Tsibikov V B, Gudkov G A, Serafimov A S, Malenko Z N, Rabin'kiĭ B Ia
Med Tekh. 1985 Jul-Aug(4):50-4.
The effect of residual air concentration in a sterilization chamber and of technique of its removal on the heating rate of an object are studied as well as the effect of packaging density on the process of air removal and on the object's warming up. The following rubber medical products have been used as objects: surgical gloves, drainage and connecting tubes, and stoppers. The studies make it possible to define the gravity-fluctuation technique as the optimum one for air removal, and the optimum loading density of sterilization boxes that ensures the object sterility.
研究了灭菌室内残留空气浓度及其去除技术对物体加热速率的影响，以及包装密度对空气去除过程和物体升温的影响。以下橡胶医疗产品被用作研究对象：手术手套、引流管和连接管以及瓶塞。这些研究使得将重力波动技术定义为去除空气的最佳技术成为可能，同时也确定了确保物体无菌的灭菌箱最佳装载密度。
