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NIES's Site Layout

Atmospheric Chemistry Laboratory

This is a 6-m3 stainless steel chamber that permits studies of atmospheric photochemistry at pressures as low as 10-7 Torr. This facility is essential to our research on the photochemistry of urban smog, stratospheric ozone depletion, and other important atmospheric phenomena. Photochemical Reaction Laboratory    

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Atmospheric Diffusion Laboratory

This wind tunnel is exceptional in that wind velocities (down to 0.2 m s-1), air temperatures and floor temperatures can be independently controlled to create stratified flow fields. Temperature and wind velocity sensors are moved through the tunnel on a computer controlled traverse system gathering 3- dimensional data. These features, together with the use of models of buildings or mountains in the tunnel, allow accurate simulation of air flow and maintenance functions of plant and soil ecosystems; and to supply pollutant transport under a variety of atmospheric conditions.    Atmospheric Diffusion Wind Tunnel

Atmospheric Diffusion Wind Tunnel

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Multipurpose Atmospheric Laboratory

The aero-free-space laboratory serves as the site for instrument calibration for both laboratory and field experiments. It is also available for atmospheric research that cannot be done in any of the other atmospheric research facilities.

The ozone laser radar is equipped with 3 lasers of different wavelengths and 56- and 200-cm caliber telescopes. Accurate ozone profiles up to an altitude of 45 km are being measured with this instrument.
   Multipurpose Atmospheric Laboratory (Aero FREE Space)

Ozone Lidar
(Ozone Lidar)

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Climate Change Research Hall
Climate change, caused by increasing atmospheric greenhouse gas concentrations, is the most important global environmental issue facing humanity today. Countermeasures must be based on sound scientific assessments. The following major research programs are conducted in this new facility:
(1) development and application of the climate change models based on various socio-economic and emissions scenarios,
(2) monitoring of atmospheric constituents to evaluate the ocean and terrestrial carbon sinks, and (3) assessment of forest sinks by remote sensing, forest models and statistical data. In addition, the facility includes equipment to evaluate low emissions vehicles.
 
Climate Change Research Hall
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