Brandt R H, Helm C
Z Erkr Atmungsorgane. 1978 Feb;152(2):131-8.
First clinical experiences with a new developed electroaerosolgenator connecting with an ultrasonicaerosolgenerator are described. Propositions of corrections concern the material of the inonizating tube, which be produced of non fragile plastics and the position of exhalationway. By ionometer measuring we found a directly relation between chargetransport and inhaled volume and the particleconcentration. The transportcapacity was measured by 110.10(-9) Coulomb (C) per ml. One aerosolparticle of 1 micrometer carried more than 100 elementary charges.
描述了一种新开发的与超声雾化器相连的电动雾化器的首次临床经验。改进建议涉及电离管的材料,该材料应由不易碎的塑料制成以及呼气通道的位置。通过离子计测量,我们发现电荷传输与吸入体积和颗粒浓度之间存在直接关系。传输能力通过每毫升110×10⁻⁹库仑(C)来测量。一个1微米的气溶胶颗粒携带超过100个基本电荷。