Full Description
| Cataloguing Source | |
| Content Type | |
| Media Type | |
| Carrier Type | |
| Physical Description | viii, 42 hlm. : ill. ; 28 cm. |
| Concise Text | |
| Holding Institution | Universitas Indonesia |
| Location | Perpustakaan UI |
- Availability
- Digital Files: 1
- Review
- Cover
- Abstract
| Call Number | Barcode Number | Availability |
|---|---|---|
| S28878 | 14-21-458778882 | TERSEDIA |
| No review available for this collection: 20178024 |
Abstract
Metode Resistivity Tiga Dimensi digunakan untuk memetakan model ruang berbentuk kotak berisi udara berdimensi 1m?1m?1m pada kedalaman 0,5m. Penelitian ini merupakan simulasi dengan menggunakan data sintetik dan data lapangan. Akusisi data dilakukan memakai alat DC Resistivity single-channel dengan konfigurasi elektrode pole-pole menggunakan metode crossdiagonal survey. Grid yang digunakan berukuran 9?9 dengan jarak terkecil antar elektrode 0,5m. Hasilnya menunjukkan bahwa metode ini lebih akurat dalam menentukan posisi dan dimensi objek tiga dimensi dibandingkan dengan metode dua dimensi.
Three-Dimensional Resistivity Method has been applied to map block shape model with dimension of 1m?1m?1m and 0.5m depth. This research is a simulation using synthetic and field data. Data acquisition was done using DC Resistivity single-channel tool with pole-pole array using cross diagonal survey method. Grid size that was used is 9?9 with electrode spacing 0.5m. The result shows that this method is more accurate in determining position and dimension for three dimensional object model than two-dimensional method.
Three-Dimensional Resistivity Method has been applied to map block shape model with dimension of 1m?1m?1m and 0.5m depth. This research is a simulation using synthetic and field data. Data acquisition was done using DC Resistivity single-channel tool with pole-pole array using cross diagonal survey method. Grid size that was used is 9?9 with electrode spacing 0.5m. The result shows that this method is more accurate in determining position and dimension for three dimensional object model than two-dimensional method.