CAJ | 학술논문

70年代的仪器设备受当时的技术和材料的限制，存在着多种弊端。提高观测精度，改善内在质量问题势在必行。本文从前兆台网的实际出发，把地球物理与电子技术相结合，把维修经验与仪器研制相结合，运用功率电子学和自动控制理论，试制成功"DQK－1型磁变仪倾斜仪监控器"，把地磁、地倾斜等前兆观测项目中的每天3次人工检查仪器改为实时监控，为确保地震前兆观测的可靠性和连续性提供了硬件保障。
70년대적의기설비수당시적기술화재료적한제，존재착다충폐단。제고관측정도，개선내재질량문제세재필행。본문종전조태망적실제출발，파지구물리여전자기술상결합，파유수경험여의기연제상결합，운용공솔전자학화자동공제이론，시제성공"DQK－1형자변의경사의감공기"，파지자、지경사등전조관측항목중적매천3차인공검사의기개위실시감공，위학보지진전조관측적가고성화련속성제공료경건보장。
Electronic technology has beendeveloping rapidly. The instrumentmade in 1970's had many shortages due to limitation of technology and material. The departments in charge of seismic monitoring pay attentions to raise observation precision and improve data quality. DQK- 1 Type monitor controlling variometer and tiltmeter is successfuflly made by combining geophysics and electronics, maintenance and instrument manufacture, power electronics and automatic control theory. The 3 time checks to precursory observations have been changed into real time monitoring, which provides strong guarantee to the reliability and continuity.