Atmospheric turbidity conditions were monitored during the period 1989–1995 in rural and
urban sites in Egypt. The rural site (Aswan) is in the south region of Egypt (desert climate) …

Atmospheric turbidity coefficients have been estimated in many locations, either on the basis
of spectral irradiance or on broadband direct irradiance data. The Ångström turbidity …

The atmosphere of Kathmandu Valley has been investigated by using Sunphotometer and
Nephelometer during the pre-monsoon period of 1999. The atmospheric turbidity …

This work is based on simultaneous measurements of direct solar radiation along with other
chemical measurements, with the objective of investigating the diurnal and seasonal …

A summary of factors affecting the atmospheric turbidity is given. Data on aerosol optical
depth and atmospheric turbidity coefficients (ie, the Linke factor, T, and Ångström coefficient …

Measurements of direct solar radiation intensity, using an Angström compensation
pyrheliometer carried out over three harmattan seasons (1985–1987) at Ile-Ife (7° 29′ N, 4° …

Atmospheric turbidity is an important parameter for assessing the air pollution in local areas
and controlling the attenuation of solar radiation reaching the Earth's surface under …

Values of the Angstrom turbidity coefficient, β, at 0.50 μm wavelength have been determined
in Lagos, a tropical coastal city in Nigeria, for 17months between 1990 and 1991 using a …

Turbidity atmospheric conditions have been monitored during 1995, from March to
November, in a rural station in the “Castilla y León” region in Spain, of continental climate …

Atmospheric turbidity parameters have been determined following Angstrom's method at
three locations in Bangladesh namely, Dhaka city (23.7° N) and two rural locations, Haripur …