Abstract
A wind tunnel which permits estimates of atmospheric diffusion is described. Smoke from power plant smoke stacks, for example, can be simulated and traced to determine the manner of diffusion in the air as well as the grade of dilution. The wind tunnel is also capable of temperature controlled diffusion tests in which temperature distribution inside the wind tunnel is controlled. A minimum wind velocity of 10 cm can be obtained with accuracy within plus or minus 0.05 percent using a controlled direct current motor; diffusion tests are often made at low wind velocity. Fully automatic measurements can be obtained by using a minicomputer so that the operation and reading of the measuring instruments can be remotely controlled from the measuring chamber. (Air Pollut. Abstr.)
Citation Formats
Maki, S, Sakai, J, and Murata, E.
Atmospheric diffusion wind tunnel with automatic measurement.
Japan: N. p.,
1974.
Web.
Maki, S, Sakai, J, & Murata, E.
Atmospheric diffusion wind tunnel with automatic measurement.
Japan.
Maki, S, Sakai, J, and Murata, E.
1974.
"Atmospheric diffusion wind tunnel with automatic measurement."
Japan.
@misc{etde_7350886,
title = {Atmospheric diffusion wind tunnel with automatic measurement}
author = {Maki, S, Sakai, J, and Murata, E}
abstractNote = {A wind tunnel which permits estimates of atmospheric diffusion is described. Smoke from power plant smoke stacks, for example, can be simulated and traced to determine the manner of diffusion in the air as well as the grade of dilution. The wind tunnel is also capable of temperature controlled diffusion tests in which temperature distribution inside the wind tunnel is controlled. A minimum wind velocity of 10 cm can be obtained with accuracy within plus or minus 0.05 percent using a controlled direct current motor; diffusion tests are often made at low wind velocity. Fully automatic measurements can be obtained by using a minicomputer so that the operation and reading of the measuring instruments can be remotely controlled from the measuring chamber. (Air Pollut. Abstr.)}
journal = []
volume = {89}
journal type = {AC}
place = {Japan}
year = {1974}
month = {Jan}
}
title = {Atmospheric diffusion wind tunnel with automatic measurement}
author = {Maki, S, Sakai, J, and Murata, E}
abstractNote = {A wind tunnel which permits estimates of atmospheric diffusion is described. Smoke from power plant smoke stacks, for example, can be simulated and traced to determine the manner of diffusion in the air as well as the grade of dilution. The wind tunnel is also capable of temperature controlled diffusion tests in which temperature distribution inside the wind tunnel is controlled. A minimum wind velocity of 10 cm can be obtained with accuracy within plus or minus 0.05 percent using a controlled direct current motor; diffusion tests are often made at low wind velocity. Fully automatic measurements can be obtained by using a minicomputer so that the operation and reading of the measuring instruments can be remotely controlled from the measuring chamber. (Air Pollut. Abstr.)}
journal = []
volume = {89}
journal type = {AC}
place = {Japan}
year = {1974}
month = {Jan}
}