Given minimum source concentrations of 2 milligrams per cubic meter, predicted vertical temperature gradients, and cloud-width inputs, we see that the downwind toxic vapor hazard to large areas of the FRG and DDR will be approximately 0.3 ( plus or minus 50 percent in our calculations, allowing for expected impurities and chemical breakdown in the chemical munitions ) as great as that at the targets themselves.
22.
Given minimum source concentrations of 2 milligrams per cubic meter, predicted vertical temperature gradients, and cloud-width inputs, we see that the downwind toxic vapor hazard to large areas of the FRG and DDR will be approximately 0 . 3 ( plus or minus 50 percent in our calculations, allowing for expected impurities and chemical breakdown in the chemical munitions ) as great as that at the targets themselves.
