最近,对海洋重力测量工作提出的精度、质量和生产率要求,明显地提高了。改善仪器的特性,应用专门的野外工作方法和测量数据处理方法,可以提高海洋重力测量的精度。在白海海域内,应用两套全苏地球物理研究所制造的TMH—K型重力仪进行区域测量的结果,即是一例。重力测量数据处理的主要问题是非常准确地计算仪器的零点。根据“零点”就可知道重力仪读数的所有变化是随时间变化发生的,而 Recently, the requirements for accuracy, quality and productivity of ocean gravity surveys have been significantly raised. Improve the characteristics of the instrument, the application of specialized field work methods and measurement data processing methods, can improve the accuracy of ocean gravity measurement. In the area of ​​the White Sea, the result of a regional measurement using two sets of TMH-K gravometers manufactured by the All-China Institute of Geophysics was an example. The main problem with gravimetric data processing is the very accurate calculation of the zero point of the instrument. According to “zero” can know all the changes in gravimetric readings occur over time, and