Schindler J G, von Gülich M
J Clin Chem Clin Biochem. 1981 Feb;19(2):49-54.
Using theoretical models based on the low resistance coefficients of variously shaped bodies subjected to a streaming fluid, a flow-optimized multianalytical system was developed for ion-selective disc electrodes and for Na+-, K+- and Ca2+-selective coated glass electrodes. Due to the streamlined configuration of the carrier PVC membrane region, the flow is uncongested and free of dead spaces. This allows a rapid and precise measurement in serum, plasma or heparinized blood. The system was subjected to a durability test.
利用基于各种形状物体在流动流体中低阻力系数的理论模型，开发了一种用于离子选择性圆盘电极以及用于Na +、K +和Ca2 +选择性涂层玻璃电极的流动优化多分析系统。由于载体PVC膜区域的流线型结构，流动畅通且无死腔。这使得能够在血清、血浆或肝素化血液中进行快速而精确的测量。该系统进行了耐久性测试。
