces for use in parabolic dish solar concentrators are discussed...
AbstractFrom 2009 to 2010, in order to construct a 100m-long parabolic trough in Beijing Badaling so...
Two different concentrating mirrors have been constructed that resemble parabolic dish reflectors. B...
A fabrication technique was successfully developed for a metallic aluminum honeycomb, high-accuracy,...
Parabolic Dish Concentrator No. 1 (PDC-1) is a 12-m-diameter prototype concentrator with low life-cy...
An optical analysis of a parabolic solar collection system operating in Earth orbit was performed us...
AbstractThe paper explores the experimental results of the prototype compound parabolic trough made ...
Concentrating solar power systems currently have a high capital cost when compared with other energ...
Solar thermal power plants employ sunlight directly to generate electricity. Although the solar ener...
AbstractOne of the critical aspects characterizing the behavior of the solar mirrors is their specul...
In order to achieve high optical efficiency of solar parabolic trough collectors and high performanc...
In order to achieve high optical efficiency of solar parabolic trough collectors and high performanc...
This paper compares the two most common reflectometers used to assess the specular reflectance of ba...
In this study, the optical design of a solar parabolic dish concentrator is presented. The parabo...
AbstractAn improved tool for the shape qualification of parabolic trough mirror modules used in conc...
Materials for highly reflective surfaces for use in parabolic dish solar concentrators are discussed...
AbstractFrom 2009 to 2010, in order to construct a 100m-long parabolic trough in Beijing Badaling so...
Two different concentrating mirrors have been constructed that resemble parabolic dish reflectors. B...
A fabrication technique was successfully developed for a metallic aluminum honeycomb, high-accuracy,...
Parabolic Dish Concentrator No. 1 (PDC-1) is a 12-m-diameter prototype concentrator with low life-cy...
An optical analysis of a parabolic solar collection system operating in Earth orbit was performed us...
AbstractThe paper explores the experimental results of the prototype compound parabolic trough made ...
Concentrating solar power systems currently have a high capital cost when compared with other energ...
Solar thermal power plants employ sunlight directly to generate electricity. Although the solar ener...
AbstractOne of the critical aspects characterizing the behavior of the solar mirrors is their specul...
In order to achieve high optical efficiency of solar parabolic trough collectors and high performanc...
In order to achieve high optical efficiency of solar parabolic trough collectors and high performanc...
This paper compares the two most common reflectometers used to assess the specular reflectance of ba...
In this study, the optical design of a solar parabolic dish concentrator is presented. The parabo...
AbstractAn improved tool for the shape qualification of parabolic trough mirror modules used in conc...