Jung F, Roggenkamp H G, Körber N, Schneider R, Kiesewetter H
Biorheology Suppl. 1984;1:115-7. doi: 10.3233/bir-1984-23s120.
A new capillary viscometer was developed to eliminate the measuring errors due to insufficient cleaning or the residue of cleaning solution in the capillary. A disposable polyurethane tube which can be discarded after each determination is used as a measuring chamber. This device has been constructed for bed-side application (light weight, dry, thermostat-controlled measuring capillaries, short measuring period, automated process, and easy operation). The PEARSON correlation coefficient for comparative measurements with the COULTER-HARKNESS viscometer was r = 0.979.
开发了一种新型毛细管粘度计，以消除因清洁不充分或毛细管中残留清洁溶液而导致的测量误差。使用每次测定后即可丢弃的一次性聚氨酯管作为测量室。该设备专为床边应用而设计（重量轻、干燥、测量毛细管温度可控、测量周期短、自动化过程且操作简便）。与库尔特 - 哈克尼斯粘度计进行对比测量的皮尔逊相关系数为r = 0.979。
