thesis-4-1
Research-area geological map and Pit N drillhole control
The map locates the research area and boreholes that constrain the geological interpretation.
Thesis — Pit N
Pit N Coal Facies, Electrofacies & 3D Stratigraphic Interpretation
All 51 records are shown below, grouped by album.
51records
1albums
ALBUM
Pit N Thesis
51 records
thesis-4-2
Stratigraphic framework of the research area
The figure summarizes the vertical order and correlation of the principal lithologic and coal intervals.
thesis-4-3
Geomorphological setting of Pit N
The figure records the terrain setting surrounding the coal-bearing succession.
thesis-4-16
Core photographs — Seam D
The core panel records the vertical lithologic succession through Seam D.
thesis-4-17
Core photographs — Seam C
The core panel records the vertical lithologic succession through Seam C.
thesis-4-18
Core photographs — C–D interburden
The core panel records the vertical lithologic succession through C–D interburden.
thesis-4-19
Core photographs — Seam B2
The core panel records the vertical lithologic succession through Seam B2.
thesis-4-20
Core photographs — B2–C interburden
The core panel records the vertical lithologic succession through B2–C interburden.
thesis-4-21
Core photographs — Seam B1
The core panel records the vertical lithologic succession through Seam B1.
thesis-4-22
Core photographs — B1–B2 interburden
The core panel records the vertical lithologic succession through B1–B2 interburden.
thesis-4-23
Core photographs — Seam A2
The core panel records the vertical lithologic succession through Seam A2.
thesis-4-24
Core photographs — A2–B1 interburden
The core panel records the vertical lithologic succession through A2–B1 interburden.
thesis-4-25
Core photographs — roof of Seam A1
The core panel records the vertical lithologic succession through roof of Seam A1.
thesis-4-26
Core photographs — Seam A1
The core panel records the vertical lithologic succession through Seam A1.
thesis-4-27
Core photographs — A1–A2 interburden
The core panel records the vertical lithologic succession through A1–A2 interburden.
thesis-4-28
Electrofacies — Seam D
Gamma-ray, lithology and correlated markers are displayed for Seam D.
thesis-4-29
Electrofacies — Seam C
Gamma-ray, lithology and correlated markers are displayed for Seam C.
thesis-4-30
Electrofacies — C–D interburden
Gamma-ray, lithology and correlated markers are displayed for C–D interburden.
thesis-4-31
Electrofacies — Seam B2
Gamma-ray, lithology and correlated markers are displayed for Seam B2.
thesis-4-32
Electrofacies — B2–C interburden
Gamma-ray, lithology and correlated markers are displayed for B2–C interburden.
thesis-4-33
Electrofacies — Seam B1
Gamma-ray, lithology and correlated markers are displayed for Seam B1.
thesis-4-34
Electrofacies — B1–B2 interburden
Gamma-ray, lithology and correlated markers are displayed for B1–B2 interburden.
thesis-4-35
Electrofacies — Seam A2
Gamma-ray, lithology and correlated markers are displayed for Seam A2.
thesis-4-36
Electrofacies — A2–B1 interburden
Gamma-ray, lithology and correlated markers are displayed for A2–B1 interburden.
thesis-4-37
Electrofacies — roof of Seam A1
Gamma-ray, lithology and correlated markers are displayed for roof of Seam A1.
thesis-4-38
Electrofacies — Seam A1
Gamma-ray, lithology and correlated markers are displayed for Seam A1.
thesis-4-39
Electrofacies — A1–A2 interburden
Gamma-ray, lithology and correlated markers are displayed for A1–A2 interburden.
thesis-4-40
Facies-sequence and systems-tract correlation across five wells
The multiwell panel integrates facies, markers and interpreted stratigraphic packages across five wells.
thesis-4-41
Pit N topography and three-dimensional topographic model
Topographic data are displayed as the surface control for the three-dimensional model.
thesis-4-42
Structure contour and distribution — Seam A1
The structure-contour map and surface represent the interpreted elevation of Seam A1.
thesis-4-43
Structure contour and distribution — Seam A2
The structure-contour map and surface represent the interpreted elevation of Seam A2.
thesis-4-44
Structure contour and distribution — Seam B1
The structure-contour map and surface represent the interpreted elevation of Seam B1.
thesis-4-45
Structure contour and distribution — Seam B2
The structure-contour map and surface represent the interpreted elevation of Seam B2.
thesis-4-46
Structure contour and distribution — Seam C
The structure-contour map and surface represent the interpreted elevation of Seam C.
thesis-4-47
Structure contour and distribution — Seam D
The structure-contour map and surface represent the interpreted elevation of Seam D.
thesis-4-48
Three-dimensional model of all principal coal seams
The model stacks the principal coal-seam surfaces within the topographic framework.
thesis-4-49
Section through the three-dimensional seam model
The section cuts through the three-dimensional seam surfaces to show their vertical and lateral relationships.
thesis-4-50
Strike-oriented section through the three-dimensional seam model
The section cuts through the three-dimensional seam surfaces to show their vertical and lateral relationships.
thesis-4-51
Dip-oriented section through the three-dimensional seam model
The section cuts through the three-dimensional seam surfaces to show their vertical and lateral relationships.