PENERAPAN MODEL DEFORMASI HORISONTAL MOGI UNTUK PREDIKSI PERUBAHAN VOLUME SUMBER TEKANAN PADA GUNUNGAPI GUNTUR
Mount Guntur is vulcano active and has the potential disaster eruption could happen then activity Guntur vulcano need observed continuously. Information about the location and volume changes source pressure will be very beneficial in monitoring activities Guntur vulcano. Model mogi [ mogi, 1958] is one model that can be used in the determination volume changes source pressure. Least square adjustment worn to solving parameters volume changes source pressure, while parameters depth source pressure using methods gridding in range depth 5 s.d 10 km by intervals 1 km and parameters distance radial source pressure upon observation points taken from Masigit crater. With the data deformation toward the horizontal on observation points citiis ( ctsg ), masigit ( msgt), and sodong ( sodn ) period february 2012 - april 2013. Deformation horizontal results model mogi will be done testing similarities data with deformation horizontal result of measurement GPS using goodness of fit χ2 method. Result goodness of fit χ2 method produce the best value lies in the depth around 5km Pattern of volume changes in general be periodic, with a period between two a half to three months with a variety of value fluctuations.
APA Style
. (2013).PENERAPAN MODEL DEFORMASI HORISONTAL MOGI UNTUK PREDIKSI PERUBAHAN VOLUME SUMBER TEKANAN PADA GUNUNGAPI GUNTUR ().Teknik Geodesi:FTI
Chicago Style
.PENERAPAN MODEL DEFORMASI HORISONTAL MOGI UNTUK PREDIKSI PERUBAHAN VOLUME SUMBER TEKANAN PADA GUNUNGAPI GUNTUR ().Teknik Geodesi:FTI,2013.Text
MLA Style
.PENERAPAN MODEL DEFORMASI HORISONTAL MOGI UNTUK PREDIKSI PERUBAHAN VOLUME SUMBER TEKANAN PADA GUNUNGAPI GUNTUR ().Teknik Geodesi:FTI,2013.Text
Turabian Style
.PENERAPAN MODEL DEFORMASI HORISONTAL MOGI UNTUK PREDIKSI PERUBAHAN VOLUME SUMBER TEKANAN PADA GUNUNGAPI GUNTUR ().Teknik Geodesi:FTI,2013.Text
