Lu D, Jiang H, Shao B
Microwave Institute, Zhejiang Medical University, Hongzhou.
Zhonghua Yu Fang Yi Xue Za Zhi. 1998 May;32(3):177-9.
To study the effects of various factors, such as different carriers, with or without ground connection to a blanket and status of its switch, on electromagnetic field induced.
To determine electric field, magnetic field and electric current on human bodies induced by electric blanket with a temperature--adjustable semiwave rectifier diode, which was domestically popular.
Temperature was adjusted and controlled by a diode serially connected to its switch is put on and the blanket, with or without short circuit. When the switch is put on and the blanket is running in low temperature, if the diode is serially connected to the ground end of the power source, the intensities of electromagnetic field and current on the human bodies induced by the blanket was higher than those running in high temperature.
The most important factor influencing field intensities of the electric blanket is in its switch.
研究不同载体、是否与毯子接地及开关状态等各种因素对所产生电磁场的影响。
使用国内流行的带温度可调半波整流二极管的电热毯,测定人体上的电场、磁场和电流。
通过与开关串联的二极管接通和断开以及毯子是否短路来调节和控制温度。当开关接通且毯子在低温运行时,如果二极管串联在电源接地端,毯子在人体上感应出的电磁场和电流强度高于高温运行时。
影响电热毯场强的最重要因素在于其开关。