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The various courses suggested on this site are
also available in format pdf. They do not correspond strictly to
the online course, but the covered subjects are identical. If you
use them for your own account, we ask you to agree to mention the
source.
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Format pdf (Portable Document
Format) constitutes the international standard as regards diffusion
of electronic documents. It is about a format of universal file
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Reader™. |
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Click to reach the documents :
[Basic
principles] [Resistivity prospecting]
[Logging] [Well seismic
surveying]
Basic principles
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Basic principles course, not yet available
in english |
(33
pages) |
(649
Ko) |
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| This
written course takes again the basic concepts necessary to comprehension
of the following modules. It treats bases of resistivity, seismic
velocity and radioactivity. It also brings a further information
on the densities. |
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| Chart
1 |
(1
page) |
(56
Ko) |
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| This Chart makes
it possible to obtain the resistivity of a solution for a given
temperature and a NaCl salinity. |
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| Chart
2 |
(1
page) |
(17
Ko) |
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| If we know the
salinity of a water and its composition, we can with chart2,
obtain coefficients which make it possible to pass from various
salts to the NaCl equivalent. |
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| Chart
3 |
(1
page) |
(27
Ko) |
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| Chart 3 connects
porosity to the formation factor for various types of rocks.
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[Basic principles] [Logging] [Well
seismic surveying]
Resistivity prospecting
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| Resistivity
prospecting course, not yet available
in english |
(102
pages) |
(4,7
Mo) |
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| This course presents
the resistivity methods in D.C. current . |
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| Bilogarithmic
diagram |
(1
page) |
(64
Ko) |
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| This bilogarithmic
diagram helps for the representation of the electrical sounding. |
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| Sounding
page |
(1
page) |
(17
Ko) |
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| This sounding page
enables you to raise your measurements at the time of an electric
sounding. |
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| Chart
CH1 |
(1
page) |
(67
Ko) |
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| For sounding with
2 layers, the results can be compared with the Chart CH1 which
contains precalculated curves for several models (thickness
and varied resistivities). |
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| LCD
curve of A type |
(1
page) |
(69
Ko) |
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| Curve used for
the interpretation of sounding with 3 layers or more. |
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| LCD
curve of H type |
(1
page) |
(83
Ko) |
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| Curve used for
the interpretation of sounding with 3 layers or more. |
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| LCD
curve of K type |
(1
page) |
(96
Ko) |
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| Curve used for
the interpretation of sounding with 3 layers or more. |
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Logging
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| Aquiferous
logging course, not yet available
in english |
(127
pages) |
(9
Mo) |
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| This course presents
the logging methods(for water research): continuous recording
of physical or chimical parameters in a borehole. |
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| Petroleum
logging course, not yet available
in english |
(78
pages) |
(8,9
Mo) |
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| This course presents
the logging methods(for oil research): continuous recording
of physical or chimical parameters in a borehole. |
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| Chart
5 |
(1
page) |
(14
Ko) |
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| Chart 5 is used
to correct Rmfe for values lower than [0.1 Ohm.m],
in order to calculate the Rw value. |
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| Chart
6 |
(1
page) |
(144
Ko) |
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| Chart 6 is used
to calculate the correction factor related with the the thickness
of the layer which allows to correct the deflexion read on the
S.P. log. |
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| Chart
7 |
(1
page) |
(173
Ko) |
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| Chart 7 is used
to find the Rwe value in function of the temperature and
the Rmfe value. |
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| Chart
8 |
(1
page) |
(187
Ko) |
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| Chart 8 is used
to make the normal correction when the Ra/Rm
ratio is higher than 2. |
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| Chart
9 |
(1
page) |
(14
Ko) |
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| Chart 9 is used
to determine the porosity and the lithology with the density
and neutron log. |
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| Chart
10 |
(1
page) |
(241
Ko) |
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| Chart 10 is a "MN
plot" used to determine the lithology with a sonic, a neutron
and density porosity. |
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| Chart
11 |
(1
page) |
(385
Ko) |
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| Chart 11 is a"MID
plot" used to compare the values matrix density and the
velocity of the acoustic wave in the matrix. |
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| Chart
12 |
(1
page) |
(555
Ko) |
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| Chart 12 is a"cross
plot" between the porosity read on the limestone calibrated
neutron and the density read on the calibrated gamma-gamma when
the drilling fuild is mud. |
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[Basic
principles] [Resistivity prospecting] [Logging]
Well seismic Surveying
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| Well
seismic course |
(43
pages) |
(1
Mo) |
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| This course presents
the vertical seismic profiles based on the recording of a seismic
signal with a geophone placed in the borehole. |
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