CAJ | 학술논문

目前石油含水率测量应用的方法主要有射线法、短波吸收法、微波法、电容法、射频法和红外光谱法等，测油品微水含量采用卡尔·费休法。通过综合分析现有的测水技术，将微波法、电容、射频法相融合，加入脉冲补偿电路、积分放大电路等，采用电脉冲分析法在线测量石油水份，使测量的稳定性和准确性得到很大提升。传感器部分采用圆筒形结构，使测水仪在操作上更加简便，使用和测量范围更大，灵活性和可靠性也得到加强。
목전석유함수솔측량응용적방법주요유사선법、단파흡수법、미파법、전용법、사빈법화홍외광보법등，측유품미수함량채용잡이·비휴법。통과종합분석현유적측수기술，장미파법、전용、사빈법상융합，가입맥충보상전로、적분방대전로등，채용전맥충분석법재선측량석유수빈，사측량적은정성화준학성득도흔대제승。전감기부분채용원통형결구，사측수의재조작상경가간편，사용화측량범위경대，령활성화가고성야득도가강。
The current methods of measuring the moisture content of the crude oil mainly include ray method, shortwave absorption, microwave, capacitive method, radio frequency and infrared spectroscopy method, and the Karl Fischer method is used to measure moisture content in oil. Through a comprehensive analysis of existing moisture measuring technology, microwave method, capacitors, RF wears were integrated, adding pulse compensation circuit, integrating amplifier, etc., using an electric pulse analysis on-line measurement of oil moisture, so that the stability and accuracy of the measurements obtained was greatly improved. Sensor uses a cylindrical structure, so that the measuring water meter was easily used on the operator, greater use and measurement range, flexibility and reliability have also been strengthened.