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M.Sc. (Tech.) Geophysics
Department of Geophysics, Banaras Hindu UniversityDISTIBUTI!" !# DI##$$"T %!US$S &"D %$DITS I" '&I!US S$M$ST$S
$##$%TI'$ #!M S$SSI!" *+Semester+ I
%ourse %ode Tit-e %redits
GPM 101 Elements of Geology 4
GPM 102 General Meteorology 4
GPM 103 Numerical Methods and Computer Programming 4
GPM 104 Practical based on course GPM101 2
GPM 10 Practical based on course GPM102 2
GPM 10! Practical based on Computer Programming 2
GPM 10" E#cursion $ %our &eport 2
GPM10'M
(
Minor Electi)e* +undamentals of Meteorology (for students of
other PG programmers)
Minor Electi)e (for Geophysics students)
3
Tota-
Semester+ II%ourse %ode Tit-e %redits
GPM 201 Geohydrology 4
GPM 202 Geoe#ploration $ ,ur)eying 4
GPM 203 ,tratigraphy- Economic and Petroleum Geology 4
GPM 204 ,olid Earth Geophysics 4
GPM 20 Practical based on course GPM201 2
GPM 20! Practical based on course GPM202 2
GPM 20" Practical based on course GPM203 2
GPM20'M
(
Minor Electi)e* General Geophysics .for students of other PG
programmers/
Minor Electi)e .for Geophysics students/
3
Tota- /
Semester+ III
%ourse %ode Tit-e %redits
GPM 301 ,eismology 4
ny one combinations of to courses of Group .Exploration Geophysics):
(GPM302AGPM30!A) or Group " (Meteorology): (GPM302" GPM30!")
GPM 302
GPM 302
Geoelectrical Methods
gricultural Meteorology
4
GPM 303
GPM 303
,eismic Methods
Climatology
4
GPM 304
GPM 304
Practical based on course GPM302
Practical based on course GPM302
2
GPM 30
GPM 30
Practical based on course GPM303
Practical based on course GPM303
2
GPM 30!
GPM 30!
Geophysical +ield %raining .GPM30!GPM30!/ 2
GPM 30" Practical based on course GPM301 2
GPM 30'M
(
Minor Electi)e* +undamentals of Geoe#ploration (for students of
other PG programmers)
Minor Electi)e (for Geophysics students)
3
Tota-
Semester+ I'
%ourse %ode Tit-e %reditsGPM401 Mathematical Methods in Geophysics 4
GPM402 Petroleum Geophysics $ ,tratigraphy 4
GPM403 nstrumentation $ ,ignal Processing 3
ny one of the corresponding combination of four courses of Group
( GPM#0#AGPM #0$A) or Group " ( GPM#0#"GPM #0$")
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GPM404
GPM404
Gra)ity and Magnetic Methods
5ynamic Meteorology
4
GPM40
GPM40
6ell 7ogging $ reser)oir Geophysics
Physical Meteorology
4
GPM 40!
GPM 40!
Practical based on course GPM404
Practical based on course GPM404
2
GPM 40"
GPM 40"
Practical based on course GPM40
Practical based on course GPM40
2
Tota-
Semester+ '
%ourse %ode Tit-e %redits
GPM01 d)anced Computer Programming 3
GPM02 Communication %heory 4
ny one of the corresponding combination of four courses of Group
( GPM%03AGPM %0!A) or Group " ( GPM%03"GPM %0!")
GPM03
GPM03
Geoelectromagnetic Methods
,ynoptic and %ropical Meteorology
4
GPM04
GPM04
5igital Electronics $ Microprocessor
d)anced 5ynamic Meteorology
4
GPM0
GPM0
Practical based on course GPM03
Practical based on course GPM03
2
GPM 0!
GPM 0!
Practical based on course GPM04
Practical based on course GPM04
2
GPM 0" Practical based on course GPM01 2
GPM 0' Practical on Geophysical 5ata Processing 2
Tota-
Semester+ 'I
%ourse %ode Tit-e %redits
GPM!01 Physical 8ceanography and Marine Geophysics 4
GPM!02
.P9:/
8ne of the Electi)e courses .GPM!02P to GPM!02:/ .P/
d)anced ;ydrology < .=/ d)anced ,eismology < > &emote
,ensing and G, < .,/ En)ironmental Geophysics < .%/
Geomagnetism < .?/ Non9linear ,ystem in Geophysics < .@/ Geo
tomography and Computer modeling < .6/ Modern %echniAues in
,eismic nterpretation and mitigation < .B/ d)anced Physical
Meteorology < ./ pplied Meteorology < .:/ d)anced
ClimatologyD
4
GPM!03 ,eminar . in the respecti)e specialiation Groups / 2
GPM!04
GPM!04
Comprehensi)e )i)a9)oce . GPM!04GPM!04/ 3
GPM!0
GPM!0
ProFect or5issertation .Corresponding specialiation Group
Group /
'
Tota- 0
Grand Tota- 0*
1 MD,cD .%echD/ Geophysics students ill opt 3 Minor Electi)es .3 credits each in semester -
and / offered by other PG Programmes of the +acultyD
"!T$2
1D ,tudents of ,emester H @ ill initiate dissertation proFect or during summer
)acation at laboratories outside @aranasi- if reAuiredD
2D ,tudents of ,emester9 ill carry out summer %raining at different laboratories
outside @aranasiD if desired by the students3D ,tudents of ,emester H ill carry out their +ield %raining during the ,emester
reaD
4D +or dissertation or the co9super)isor.s/ be alloed for the outside organiationD
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M.Sc. (Tech.) Geophysics %ourses
%he MD,cD .%echD/ Geophysics course ill ha)e the folloing academic structure of the
syllabus ith regard to the paper distribution o)er the entire three year courses .si# semesters/D
%ontents of Sy--a3us of M.Sc. (Tech.) Geophysics %ourse (Semester System)
S$M$ST$+I
G4M002 $5$M$"TS !# G$!5G6 %redits2 7
1D Physical and ,tructural Geology* ntroduction to geology- scope- subdisciplines and
relationships ith other branches of science- eathering agents- landslides and )olcanic
acti)ity- &epresentation of altitude- 5ip and strie-outcrops- outlier and inlier- +olds-
faults- unconformities- Foints and their classification- criteria of their recognition-
clinometer compass and its useD2D Mineralogy* Mineral H its definition and mode of occurrence- physical properties of
minerals lie form- colour- lustre- strea- clea)age-fracture-hardness and specific
gra)ity- Physical characters and chemical composition of the folloing roc forming
minerals * =uart- 8rthoclase- Microcline- Plagioclase - Nepheline- Musco)ite-iotite-
ugite- ;ornblende- 8li)ine- Garnet- Epidote- Calcite and eryl- graphite- tourmalilne-
talc- Iaolinite- Iyanite and CorundumD
3D Perology * &oc9 its definition- classification and distinguishing characteristics of
gneous- ,edimentary and Metamorphic rocs forms of gneous rocs- elementary
ideas regarding formation- te#ture and structure of gneous- ,edimentary and
Metamorphic rocs- brief petrographic description and occurrences of the folloing
rocs* Granite- ,yenite- Gabbro- &hyolite- 5olerite- asalt- Conglomerate- reccia-,andstone- 7imestone- ,hale- Gneiss- ,chist- =uartite and Marble- +ormation of rocs
in plate tectonic settingsD
Su88ested Boo9s2
1D erry $ Mason * Mineralogy
2D illings * ,tructural Geology
3D MuherFee * %e#t oo of Geology
4D &ead $ &utleyJs * Elements of Mineralogy
D ,ingh * ,tuctural Geology* Practical pproach
!D ,mith * Minerals and Microscope
"D %yrrell * Principles of Petrology
G4M02 G$"$&5 M$T$!!5!G6 %redits2 7
1D nstrumentation* ,urface- self recording and upper air meteorological instruments
.mercury and aneroid barometer- barograph- air thermmeters-bimetallic thermograph-
psychrometer- hair hygrograph- cup anemometer- 5ines pressure tube anemograph-
ordinary and recording rain gauges- nephoscope- sunshine recorderD
2D Composition and structure of the atmosphereD
3D E)aporation- condensation- fog- cloud and precipitation- thunderstorm- supercell andmulti cell structure- tornadoD
4D %hermodynamics* %hermodynamic principles- properties of dry and moist air- adiabatic
processes- hydrostatic stability and instability- parcel method- tephigramD
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D &adiation* ,olar and terrestrial radiation- las of radiation- green house effect-
,impsonKs method of computing long a)e radiation flu#- heat balance of the earth
and its atmosphereD
!D 6ind ,ystem* Geostrophic ind- gradient ind- thermal ind- cyclostrophic ind and
inertial ind- land and sea breees- mountain and )alley indsD
"D ir masses- front- Fet streamD E#tra tropical and tropical cyclones and anticyclones-
estern disturbancesD'D General Circulation of the tmosphere* NDED nd ,D6D Monsoon- seasonsD
LD Principles of eather forecastingD
Su88ested Boo9s2
1D yers* General Meteorology @ edition
2D Cole * ntroduction to Meteorology
3D Pettersen* ntroduction to Meteorology
4D anerFee $ ?padhyay* Mausam @igyan
D 7utgens $ %arbuc* the atmosphere* n ntroduction to Meteorology
!D &ama ,astry* 6eather and 6eather +orecasting"D 5as* the Monsoons
'D 6allace and ;obbs* Meteorology and ntroductory ,ur)ey
G4M02 "UM$I%&5 M$TH!DS &"D %!M4UT$ 4!G&MMI"G %redits2 7
1D Numerical Methods* ,olution of algebraic and transcendental eAuations- bisection and
Neton9&aphson methods- solution of simultaneous linear eAuations- matri# in)ersion
method- interpolation- Neton and 7agrange formula- numerical differentiation-
numerical integration- ,impson- trapeoidal and Gaussian Auadrature methods- least
sAuare cur)e fitting- straight line and polynomial fits- numerical solution of ordinary
differential eAuation- Euler and &unga9Iutta methods- finite difference methodsD2D Computer Programming* 7o le)el and high le)el languages- o)er)ie of compilers-
interpreters and operating systems- problem sol)ing on a computer- algorithms and
flo charts integer and floating point arithmetic- +ortran preliminaries- constants-
)ariables- data types and e#pressions- built in functions- e#ecutable and non9e#ecutable
statements assignment- control and input output statements- subroutines and functions-
operations ith filesD
Su88ested Boo9s2
1D ,astry* ntroductory Methods of Numerical nalysis
2D ain- yengar $ ain* Numerical Methods for ,cientific and Engineering Computation
3D &aFa &aman* Numerical nalysis
4D &aFa &aman* +undamentals of Computers
D &aFa &aman* +ortran Programming
!D &am Iumar* Programming ith +ortran ""
G4M072 4&%TI%&5 B&D$D !" %!US$ G4M00 %redits2
1D Clinometer compass and its use for determination of dip and strie of different bedsD
2D Geological problems on slope- dip and thicness of the bedsD
3D 5raing of geological sections of the gi)en mapsD4D ,tudy of the physical properties pf roc forming minerals .gi)en in theory syllabus/D
D Megascopic study of rocs gi)en in theory syllabusD
G4M0/2 4&%TI%&5 B&D$D !" %!US$ G4M0 %redits2
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1D +amiliariation ith meteorological instruments and record surface meteorological
obser)ationsD
2D ,tudy of surface eather and upper air codesD
3D E#ercises in coding and decodingD
4D E#ercises in plotting station modelsD
G4M0:2 4&%TI%&5 B&D$D !" %!M4UT$ 4!G&MMI"G %redits2
%o rite and e#ecute computer programs in +8&%&N language for the folloing problems*
1D ,olution of transcendental or polynomial eAuation by Neton &aphson methodsD
2D Numerical integration using ,impsonGaussian Auadrature methodD
3D ,olution of first order differential eAuation using &unga9Iutta methodD
4D 7inear cur)e fitting and calculation of linear correlation coefficientsD
D Matri# in)ersion and solution of simultaneous eAuationsD
!D Numerical first order differentiation of a gi)enD
G4M0;2 $
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2D ;ydrology Properties of 6ater earing Materials* Porosity- )oid radio- permeability-
transmissi)ity- storati)ity- specific yield- specific retention- diffusi)ity- laboratory
methods of determination of permeabilityD
3D Mode of occurrence of groundater - classification of roc ith respect to their ater
bearing characteristics- aAuifers- aAuicludes- aAuitards- classification of aAuifers and
groundater pro)incesD
4D Mo)ement of groundater and aAuifer performance tests- 5arcys la and its range of)alidity- theory of groundater flo under steady and unsteady conditions-
determination of permeability- transmissi)ity and storati)ity by discharging methodsD
D Precipitation- e)aporation- e)apotranspiration- seepage- infiltration and runoffD
!D Groundater e#ploration- surface geological and geophysical methods of e#ploration-
and subsurface geophysical methodsD
"D ;ydro9geochemistry* Physical and Chemical characteristics of groundater-
classification of groundater in respect to domestic- irrigation and industrial use-
pollution of groundaterD
'D Ground 6ater E#ploration and Management* Natural and artificial recharge of
groundater- ater balance- analysis of hydrograph- conFuncti)e and consumpti)e use
of groundaterD
Su88ested Boo9s2
1D 6orcester* %e#t oo of Geomorphology
2D %odd* Groundater ;ydrology
3D 6ard* Principles of ;ydrology
4D Cho* ;andboo of pplied ;ydrology
D ;ealth $ %rainer* ntroduction to Groundater ;ydrology
!D ,ingh* Elements of ;ydrology
"D &aghunath* ntroduction to ;ydrology
'D %olman* ;ydrologyLD Iaranth* 5e)elopment- ssessment and Management of 6ater &esources
G4M2 G$!$
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3D 8rigin of geomagnetic field- secular )ariations and estard drift- geomagnetic storms-
EarthJs current- sun spot- solar flares- lunar and solar )ariations- Palaeomagnetic studies
of roc samples and their applications in geophysics- polar andering- re)ersals of
geomagnetic fieldD
4D mportance of heat flo- thermal history of the earth- sources of heat generation and
temperature distribution inside the earth- acobJs hypothesis for liAuid nature of the
outer coreD &adiometric dating principles and ages of rocs and the earthD
Su88ested Boo9s2
1D ;oell * ntroduction to Geophysics
2D ,tacey* Physics of the Earth
3D Gubbins* ,eismology and Plate %ectonics
4D Condie* Plate %ectonics and Crustal E)olution
D 7orie* +undamentals of Geophysics
!D ird $ 7acs* Plate %ectonics
"D Chapman* EarthJs Magnetism
'D acobs* Core and Geomagnetism
G4M/2 4&%TI%&5 B&S$D !" %!US$ G4M0 %redits2
1D 5etermination of a)erage rainfallD
2D 5etermination of e)aporation and e)apotranspirationD
3D 5etermination of storati)ity coefficient and transmissi)ityD
4D 5etermination of porosity and permeabilityD
G4M:2 4&%TI%&5 B&S$D !" %!US$ G4M %redits2
G$!$
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2D nternal constitution of the earth- continental drift- ocean floor spreading- plate
tectonics and its geological implications- ne global tectonics and plate margin
process- oceanic ridges- trenches and island arcs- geodynamics of ndian subcontinents
and formation of ;imalayasD
3D 8rigin of geomagnetic field- polar andering- secular )ariations and estard drift-
geomagnetic storms- earthJs current- sun spot- solar flares- lunar and solar )ariations-
+undamentals of palaeo9magnetic studies and palaeo9magnetism of rocsD
Su88ested Boo9s2
1D ;oell* ntroduction to Geophysics
2D ,tacey* Physics of the Earth
3D Gubbins* ,eismology and Plate %ectonics
4D Condie* Plate %ectonics and Crustal E)olution
D 7orie* +undamentals of Geophysics
!D ird $ 7acs* Plate %ectonics
"D Chapman* EarthJs Magnetism
'D acobs* EarthJs Core and geomagnetism
S$M$ST$+III
G4M02 S$ISM!5!G6 %redits2 7
1D ntroduction to earthAuae phenomena- concept of focus- focal depth- epicentre- great
ndian earthAuaes- intensity and magnitude scales and energy of earthAuaes- foreshocs
and aftershocs- elastic rebound theory- seismicity of ndia- ;imalayas and global
seismicity- seismic onation- seismic micro9onation- seismic oning of ndia- induced
seismicity- concept of inhomogeneity and anisotropy- types and causes of earthAuaesD
2D ,eismic ray theory for spherically stratified earth and )elocity structure from tra)el timedata- propagation and characteristics of body a)es- surface a)es- group and phase
)elocities- different phases of body a)es and their applications- preparation of
preliminary reports and identification of phases- determination of epicentre- focal depth
and magnitudes- theory of elasticity- reflection of body a)es- focal mechanism solutions
and tectonic implications- earthAuae generation models- haard analysis- reflection of
seismic a)es from the free surfaceD
3D Principle of electromagnetic seismograph- displacement meters- )elocity meter-
accelerometer and strain meter seismographs- 66,,N stations- seismic arrays for
detection of nuclear e#plosions- ideband seismometry- strong motion seismographD
Su88ested Boo9s2
1D &ichter* Elementary ,eismology
2D ullen $ olt* n ntroduction to the %heory of ,eismology
3D graal* Engineering ,eismology
4D Gutenberg* nternal Constitution of the Earth
D &iitae* EarthAuae Prediction
!D ath* ntroduction to ,eismology
"D ,laomir $ ndreeF* n introduction to Mining ,eismology
'D ,tein $ 6ysession* n ntroduction to ,eismology- EarthAuaes and Earth structure
G4M&2 G$!$5$%TI%&5 M$TH!DS %redits2 71D General* Electrical properties of rocs $ minerals and their determinations- fundamentals
of direct current flo- relationship beteen point and line pole potential distributionD
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2D Measuring ,ystem* =uantities measured in )arious electrical methods and description of
the instruments used- discussion of )arious configurations used in electrical method and
field procedure adoptedD
3D 5DCD &esisti)ity Methods* Potential distribution at the surface of horiontally stratified
earth- Iernel function and its relation to the subsurface parameters- apparent resisti)ity
function- computation of apparent resisti)ity model cur)es- principle of digital linear
filteringD4D @ertical Electrical ,ounding* nterpretation of resisti)ity @E, data- empirical methods
for interpretation of resisti)ity sounding data- indirect interpretation techniAues- au#iliary
point method- partial cur)e matching- complete cur)e matching- direct interpretation
techniAues- automatic direct interpretation method- 5ar :arrou parameters- in)ersion
techniAues in resisti)ity method of interpretation- computer9aided resisti)ity data
interpretation .softares/- principles of eAui)alence- suppression and detectibility
problems- effects of de)iations from the fundamental assumptions- electrical resisti)ity
imagingD
D Electrical Profiling* Profiling near a )ertical contact and thin )ertical dyes and
discussion of the e#pected apparent resisti)ity cur)esD
!D ,elf Potential Method* Mechanism of ,P field techniAues- field due to )erticallypolaried sphere and interpretationD
"D nduced Polaried Method* Mechanism of P instruments and principles of measurements
both in time and freAuency domain- interpretation of PD
'D 8ther methods* Principles- application and interpretation of potential drop ratio method-
eAuipotential lines method and telluric current methodsD
Su88ested Boo9s2
1D hattacharya $ Patra* 5DCD Geoelectric ,ounding* Principles and nterpretation
2D Iunte* Principles of 5irect Current &esisti)ity Prospecting
3D Ieller $ +rischnecht* Electrical Methods in Geophysical Prospecting4D Nostrand $ Coo* nterpretation of &esisti)ity 5ata
D 6ait* 8)er9)oltage &esearch and geophysical application
!D Ioefoed* Geosounding Principe9* &esisti)ity ,ounding Measurements
"D Patra $ Nath* ,chlumberger Geoelectric ,ounding in Ground 6ater
'D Ghosh* %he pplication of 7inear +ilter theory to the 5irect nterpretation of
Geoelectrical &esisti)ity Measurements
G4MB2 &GI%U5TU&5 M$T$!!5!G6 %redits2 7
1D Meaning and scope of agricultural meteorology- ntent and e#tent of agricultural
meteorology- plant physiology- long term and short term modifications of groth
process- a)oidable and una)oidable dangersD
2D grometeorological obser)ations* ir- surface and soil temperature- air and soil
humidity- ind- precipitation- sunshine- radiation intensity and microclimatic
measurementsD
3D ,olar &adiation and Plants* &eflection- transmission and absorption- incoming-
outgoing and net radiation- ,pectral distribution of solar radiation and physiological
response to plants- 7ight distribution in canopy- Phototropism and Photoperiodism*
Meteorological factors in photosynthesisD
4D En)ironmental %emperature and Plants* Effect of lo and high ambient temperature-
groing degree days and other heat indices- soil temperature and factors affectingthem- thermal properties of soil- Cardinal temperatures- soil moisture and its
measurement- eely ater balance- ater use and plant groth- e)aporation and
e)apotranspiration- ind effect on e)apotranspiration- ind damage to plants-
transportation of pollen disease and insects by inds- ind profile near groundD
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G4MB2 %5IM&T!5!G6 %redits2 7
1D ntroduction* Concept of eather and climate- climatic elements- climatic factors- earth9
sun relationship- ecliptic and eAuatorial plane- rotation and re)olution of the earth-
eAuino#- solstice- perihelion- cause of seasons- radiation balanceD
2D 6orld distribution of isolation- air temperature- mean sea le)el pressure and ind- effectof land and ocean on circulation- diurnal and annual )ariations of surface air temperature
at different latitudes and o)er the globe- upper air circulation o)er the hole orldD
3D 6orld distribution of precipitation- effects of continents- oceans and topography on
rainfall- diurnal and annual )ariation of precipitation- orld distribution of atmospheric
perilsD
4D ir masses- their classifications- source regions- modification and associated eatherD
E#tra9 tropical cyclones- their origin and associated eatherD
D Climatic Classification* Ioppen and %hornthait schemes applicable to ndiaD
!D Climatic changes and cycles- elements of microclimatology- palaeoclimatologyD
"D ndian Climatology* Principal seasons of ndia- annual and seasonal rainfall and its
)ariabilityD 5efinition and concept of drought- aridity- drought indices and droughtassessmentD
'D Climatic change* climatic system9 an o)er)ie- obser)ed climate )ariability and change-
physical climate processes and feedbac- detection and proFection of future climate
scenarioD
Su88ested Boo9s2
1D ,ellers* Physical Climatology
2D %reartha* ntroduction to Climates
3D ;aurit $ ustin* Climatology
4D DMD5D +orecasting ManualsD 7ocood* 6orld Climatology
G4M7&2 4&%TI%&5 B&S$D !" %!US$ G4M& %redits2
$>periments ?ith resistivity meter.
1D Plotting of eAuipotential traces and current lines for a point sourceD
2D nterpretation of ,DPD nomaliesD
3D nterpretation of DPD 5ataD
4D nterpretation of profiling dataD
D nterpretation of field resisti)ity sounding cur)esD
!D Computer9aided interpretation of sounding cur)e dataD
G4M7B2 4&%TI%&5 B&S$D !" %!US$ G4MB %redits2
1D %o study the grometeorological instruments used for obser)ationsD
2D Computation of )arious components of eely ater balance during crop groing
period and assessment of agricultural droughtD
3D Computation of e)aporation- e)apotranspiration and potential e)apotranspiration using
)arious approaches and methodsD
4D +orecasting of crop yield on the basis of eather parameters using crop groth modelsD
D Crop phenological changes and heat units reAuirement of the cropsD
!D Prediction of minimum temperature and frost under Eastern ?P conditionD"D Medium range eather forecast and preparation of agrometeorological ad)isory
bulletins for farmersD
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G4M/&2 4&%TI%&5 B&S$D !" %!US$ G4M& %redits2
1D Computation of seismic records and plotting sectionD
2D 5etermination of )elocityD
3D nterpretation of reflection and refraction dataD
4D Plotting of seismic sectionD
D %esting and handling of seismic prospecting unitsD
!D utomatic migration and mapping techniAuesD
"D Preparation of structural mapsD
'D ,eismic modelling and oring at the seismic signal processing laboratoryD
G4M/B2 4&%TI%&5 B&S$D!" %!US$ G4MB %redits2
1D asic analysis of global distribution of mean climatic parametersD
2D Computation of eighted and running means of a time seriesD
3D Computation of rainfall )ariabilities and coefficient of )ariationD
4D Computation of mean ind- resultant ind- pre)ailing ind and persistenceD
D Computation of climatic types according to Ioeppen and %hornthaiteD!D E#ercise in cur)e fitting- least sAuare- correlation and regressionD
G4M:@G4M:B2 G$!4H6SI%&5 #I$5D T&I"I"G %redits2
+ield training of the ,econd year students .fourth semester/ ill undergo field training
for familiariation at specialied centersfield or for about 293 ees during semester brea
after third semester and submit the report to the field training nchargeD
G4M;2 4&%TI%&5 B&S$D !" %!US$ G4M0 %redits2
1D dentification of different phases on a seismogram and to determine the epicentraldistance of an earthAuaeD
2D 5etermination of group )elocity from a record and dra the group )elocity dispersion
cur)eD
3D ?se of stereographic proFection map for locating the epicentre of an earthAuaeD
4D %o prepare the intensity map and find out the epicentre and focal depth for an
earthAuaeD
D 5etermination of magnitude from a gi)en seismic recordsD
!D %o dra tra)el time cur)e for body a)es and find out the )elocities of the upper
mantleD
"D 5emonstration seismological instruments9seismometerD
G4M*M2 #U"D&M$"T&5S !# G$!$
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1D 5obrin $ ,a)it* ntroduction to Geophysical Prospecting
2D Parasnis* Principle of pplied Geophysics
3D %elford et al* pplied Geophysics
4D ,harma* Geophysical Prospecting for Geologists and Engineers
D srael $ Irebs* Nuclear &adiation in Geophysics
S$M$ST$+I'
G4M702 M&TH$M&TI%&5 M$TH!DS I" G$!4H6SI%S %redits2 7
1D Comple# )ariables* nalytic function- CauchyJs theorem- 7aurent series- residues of
analytic and contour integration- applications in geophysicsD
2D ntegral transforms* +ourier transform- 7aplace transform- ;anel transform- and their
applications in geophysicsD
3D Numerical solution of partial differential eAuations* Classification of linear partial
differential eAuations- a)e and diffusion eAuations- 7aplace eAuations- and theirapplications in geophysicsD
4D 8rthogonal functions* esselJs function- ;ermite- 7aguerre and 7egendre polynomials-
introduction and applications of orthogonal systems and GreenJs function- and their
applications in sol)ing geophysical problemsD
D Non9linear ,ystems* Non9linear eAuations and their application in sol)ing geophysical
problemsD
!D nalysis of statistical and )ariance analysis- tests of significance and their applications
in geophysicsD
"D +inite element methods* ntroduction to )arious element shapes- descritiation of
structures< applications of finite element and finite difference methods in sol)ing
geophysical problemsD
Su88ested Boo9s2
1D ,astry* ntroduction Methods of Numerical analysis
2D Gerald* pplied Numerical nalysis
3D Gerald etD alD* +inite Element ,imulation in ,urface and ,ubsurface ;ydrology
4D ath* Mathematical spects of ,eismology
D ain- yengar $ ain* Numerical Methods for ,cientific and Engineering Computation
!D ain* Numerical ,olution of 5ifferential eAuations
"D Mitchell* Computational Methods in Partial 5ifferential EAuations
G4M72 4$T!5$UM G$!4H6SI%S &"D ST&TIG&4H6 %redits2 7
,eismic source energy for ,9a)e- ,hear a)e prospectingD ,hear a)e )elocity and
shear modulus estimation from P9a)e dataD pplication of shear a)e and shear modulus in
processing and interpretation of seismic dataD 5ata acAuisition for )ertical seismic profiling
.@,P/- 359@,P and its applicationsD Multi9component seismic data acAuisition for recording
of P and , a)esD &elation beteen roc properties and @8 response- seismic in)ersionD
495 and 95 seismics- passi)e seismicsD @8@ analysis- splitting of P a)e
energy into P and , seismic reflected and refracted a)es- :oepprit eAuationsD 8ffset
dependent reflecti)ityD ,eismic stratigraphy and seAuence analyses- seismic facies analyses-reflection and amplitude character analyses- bright spotD ,eismic lithologic modelling- @p@s
and lithology- gas detection using @8D
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1D Clarbout* +undamentals of Geophysical Prospecting
2D %elford etD alD * pplied Geophysics
3D sheriff* ,eismic ,ratigraphy
4D 5obrin $ ,a)it* ntroduction to geophysical Prospecting
D 6aters* &eflection ,eismology
!D ,heriff $ Geldart* E#ploration ,eismology"D +undamentals of geophysical interpretations by 7aurence &D 7ines and &D%D @a)ricD
G4M72 I"STUM$"T&TI!" &"D SIG"&5 4!%$SSI"G %redits2
1D mplitude and freAuency response characteristics of geophones- critical and optimum
damping- seismic amplifier and its freAuency response- principles of magnetic tape
recording- digital multiple#ed recording and shot moments- principles of binary gain
ranging amplifier and floating point- dynamic range- utomatic gain Control .GC/
circuit- Programmable Gain Control .PGC/- timing system and recording formats .,EG
-,EG and ,EG C/D
2D Pilot balloon- theodolite- radiosonde- rain and radar- radiation instrumentsD utomaticeather station- @;&&- @%P&- P%- @;P&D
3D nalogue filters* 7o and high pass filters and their alphabeta diagrams-
Characteristic impedance of symmetrical % and pie netors< band pass- comb- and
acti)e filtersD
4D nalogue and digital signal recording and processing* mechanisms of signal
recordingsD %ransmission and recei)ing of meteorological data through satelliteD
6ireless seismic recordingD ,eismic signal recording and enhancement of ,N ratio-
,atellite digital data process* retrie)al techniAue- cloud top temperature- ,D,D%D
&etrie)al algorithms- )ery high resolution radiometer- )ertical temperature profile
radiometer- automatic picture transmission- )ertical humidity profile radiometerD
D 5ifferent types of display of digital and magnetic recording iggle trace- )ariable areaand )ariable density recordsD
Su88ested Boo9s2
1D Iennedy $ 5a)is* Electronic Communication ,ystems
2D nstey* ,eismic Prospecting nstruments @olD 2
3D &yder* Netor- 7ines and +ields
4D &abinet $ Gold* %heory and application of 5igital ,ignal Processing
D &emote sensing of the atmosphere* D%D ;oughton- +D6D %aylor and CD5D &odgessD
!D ,atellite meteorology* n introduction9 ,D=D Iidder and %D;D @anderhaor
"D ntroduction to en)ironmental remote sensing* EDCD arette and 7D+D CurtisD
G4M77&2 G&'IT6 &"D M&G"$TI% M$TH!DS %redits2 7
1D asic %heory* Magnetic elements DGD&D+D- in)erse sAuare la- concept of potential-
PoissonJs and 7aplaceJs eAuations- magnetism on atomic scale- 5ia9 para9 ferro
magnetic materials- susceptibilities and densities of )arious rocs and minerals- factors
affecting density and susceptibilities- and susceptibility determinationD
2D nstrumentation* gra)ity prospecting instruments* borehole and airborne gra)imeters-
magnetic prospecting instruments- &ubidium )apour magnetometerD
3D 5ata cAuisition and Correction* eromagnetic sur)eys- plan of the field sur)eys-station spacing- corrections for gra)ity and magnetic data- calculation of deri)ati)es-
continuation methods- polynomial fitting for regional9 residual separation of gra)ity
and magnetic anomalies- filter theory and filtering of potential field data- Gra)ity
anomalies o)er spheres- cylinders- dyes- faults and sheets- Magnetic anomalies o)er
single pole- dipole- line pole- spheres- cylinders- faults and dyes- graticules and
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D ;altiner* Numerical 6eather Prediction
!D ;altiner $ Martin * Physical and 5ynamic Meteorology
"D ;altiner $ 6illiam* Numerical 6eather Prediction and 5ynamic Meteorology
'D stel $ 6iin9Nielsen* Compendium of Meteorology- @olD D 5ynamic Meteorology-
6DMD8D NoD 3!4
G4M7/&2 A$55 5!GGI"G &"D $S$'!I G$!4H6SI%S %redits2 7
1D &eser)oirs characteristics and obFecti)es of ell loggingD &eser)oir &ocs* Clastic and
carbonate rocsD &eser)oir Properties* Porosity- permeability- fluid saturation- need of
drilling fluids and its properties- in)asion process and )arious profiles- classification of
formation e)aluation methods- obFecti)e of ell logging methods- logging operational field
system and its procedureD
2D Electric97ogging* ,pontaneous Potential .,P/ logging* ,pontaneous potentials in boreholes
and its sources- ,,P and its measurements- ,P cur)es and its interpretation factors affecting
the shape and amplitude of ,P cur)e- Non9focussed- focused and induction logging-
principles and sondes- nterpretation of electric 7og 5ata* 5etermination of resisti)ity of
interstitial ater &- porosity and ater saturation , of clean and shaly sandstones-
determination of & of clean sandstone from ,P cur)e- estimation of permeabilityD
3D &adiation 6ell 7ogging* Gamma ray logging- details of the radiation logging- density or
gamma9gamma logging- principle of the neutron9gamma logging- neutron9epithermal9
neutron logging- neutron9thermal9neutron logging- interpretation and applications of
radiation logging for e)aluation of reser)oir characteristicsD
4D 8ther Miscellaneous 7ogging %echniAues* coustic )elocity . ,onic / logging- Cement
ond 7og .C7/- 7itho9density %ool .75%/- %hermal log- caliper or section gauge log-
Casing Collar 7ocatorJs .CC7/- dip and direction logging- gra)ity logging- nuclear
magnetic resonance loggingD
D d)anced 7ogging %ools* ntroduction of induced gamma9ray spectrometry- chlorine
logging- introduction to natural Gamma9ray ,pectrometry .NG,/- Cased ;ole Neutron
%ool .%hermal 5ecay %ime or %5%/ measurementsD
!D Cross Plots* &esisti)ity9porosity cross plots- Porosity Cross plots* neutron9density- sonic
density and sonic neutron density cross plotsD pplication of ell logging to ground ater
mineral and petroleum resourcesD
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1D 7ynch* +ormation E)aluation
2D 6yllie* +undamentals of 6ell 7og nterpretation3D @aish * Geophysical 6ell 7ogging * Principles and Practices
4D ,chlumberger* ,chlumberger 7og nterpretation Principles pplications
D ,chlumberger* ,chlumberger 7og nterpretation Charts
!D ,erra* +undamentals of 6ell 9 7og nterpretation
"D Pirson* ;and boo of 6ell log nalysis for 8il and Gas +ormation E)aluation
'D 5e)eton* 7og analysis of subsurface Geology* Concepts and Computer MethodsD
G4M7/B2 4H6SI%&5 M$T$!!5!G6 %redits2 7
1D &adiation* 7as of radiation- nature of solar radiation- solar constant- geographical and
seasonal distribution of solar radiation- direct beam normal flu# at the earthJs surface-
direct beam insolation at the earthJs surface- asis of Elsasser treatment- Elsasser chart