Archimedes Principle, Gaspycnometer and Geopycnometer

Petrophysics


Internship Report, 2013

11 Pages, Grade: 1.7

Amalia Aventurin (Author)


Abstract or Introduction

The Archimedes method is used to determine the volume of an irregular shaped solid object. This is done by determining the dry mass of an object (which is given), the fully water saturated mass, measured with the Kern 572, and the mass of the sample when hanging in a water-filled bowl. Both measurements – the saturated and hanging-mass in a water-bowl – were done five times each by about 19.5°C air temperature and about 18°C water temperature. For this experiment we used two samples: G1 is a black stone with small mica particles and bigger white quartz inclusions. This stone is coarse-grained and compacted and therefore it could be a gabbro. G2 is a greenish sandstone with small particles and lesser compaction. The results of the measurements are shown in table 1. [...]

Details

Title
Archimedes Principle, Gaspycnometer and Geopycnometer
Subtitle
Petrophysics
College
RWTH Aachen University  (Lehrstuhl für Geologie, Geochemie und Lagerstätten des Erdöls und der Kohle)
Course
Petrophysics Practical Course
Grade
1.7
Author
Year
2013
Pages
11
Catalog Number
V272607
ISBN (eBook)
9783656644873
ISBN (Book)
9783656644897
File size
522 KB
Language
English
Keywords
archimedes, principle, gaspycnometer, geopycnometer, petrophysics
Quote paper
Amalia Aventurin (Author), 2013, Archimedes Principle, Gaspycnometer and Geopycnometer, Munich, GRIN Verlag, https://www.grin.com/document/272607

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