Modern devices are fully automated electromechanical integrated devices, trying to simulate and strengthen the natural environment of the meteorological factors. The selection of artificial climate incubator light source and the design of operating parameters are the core issues that determine the performance of the device. Basically, climate chambers are equipped with low light artificial light sources that are closest to the solar spectrum. In addition, the automated design of the light source is a relatively strict control to facilitate the growth of the crop.
The artificial climate incubator light source is the long arc cylinder lamp that is closest to the surface solar spectrum, and is equipped with a borosilicate glass filter to remove ultraviolet light below 300 nm. This type of light source combination due to its own aging, its terahertz arc UV output will continue to decline. To this end, a more modern A box, set the 340mm light irradiance to 0.3W/m2 to continuously adjust the power to maintain low arc UV The irradiance is comparable to the solar UV irradiance at the place it is designed to simulate and at the user site.
The above physical climate incubators have physical and chemical changes that occur when they are intended to be exposed naturally. The generation of their bases is also linearly related to the growth of chain vinyls. Meteorological comprehensive action angles are used to characterize the climatic characteristics of climate chambers and to evaluate the natural climate. The simulation. The artificial climate incubators of artificial climate incubators not only differ from the climate in the year in which they were tested, but the differences are much greater than the potential changes in local meteorological factors.
The meteorological integrated action angle of the artificial climate incubator deviates from the comprehensive meteorological action angle of the natural exposure field. We think that for artificial climate incubators, in addition to light, there are factors such as temperature, humidity, spray, wind speed, and their circulation. These factors are all potential factors for materials, but the most important universal factor is temperature.
The artificial climate incubator light source is the long arc cylinder lamp that is closest to the surface solar spectrum, and is equipped with a borosilicate glass filter to remove ultraviolet light below 300 nm. This type of light source combination due to its own aging, its terahertz arc UV output will continue to decline. To this end, a more modern A box, set the 340mm light irradiance to 0.3W/m2 to continuously adjust the power to maintain low arc UV The irradiance is comparable to the solar UV irradiance at the place it is designed to simulate and at the user site.
The above physical climate incubators have physical and chemical changes that occur when they are intended to be exposed naturally. The generation of their bases is also linearly related to the growth of chain vinyls. Meteorological comprehensive action angles are used to characterize the climatic characteristics of climate chambers and to evaluate the natural climate. The simulation. The artificial climate incubators of artificial climate incubators not only differ from the climate in the year in which they were tested, but the differences are much greater than the potential changes in local meteorological factors.
The meteorological integrated action angle of the artificial climate incubator deviates from the comprehensive meteorological action angle of the natural exposure field. We think that for artificial climate incubators, in addition to light, there are factors such as temperature, humidity, spray, wind speed, and their circulation. These factors are all potential factors for materials, but the most important universal factor is temperature.
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