Add to ORKGAbstract: Gravimeter with two-dimensional digital data processing about acceleration of gravity is considered in a paper. The result of measurements in gyroscopic gravimeter contains errors. An influence on gravimeter inertial absolute accelera-tion and other disturbing influences cause the errors of measurements. These of acceleration arise by work gravimeter onbo-ard the plane in structure of air gravimetric system. The structural scheme of gyroscopic gravimeter is proposed in a paper for multiple precision. This construction is providing immediate measurements of acceleration of gravity. The possibility of digital data processing is considered in view of a two-dimensional character of an array of measuring information. 1
© ASEG 2003Success of airborne gravity surveys mainly depends on determining the three-dimensional (...
Primary measurements of force, torque and pressure are directly influenced by local gravity accelera...
The history of gravity measurements begun in 1604 with Galileo Galilei experiments on the accelerat...
Gravimeter with two-dimensional digital data processing about acceleration of gravity is considered ...
The paper proposes to use the aviation gravimetric system, the sensing element of which is gravimete...
The aim of the sustainable development strategy is to introduce European standards of living in Ukra...
This paper presents an accurate assessment of fringe processing in absolute gravimetry. The use of a...
Measurements of parameters of the Earth's gravitational field from aircraft are the most important b...
An absolute gravimeter which has been designed and constructed consists of a timing circuit which me...
The knowledge of the acceleration g due to gravity plays an important role in force metrology in cal...
Studies in gravimetry for the earth and celestial bodies insert in a more large context of our insti...
The design and first results of two free-fall absolute gravimeters are reported: a stationary gravim...
Over the past thirty years the development of transportable ballistic absolute gravity meters has d...
Knowledge of gravitational acceleration in metrology is required for traceable force and pressure ca...
The moving-base gravimeter is one of the key instruments used for Earth gravity survey. The accuracy...
© ASEG 2003Success of airborne gravity surveys mainly depends on determining the three-dimensional (...
Primary measurements of force, torque and pressure are directly influenced by local gravity accelera...
The history of gravity measurements begun in 1604 with Galileo Galilei experiments on the accelerat...
Gravimeter with two-dimensional digital data processing about acceleration of gravity is considered ...
The paper proposes to use the aviation gravimetric system, the sensing element of which is gravimete...
The aim of the sustainable development strategy is to introduce European standards of living in Ukra...
This paper presents an accurate assessment of fringe processing in absolute gravimetry. The use of a...
Measurements of parameters of the Earth's gravitational field from aircraft are the most important b...
An absolute gravimeter which has been designed and constructed consists of a timing circuit which me...
The knowledge of the acceleration g due to gravity plays an important role in force metrology in cal...
Studies in gravimetry for the earth and celestial bodies insert in a more large context of our insti...
The design and first results of two free-fall absolute gravimeters are reported: a stationary gravim...
Over the past thirty years the development of transportable ballistic absolute gravity meters has d...
Knowledge of gravitational acceleration in metrology is required for traceable force and pressure ca...
The moving-base gravimeter is one of the key instruments used for Earth gravity survey. The accuracy...
© ASEG 2003Success of airborne gravity surveys mainly depends on determining the three-dimensional (...
Primary measurements of force, torque and pressure are directly influenced by local gravity accelera...
The history of gravity measurements begun in 1604 with Galileo Galilei experiments on the accelerat...