SIO Reference 59-20. In the study of the penetration of (either natural or artificial) light into the sea and the atmosphere, the most important variable is the radiance distribution which describes the angular distribution of the "brightness" of monochromatic light about each point in the medium. While much is known about the theory of the radiance distribution, the equations governing it are extremely difficult to solve in detail. It would then be of great help in practical everyday problems to be able to obtain rough estimates of upper and lower bounds of the radiance distribution about a given point in the medium
An expression is derived for the rate at which the diffuse attenuation coefficient for vector irradi...
Copyrighted by American Geophysical Union.An expression for the ratio of the upwelling nadir radianc...
In this paper, the discussion about details of the results of observation on distribution of the sea...
SIO Reference 59-20. In the study of the penetration of (either natural or artificial) light into th...
SIO Reference 58-25. The objective of the 1957 field work was to obtain detailed data on radiance di...
Results for the actual radiance distribution of light are obtained numerically using the in situ mea...
The angular distribution of underwater radiance for green light has been studied in the upper turbid...
SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of rad...
Report No. 3-6. Contract NObs-72039. A manuscript entitled "Radiance Distribution as a Function of D...
Radiance is widely regarded as the principal quantity in light transport theory. Yet, the concept of...
This paper develops a mathematical model for the radiance distribution of light penetrating a homoge...
SIO Reference 60-9. The report presents the detailed radiance distribution data obtained under overc...
This article describes methods of calculating the radiance distribution of solar highlights on the o...
A numerical technique is presented for computing radiance distributions in natural waters that have ...
Ninety observation series of solar irradiance and angular distributions of sky radiance at different...
An expression is derived for the rate at which the diffuse attenuation coefficient for vector irradi...
Copyrighted by American Geophysical Union.An expression for the ratio of the upwelling nadir radianc...
In this paper, the discussion about details of the results of observation on distribution of the sea...
SIO Reference 59-20. In the study of the penetration of (either natural or artificial) light into th...
SIO Reference 58-25. The objective of the 1957 field work was to obtain detailed data on radiance di...
Results for the actual radiance distribution of light are obtained numerically using the in situ mea...
The angular distribution of underwater radiance for green light has been studied in the upper turbid...
SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of rad...
Report No. 3-6. Contract NObs-72039. A manuscript entitled "Radiance Distribution as a Function of D...
Radiance is widely regarded as the principal quantity in light transport theory. Yet, the concept of...
This paper develops a mathematical model for the radiance distribution of light penetrating a homoge...
SIO Reference 60-9. The report presents the detailed radiance distribution data obtained under overc...
This article describes methods of calculating the radiance distribution of solar highlights on the o...
A numerical technique is presented for computing radiance distributions in natural waters that have ...
Ninety observation series of solar irradiance and angular distributions of sky radiance at different...
An expression is derived for the rate at which the diffuse attenuation coefficient for vector irradi...
Copyrighted by American Geophysical Union.An expression for the ratio of the upwelling nadir radianc...
In this paper, the discussion about details of the results of observation on distribution of the sea...