Concept for a new cloud condensation nucleus (CCN) spectrometer
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A detailed knowledge of the light distribution characteristics through advanced window systems is required to improve the visual comfort of the building's occupants while controlling the propagation of daylight in rooms and the solar gains. An innovative b ...
A new instrument for measuring cloud condensation nuclei (CCN) on board small aircraft is described. Small aircraft are attractive mainly because they are less costly, but they require instruments that are designed for minimum weight, volume, and power con ...
Rapid population growth and city expansion, along with scarce resources for planning and management, are widely shared characteristics of southern cities. The System for Monitoring Urban Functionalities (SMURF) has been designed and developed for the city ...
Rapid population growth and city expansion, along with scarce resources for planning and management, are widely shared characteristics of southern cities. The System for Monitoring Urban Functionalities (SMURF) has been designed and developed for the city ...
In a previous publication [Appl. Opt. 43, 961 (2004)], One of the figures on page 973 was presented inaccurately, as was the surname of the first author. These inaccuracies are corrected here. (C) 2004 Optical Society of America ...
The behavior and performance of four cloud condensation nucleus instruments are theoretically analyzed. They include the static diffusion cloud chamber (SDCC), the Fukuta continuous flow spectrometer (FCNS), the Hudson continuous flow spectrometer (HCNS), ...
During the Limitation of Oxidant Prodn. (LOOP) campaign, different instruments were deployed, providing a complete data set. This will be used to evaluate the model and its ability to reproduce pollution events. Then, the complete data set will be used for ...