The first measuring instruments of solar radiation, for meteorological aims, were made only in 1800s. In 1896 OMI established a commission for radiometry which led, in 1905, to choose Ångström pyrheliometer as standard instrument. Later, radiometers were built with a chart recorder for measuring solar radiation components. Instruments using thermopile or photocell as sensitive element were made. From 1980s radiometers with data logger were built. In 2000s devices were developed for measuring solar radiation components in water column, for studies on physical and biological marine quantities
The purpose of this study was to quantify the characteristics of solar insolation in the coastal zon...
<p>(A) Depth profiles of the irradiance at 305, 320, and 380 nm, and PAR (400–700 nm) and values of ...
This work deals with the features of solar radiation, especially the intensity of solar radiation. T...
The first measuring instruments of solar radiation, for meteorological aims, were made only in 1800s...
The rather specialized field of solar and infrared radiation measurement has become more and more im...
During the past decade important advances have been made in the measurement of light and radiant ene...
A mathematical model has been developed for predicting the spectral distribution of solar radiation ...
Graduation date: 1965Solar radiation intensities, incident to the sea surface off the Oregon\ud coas...
The following are covered: the Sun and its radiation, solar radiation and atmospheric interaction, s...
The Sun's energy is distributed over a broad range of the electromagnetic spectrum and Sun behaves a...
Simple thermopiles formed by copper-plating a constantan wire were used to build a solarimeter and a...
The book focuses on optical (visible and thermal) radiometry with emphasis on the integration of in ...
AbstractThis paper describes the design, calibration, and deployment of a sea color surface spectral...
Solar energy is a result of the nuclear fusion process in the form of a series of thermonuclear even...
Solar radiation is the main driving force for the Earth’s weather and climate. It is also the prime ...
The purpose of this study was to quantify the characteristics of solar insolation in the coastal zon...
<p>(A) Depth profiles of the irradiance at 305, 320, and 380 nm, and PAR (400–700 nm) and values of ...
This work deals with the features of solar radiation, especially the intensity of solar radiation. T...
The first measuring instruments of solar radiation, for meteorological aims, were made only in 1800s...
The rather specialized field of solar and infrared radiation measurement has become more and more im...
During the past decade important advances have been made in the measurement of light and radiant ene...
A mathematical model has been developed for predicting the spectral distribution of solar radiation ...
Graduation date: 1965Solar radiation intensities, incident to the sea surface off the Oregon\ud coas...
The following are covered: the Sun and its radiation, solar radiation and atmospheric interaction, s...
The Sun's energy is distributed over a broad range of the electromagnetic spectrum and Sun behaves a...
Simple thermopiles formed by copper-plating a constantan wire were used to build a solarimeter and a...
The book focuses on optical (visible and thermal) radiometry with emphasis on the integration of in ...
AbstractThis paper describes the design, calibration, and deployment of a sea color surface spectral...
Solar energy is a result of the nuclear fusion process in the form of a series of thermonuclear even...
Solar radiation is the main driving force for the Earth’s weather and climate. It is also the prime ...
The purpose of this study was to quantify the characteristics of solar insolation in the coastal zon...
<p>(A) Depth profiles of the irradiance at 305, 320, and 380 nm, and PAR (400–700 nm) and values of ...
This work deals with the features of solar radiation, especially the intensity of solar radiation. T...