石油仪器
石油儀器
석유의기
PETROLEUM INSTRUMENTS
2015年
2期
73-75
,共3页
罗曦%李爱勇%孙向阳%翟金海
囉晞%李愛勇%孫嚮暘%翟金海
라희%리애용%손향양%적금해
三维感应测井仪%温漂校正%刻度加因子%温度系数
三維感應測井儀%溫漂校正%刻度加因子%溫度繫數
삼유감응측정의%온표교정%각도가인자%온도계수
three-dimensional induction logging tool%temperature drift correction%calibration add factor%temperature coefficient
三维感应测井仪在井下工作时的环境温度与地面温度差异很大,而温差过大会对仪器天线的收发信号和电路信噪比均产生明显影响,导致仪器测量的地层参数误差较大。通过分析天线和电路的温度影响因素,文章讨论了一套三维感应测井仪测量数据温度漂移的校正方法。
三維感應測井儀在井下工作時的環境溫度與地麵溫度差異很大,而溫差過大會對儀器天線的收髮信號和電路信譟比均產生明顯影響,導緻儀器測量的地層參數誤差較大。通過分析天線和電路的溫度影響因素,文章討論瞭一套三維感應測井儀測量數據溫度漂移的校正方法。
삼유감응측정의재정하공작시적배경온도여지면온도차이흔대,이온차과대회대의기천선적수발신호화전로신조비균산생명현영향,도치의기측량적지층삼수오차교대。통과분석천선화전로적온도영향인소,문장토론료일투삼유감응측정의측량수거온도표이적교정방법。
The environment temperature of three-dimensional induction logging tool works underground is very different from ground tem-perature. The difference in temperature will change the transmit-receive signal of the antennas and the SNR of the circuit,which leads to the bigger measurement error of formation parameters. By analyzing the temperature influence factors of antennas and circuits,this paper dis-cusses the correction method for the temperature drift of measurement data of three-dimensional induction logging tool.