Korpinen L, Partanen J
Power Engineering Group, Tampere University of Technology, Finland.
Radiat Environ Biophys. 1996 Aug;35(3):199-204. doi: 10.1007/s004110050031.
This investigation studied the effects of 50-Hz electric and magnetic fields on the pulse rate and blood pressure in humans. Electrocardiograms (ECG) and the blood pressure of 41 male volunteers were recorded using ambulatory methods. Twenty-six subjects were measured in and outside real fields and 15 subjects in and outside "sham' fields. The results of the ECG recordings have been presented earlier. This article deals with the analysis of the blood pressure measurements. Measurement took 3 hrs. First, the subjects spent 1 h outside the fields, then 1 h in real or "sham' fields, followed by 1 h outside the fields. The electric field strength varied from 3.5 to 4.3 kV/m and the magnetic flux density from 1.4 to 6.6 microT. When analysing the blood pressure, which was measured with a noninvasive cuff method, it could not be shown that the fields (< 4.3 kV/m and < 6.6 microT) affected diastolic or systolic blood pressure.
本研究调查了50赫兹电场和磁场对人体脉搏率和血压的影响。采用动态监测方法记录了41名男性志愿者的心电图（ECG）和血压。26名受试者在真实场域内外进行了测量，15名受试者在“假”场域内外进行了测量。心电图记录结果已在之前公布。本文探讨血压测量结果的分析。测量持续3小时。首先，受试者在场域外待1小时，然后在真实或“假”场域内待1小时，最后再在场域外待1小时。电场强度在3.5至4.3 kV/m之间变化，磁通密度在1.4至6.6微特斯拉之间变化。在用无创袖带法测量血压时，未发现这些场域（<4.3 kV/m和<6.6微特斯拉）对舒张压或收缩压有影响。
