Dukes J C, Hallmon C F, Shaffer K R, Hester P G
John A. Mulrennan, Sr. Research Laboratory, Department of Health and Rehabilitative Services, Panama City, FL 32406.
J Am Mosq Control Assoc. 1990 Jun;6(2):279-82.
A study to determine the effects of machine pressure and insecticide flow rate on the size of aerosol droplets as they relate to the Cythion label was conducted with 3 different ground ULV aerosol generators. An increase in flow rate required a corresponding increase in blower pressure to maintain the labeled droplet mass median diameter of 17 microns or less. Droplets larger than 48 microns were frequently sampled at machine pressures less than 6 psi (41.4 kPa). At the highest labeled flow rate of 8.6 fl oz/min (254.3 ml/min), machine pressures of 7-8 psi (48.3-55.2 kPa) were required for each of the 3 aerosol generators tested to consistently conform to the droplet criteria of the Cythion label.
使用3种不同的地面超低容量气溶胶发生器进行了一项研究,以确定机器压力和杀虫剂流速对气溶胶液滴大小的影响,这些影响与赛硫磷标签相关。流速增加时,需要相应提高鼓风机压力,以保持标签规定的液滴质量中值直径为17微米或更小。在机器压力低于6磅力/平方英寸(41.4千帕)时,经常会采集到直径大于48微米的液滴。在所测试的3种气溶胶发生器中,要始终符合赛硫磷标签的液滴标准,在最高标签流速8.6液量盎司/分钟(254.3毫升/分钟)的情况下,所需的机器压力为7 - 8磅力/平方英寸(48.3 - 55.2千帕)。