The geoid is an equipotential surface of the static Earth's gravity field which plays a
fundamental role in definition of physical heights related to the mean sea level (orthometric …

This paper represents a milestone in the UNB effort to formulate an accurate and self-
consistent theory for regional geoid determination. To get the geoid to a sub-centimetre …

位场向下与向上延拓之间存在固有的内在联系, 向上延拓解算具有稳定可靠的优良特性,
本文据此提出了借助向上延拓信息实现航空重力向下延拓稳定解算的两种方法 …

Potential field data are of great significance to the study of geological characteristics.
Downward continuation of the potential field converts potential field data from a high plane …

There exists an inherent link between upward and downward continuation of potential field
data. It is undoubted that the upward continuation procedure can give a stable and reliable …

An airborne gravity survey was carried out to fill gaps in the gravity data for the mountainous
areas of Taiwan. However, the downward continuation error of airborne gravity data is a …

The uncertainties of the geoidal heights estimated from ground gravity data caused by their
spatial distribution and noise are investigated in this study. To test these effects, the geoidal …

The regional gravimetric geoid solved using boundary-value problems of the potential
theory is usually determined in two computational steps:(1) downward continuing ground …

Gravity data gaps in mountainous areas are nowadays often filled in with the data from
airborne gravity surveys. Because of the errors caused by the airborne gravimeter sensors …

Noises are an inevitable part of gravity observations and they can affect the accuracy of the
height datum if they are not treated properly in geoid determination. To provide data for …