166
cost (of geophysics) I, 17,28,39,40,65, 85,89,103,105,114,116,119, 131f, l31 Table 4.1, l32 Table 4.2, l32f, l33, Table 4.3, l34, 141 f, 143, 151 Table 6.2, 152
- benefit analysis l32f, 143 - bore- l31 Table 4.1, l33 Table 4.4 - - comparison l34 Fig. 4.1, l33 Table 4.4 - - decrease l32
- - evaluation 152
- - geophysical surveys l31 - investigation- l33 Table 4.3 - - reduction 145
- - saving l38 - - structure l31 - transport- l31 crack 127 crevice 121 CSAMT 25
current 9f, 10, l3f, 14, 17f, 25f, 47 - altemating--tAC- 9
- dangerous- 18 - - decay27
- direct--tDC- 9f, l3, 17,74, 149f - - direction 17
- eddy- 20, 47
- - electrode 9,11, l3f, 14, 17, 18f,46, 47, 140
--flow 9 - primary- 17f,27 cycle skip 48
data I, 2f, 3f, 8f, 9,10,11,12,14,39,49, 50,57,67,74 Fig. 3.18, 75, 88, 144f, 145 Table 5.5, 151, 152
- borehole 3,43,49,118,125,143,156 - - carrier 3
- - bank 144 - digital- 140, 144
- EM- 82f, 83, 85, 87 Fig. 3.33, Fig. 3.34, 123 Fig. 3.74,124 Fig. 3.75
- evaluated(ion) 19,39
- field- 10,18,19,22,25,31,39,41, l31, 151
- gravity- 105f, 108 Fig. 3.58, 3.59 - historical- 144
- magnetic.- 61,88,143 - near surface- 50 - questionable- 145 - radar- 30,94, 140f - radiometric- 112 Fig. 3.64 - refractor- 34
- registered- 32 - resistivity- 35
- seismic- 35, 103 --step 3 - TEM 90 - YES- 115
DC sounding--tgeoelectric sounding decay
- gas 16
- coefficient (transient) 17, 19 - current (transient) 27 - curve (IP) 17,18 - microorganic- 41 - - series of nuclides 43 - - - (thorium) 51,52
- - - (uranium) 52 Fig. 2.28, 56 - - - (radon) 110
- - time 17f - - voltage 17 decay-cefficient 14 density 31,34, 39f, 103, - anomaly 39
- contrast 39, 105f, 106f - heat flow- 41
- log 43,44
9 Index
depth penetration 24, 65, 95, 103, 122, 125 140, 146, 151
depth sounding 25, 30 development 146 dielectric
- constant 29f, 30 Table 2.3, 94, 125, l30, 146
- - permittivity 95 dipole
- dipole (array) 11, l3f, 17f, 18f, 78 Fig. 3.20, 78 Fig. 3.21,78 Fig. 3.22 - length (width) 78 Fig. 3.22
- receiver 90 discontinuity 29 diviner 31 f divining rod 31 f
electrode 9, l3f, 46, 47f, 81, 121, 140 - array 11,47,48
- borehole- 11,47,48 - - configuration l3
- current- 9,11, l3f, 14, 17, 18,20,47,48 - distance 46f, 65, 67f, 71
- length 47 - mono- 46 - non polarizable 13 - permanent- 149 Fig. 5.2
- potential- 10, 11, 12, l3, 17, 18, 19f, 81, l31 Table 4.1,140
- secondary- 19 - selfpotential- 121, l31
- - separation 57,70,71 - single point- 46 - - spacing 47, 71, 75 - steel- 149f - VES- 115 Fig. 3.66 electromagnetic - cable detector 4 - data 124 Fig. 3.75 - field 7f, 51,121 - instruments 85 - low frequency- 94
- - mapping 20,81,83 Fig. 3.28,119,123, 143, 146f
- measurements 3,88, 138, 140 - methods 20-31,81-98 - - reflection (EMR) 127 - - section 121
- - sounding 90, 93, 117 - - survey 88, 100 - - wave 47 engineer 1, 2f, 3, 143 error 119,121 - margin 2, 152 - rate 31
evaluation 144, 152 evaporation 41,55 f, 109 execution of investigations 141 exotherm 48
experience 143
fault 23 Fig. 2.13, 24f, 77, 103 f, 104 Fig. 3, 53,117 Fig. 3.68,119, 12lf, 122, 123, 125
- extension 71 - permeable- 143 - - plane 14, 121 f, 123 - tectonic- 103 - - zone 103,114
FEM ~multifrequency electromagnetic sounding
fence 140 - wire- 82 - wire-net 60 fermentation 109 ferrimagmnetic 5,57 ferromagnetic 7 field work 52
fissure(d) 47,50, 118, 127, 143 - filled- 130
- - basalt-dike 119 - - sandstone 118 - - zone 54,114,121
flow 39,44 Table 2.4, 70, 115, 137 - current- 9 Fig. 2.3
- groundwater- 19,90 Fig. 3.39, 106f, 115, 141
- heat- 41,90 Fig. 3.39 - in- 48,125,126 Fig. 3.76 - leachate- 139, 141 - - meter49f - out- 79
- - potential 102, 140 fluid 148f
- borehole- 44 Table 2.4, 48 f, 49 - - flow 49
- organic- 137, 146 - pore- 48f - rock- 19 - salinity 47,77 focussed electric log 47 foerster sonde
follow-up activities 149 fractal dimension 149 fracture(d) 48,50 - hardrock- 49 - - limestone 10,321 - - path 43, 125
- - zone 23 Fig. 2.13, 24f, 54,103,121, 125f, 126 fundamentals 1
gamma 6 - detector 43
- radiation 42,43,51,110,113 Fig. 3.65, 114, 125
- radioactivity 110 - ray 42 Fig. 2.24, 51,114 - ray log 43, 50
- ray source 43
Geiger-Muller counter 52
geoelectric(s) 24,39,71, 140, 141, 148 - array 11
- DC-methods 9-20,65-81 - field 10, 19,65,77 - inversion 152
- mapping 11,12, 13f, 65f, 66, 67,131 Table 4.1 132 Table 4.2, 133 Table 4.3, 4.4, 135 Table 4.5 143, 146
- measurement 4,140,143
- method 9.36,65,85 f, 102, 140, 143 - profile 75 Fig. 3.19
- section 14,67,68,71 - signal 118
- sounding(VES) 11 Fig. 2.5, 13, 14, 16, 67,69 Fig. 3.13, 73 Fig. 3.17126,131 Table 4.1,132 Table 4.2,133 Table 4.3, 4.4,135 Table 4.5, 140f, 143f - structure 9
168
- survey 9,10 Fig. 2.4, 11, 116 - tracer 75
geohydrology ~ hydrogeology
geology(ical) 2f, 14, 15 Fig. 2.7, 71 f, 72 Fig. 3.15, 85,119,144, 145 Table 5.5,151 Table 6.1
- background 143
- barrier 66, 110, 115, 116 Fig. 3.67, 137f
- bed 35,36 - complex 53 - condition 100 - data 144 - feature 77, 114
- interpretation 75,118, 152 - model 118 Fig. 3.69 - noise 87 Fig. 3.34 - section 29,120 Fig. 3.71
- structure 10,14,31,32,36,37,82 - survey 144
geomagnetic( s) ~ magnetics
geophone 31-34,35,36,102 Fig. 3.52, 103,116,117,118
- separation ~-interval ~
- spacing 33,101,102,103,118,135 Table 4.5
georadar ~ radar
geothermy(mal) 40,41,137,141 - anomaly 41
- contours 109 Fig. 3.60 - field 44 Table 2.4 - gradient 48 - indicator 109 - investigation 106 - survey 51 - work 51 glacial till 133 glacial drift 13 3 gonad 53 Table 2.6
gravel 12 Table 2.1,13, 13,33,51,68,79, 115
- aquifer 115 - bed 71,96, 115f
gravity 39f, 40, Fig. 2.23, 105 f, 138, 141 f
- anomaly 40, 105 - contours 105 f
- correction ~ free air ~
- Boguer- 105, 107 Fig. 3.56 - - forward modelling 108 Fig. 3.58 - - data 105
- - inversion 108 Fig. 3.59 - - investigations 40f - residual- 105, 107 Fig. 3.57
9 Index - station 40, 89
- survey 39, 105, 106 Fig. 3.55
grid 2.4, 8f, 19,28,40,41,53,57,60,61, 79, 80, 88, 115, 133 Table 4.3, 143 f, 145 f, 149,151 Table 6.2.
- fine meshed (dense)- 2,19,40,55,61,85, 132, 141, 143, 144, 149
- flying- 8, ground radar ~ radar
groundwater 1,12 Table 2.1,19,41,49,51, 55, 56f, 57, 66, 85, 125
- circulation 56 - contamination 70, 85f - downwash 80,81 Fig .. 3.25 - flow (movement) 19,48, 115 - native- 88
- - permeability 125 - saline- 17,77, 85f, 96, 125 - - system 127
hard rock 48, 49f, 61, 101 f, 114, 119, 125 f, 126, 143f
heat production 109 helicopter 8,27,
- electromagnetics 28 Fig. 2.16, 96f, 98 Fig. 3.47, Fig. 3.48
- magnetics 64 Fig. 3.9, - radiometrics 53, 110, 113 holocene 55
horizontal stratification 114 -119 hydrogeology ~ geohydrology 2 inclination (magnetic field) 6f,
44 Table 2.4
induced polarization (IP) 16, 17, 18 Fig. 2.9, 77 f, 125, 131 Table 4.1, 132 Table 4.2, 133 Table 4.3,135 Table 4.5, 143, 146, 148
- boundary layer- 16 - metallic- 16 industrial - area 80, 95, 161 - building 60, 94 - equipment 114
- mud (sludge) 6 Table 2.1, 57 - noise 17,19,134
- refuse 134 - safety 57, 137
- site 30,58,82 Fig. 3.27, 84 Fig. 3.29, 3.30, 85f,
- waste (dump) 58,61,65,67 Fig. 3.11, 82 Fig. 3.27, 83
injection well 93 interdisciplinary 143
Interpretation 1, 2f, 3, 8,15 Fig. 2.6,16 Fig. 2.7, 19f, 29, 31,41,48,49,60,79,81, 117 Fig. 3.68,119, 122f, 131, 143f, 144f, 145 Table 5.5, 148, 152, 151 Table 6.2 - digital- 39
- electromagnetic- 81
- - error (false-) 39, 105, 121, 141 - geologic- 75, 118
- gravity- 105 - over- 94, 140 - radar- 94
- threedimensional- 14 - seismic- 104 Fig. 3.53 joints 47
ionization 52, 53 isotope 54 f, 55 14C_ 56 - fractioning 55 - hydrogen- 54 - - hydrology 54, 56 - oxigen- 54, 55 - potassium- 43, 110 - radon- 53
- stable- 55 - - 238U 51 karst(ic) 88, 121
kinetic ~ flow potential 47
landfill 5, 57f, 60 Fig. 34, 61 f, 63 Fig. 3.8, 64f, 79f, 80 Fig. 3.24, 92 Fig. 3.40, 105 f, 107 Fig. 3.57, 84, 132f, 137f, 138, 140, 141 f, 146, 148, 149
laterolog 47
leachate 24,35,41,46,47,65,79,82,90, 99, 114, 119, 137f, 141, 143, 149f - plume 13, 56
limestone 12 Table 2.1,13,29 Table 2.3,56, 103f, 104f, 117fFig. 3.68
- stratified- 117
linear(s) 24,49,121 f, 122f, Fig. 3.73,123 Fig. 3.74
lithology 35, 42 Fig. 2.24, 44 Table 2.4, 48 - facies 105
loam 103, 117 Fig. 3.68 119, 123 log
- caliper(CAL)- 49 - density(D)- 43 - deviation(DV)- 49 - electric(EL)- 46
- focussed electric(FEL)- 47 - flowmeter(FLOW)- 49 - gamma ray(GR)- 43 - induction(IEL)- 47 - latero(LL)- 47 - microlatero(MLL)- 46
- micro(ML)- 46 - monoelectrode(PR)- 46 - salinometer(SAL)- 47 - selfpotential(SP)- 47 - sonic velocity(SV)- 48 - temperature(T)- 48
log(ging) 41-49, 42 Fig. 2.24, 2.27, 125f, 126,137
- methods 41-50
magnetics 8,90 Fig. 3.37, 96, 132 Table 4.3, 4.4,138,140,141,146 - airborne- 63, 65
- - anomaly 5,6 Fig. 2.1, 7, 8, 58f, 61, 62 Fig. 3.6, 3, 7, 63 Fig. 3.8, 64 Fig. 3.9 - - background 63
- - body 8
- - contours 96,98 Fig. 3.47 - - data 61,88
- - deposit 8 - - disk 36 - - disturbance 60 - - diurnal variation 8 - - dump 5
- - earth field 5, 6
- - field 5-7, 26 Fig. 214a, 27, 60, 61, 64, 119
- - field balance 6 - - helicopter survey 96 - - indication 60 - - installation 8 - - interpretation 60 - - investigation 60 - - landfill 5
- - mapping 59 Fig. 3.3 - - material 61 - - measurement 7, 8 - - methods 5-9,57-65 - - minimum 61
- - noise 58 - non- 8 - - object 8 - - property - - section 7 Fig. 2.2 - - source 7 - - structure - - survey 144 - - susceptibility 5 - - tape 36 - - target 60 - - torsion balance
- - total intensity 5,6, 57f, 58 Fig. 3.1, 60 - - variations 61
- - waste 119
170
magnetization 4f, 5, 6, 7, 64 - inductive 5
- remanent- 4, 5 magnetometer - absorption cell- 8 - - field balance 6
- proton- 7,8,25,57,58,60,85 - torsion- 7 f
magnetotellurics 25 marl 6 Table 2.1,7,8,140 mesozoic(um) 70,71 - rock 71
- series 71 - strata 71 f
meteoric influence 109 microlaterolog 47,48 microlog 47
military site 30
multifrequency electromagnetic sounding ~ FEM 30, 117 Fig. 3.68 new disposal sites 114
nuclear - accident 11 0 - danger 51 - decay 110 - deposit 127 - disintegration 51 - helium 51
- repositories 127 -131 - test ban treaty 56 - testing 56 - test programme 56 - waste 127, 129 Fig. 3.80 nuclei 43, 51, 52
Ohm's law 9f organ 53 Table 2.6
overburden 28,31,51,60,94,95,102,110, 117 Fig. 3.68,119,143
overinterpretation 94, 140 111, 161 oxidation 19,47, 109, 148
percussion probing 41,50,51,53,132 permeability 46,47,103,114, 125f - hydraulic- 115
pipe 4, 13,22,29 - cast- 140 - ceramic- 94 - - corrosion 149 - - detector 23, 138 - gas- 83,118 - - line 58, 93, 95
9 Index - metallic- 3,4,31 f, 138, 140, 144, 145
Table 5.4
- non-metallic- 125, 146 - - spill 97 Fig. 3.45 - steel- 66
planning of investigations 141 plastic liner 82, 140, 148 Fig. 5.1 plasticity 127
pliocene 55,71
plume 12 Table 2.1,13,19,27,35,39,56, 65f, 70f, 74, 80f, 85f, 87 Fig. 3.33, 88 Fig. 3.35, 89f, 90f, 92 Fig. 3.40, 93 f, 97,115 Fig. 3.66, 137f, 145 Table 5.6146, 148, 149
pollution( ed) 93 - area 39
- - brine- 93,94 Fig. 3.42 - soluble- 125
porosity 44 Table 2.4, 48f, 106, 125 - rock- 36
potential
- difference 12, 13
- electric- 13, 14, 15, 19,44 Table 2.4, 148f,149f
- - electrode 10, 12, 13, 17, 18, 19f, 46, 47, 81, 140
- - field 9f, 10 Fig. 2.4,19,80 - - function 19
pottery 19
powerline 140, 145 Table 5.4 preconditions 1
probe 7,41, 43f, 44 Table 2.4 45 Fig. 2.25, 47f, 48f, 49f, 50 Fig. 2.27,109,112,133 Table 4.3
- density- 43 - dipmeter- 49 - density- 43 - foerster- 7 f - gamma ray- 43 f - neutron- 43
- percussion- 41,50 Fig. 2.27 - salinometer- 48f
- selfpotential- 44 Table 2.4 - sonic- 48f
protonenmagnetometer 57 pseudosection 70f, 77 Fig. 3.21,
79 Fig. 3.23 quaternary 70
radar (EMR) ~georadar 28,30,93-97, 127,128 Fig. 3.79,131 Table 4.1,132 Table 4.2, 133 Table 4.4, 135 Table 4.5, 140, 146f
radar (EMR) - altimeter 8
- gram 95 Fig. 3.44a, b, 97 Fig. 3.45, 129 Fig. 3.80
- - ground- 28, 29 f, 30 Fig. 2.17, 94 Fig. 3.43, 96, 97 Fig. Fig. 3.46, 125, 129 Fig. 3.80, 132 Table 4.2 140, 146 - measurement 3,29f
- profiling 95 - record 94, 95 - reflection 94, 95 - response 29 - section 29 - signal 95 - wave 130
radiometry(tric) 52,53,54, 110 Fig. 3.61, 126, 127
- aero- 28, 96
- - dose 53 Table 2.5, 2.6 - - section 52
- - survey 52, 113, 112 Fig. 3.64, 113 Fig.
3.65 Raleigh wave 37
red bone marrow 53 Table 2.6 redox potential 19 f, 140 research 78, 146f, 148f, 149f activity 149f
target 148
resistivity 9 f, 14, 20, 24, 27, 29 f, 31, 36, 42 Fig. 2.24, 47, 50f, 65f, 66, 68 Fig. 3.12, 69 Fig. 3.13, 70f, 71, 74f, 75, 76 Fig. 3.20, 77f, 78f, 79f, 82f, 90, 93, 94, 95f, 96, 115f, 125, 129, 138, 148 Fig. 5.1 - apparent specific- 9f, 11 f, 12 Table 2.1,
14,17,18,23,25,26 Fig. 2.14a, b, 43, 44 Table 2.4, 46f, 47f, 48, 67 Fig. 3.11, 75, 78, 96, 98 Fig. 3.47
- aquifer- 93 Fig. 3.41 - - background 90 - complex- 148
- - contours 78,90, 116 Fig. 3.67 - DC- 27
- inversed- 85 - - log 50 Fig. 2.27 - overburden- 319 - rock- 46,47 - - section 12 - true- 44 Table 2.4, 46 - - value 13, 16, 93 - VLF- 25
resistivity sounding
~ geoelectric sounding risk assessment 57,137
~groundwater- 119
safety (industrial) 14, 18, 129, 137
saline(ity) 44 Table 2.4, 46, 48 f, 66, 71, 85 f, 89, 115
- drainwater 88, 89 - fluid 47,77
- groundwater 17,56,70,71 f, 77, 88, 96, 97,125,149
- leachate 149 - plume 88, 89, 90 - porewater 71 - seepage 98 Fig. 3.48 - water 17f, 74f, 88, 89, 125 salinization 85, 88
salinometer 48f, 125, 126 - - log 126 Fig. 3.76
salt(y) 12 Table 2.1,13,29,70,127,129, 130,137
- content 44 Table 2.1, 48, 65 - deposit 71,74
- diapir 127
- dome 12 Table 2.1, 28, 127f, 130 Fig. 3.79, 131 Fig. 3.80
- leachate 82 - mine 56,71 - plume 19,96 - rock- 29 Table 2.3 - seepage 70 - water 27,74,77 salting 18 sampling rate 3948
sand(y) 12 Table 2.1, 13f, 29 Table 2.3, 31, 35,43, 50, 68, 78, 92 Fig. 3.40, 95f, 96 Fig. 3.44, 119
- aquifer 92 Fig. 3.40 - bed 97
- casting- 12 Table 2.1,13,19,70 - - clay interbedding 48
- - lens 9412 - saturated- 139
- - stone 12 Table 2.1,13, 100f, 118 Fig. 3.69
scale 5,55,56,144,145 Table 5.5,151 - depth- 95
- logarithmic- 13 - metric- 3 - spring- 40
schlumberger sounding 15 Fig. 2.6, 2.7, 68 Fig. 3.12 scrap
- anomaly 58 - - car- 57, 138
- - iron- 6,7 Fig. 2.2, 8, 19,58, 63
- metal- 12 Table 2.1, 65, 134
172
seepage 28,41,65,74,92 Fig. 3.39,98 Fig. 3.48, 99, 100, 114, 137f, 148 - channel 65
- path 39,43,67 Fig. 3.11,121 Fig. 3.72, 143, 144
- waste-dump- 19, 29 - - water 70, 109
seismic(s) 29,48,98, 118,125, 130, 138 - break 32, 35
- energy 32 - evaluation 29, 103 - exploration 35 - - high frequency- 148 - impedance 35,36 - investigation 31 f - methods 31-40,98-105 - migration 152
- model 103 - noise 118
- profile( section) 118 f - property 35
- ray 32,33
- receiver(geophone) 31,39,101 - record 35, 103
- reflection 29,32, 35f, 36, 37 Fig. 2.21, 38 Fig. 2.22, 37f, 39f, 103f, 104 Fig. 3.53,118,119,120 3.71,131 Table 4.1, 132 Table 4.2, Fig. 133 Table 4.4, 135 Table 4.8, 141 f, 143, 146
- reflector 31,35, 36f
- refraction 32f, 33 Fig. 2.18, 34 Fig. 2.19, 35f, 48, 98f, 99 Fig. 3.49,100 Fig. 3.50, 102, 103, 104 Fig. 3.54, 117f, 118 Fig. 3.69,119 Fig. 3.70,125,131 Table 1, 132 Table 4.2, 133 Table 4.3, 133 Table 4.4, 135 Table 4.5,141, 143 f, 146
- result 105
- signal 31 f, 32f, 35, 36, 37,103 Fig. 3.52
- software 96
- source 31,32, 33f, 35f, 36, 37,101 - station 102
- string 33 - survey 140 f - technology 37
- velocity 31,33, 34f, 35f, 36f, 98, 99 Fig. 3.49, 100, 101, 118, 128, 138f, 141, 148
- wave 31f, 32f, 35f, 101 - wavefront 32
selfPotential 17, 19f, 42 Fig. 2.24, 43, 44 Table 2.4, 47, 79f, 80, 131 Table 4.1,132
9 Index Table 4.2, 133 Table 4.4, 135 Table 4.5,
140, 146, 148 - profile 81 Fig. 3.26 silt 12 Table 2.1,103 skin 53 Table 2.6 sludge
galvanic- 77 Fig. 3.21, 78 industrial- 57, 134 poisonous- 132 toxic- 65
soil 1,12 Table 2.1, 19f, 29f, 30, 35, 51, 60, 68,94,95, 111 Fig. 3.63, 140
- moisture 85, 140 - - permeable- 116 - salinization 80 - - top- 101
- unconsolidated- 103 spinell
- structure 5
steep dipping structure 119 -127 sulfatic water 74
sunray 109 tar 12 Table 2.1 target area 8
TDEM 35 Fig. 2.15, 90f, 93f, 94 Fig. 3.42, 131 Table 4.1
tectonic(s) 39,50, 103 - block- 71
- - pattern 24 - - shear 126
- - structure 4,115, 121, 122, 137, 145 Table 5.5, 151
- - thrust 126 - - zone 24 telluric noise 18, 19
TEM 27 Fig. 2.15, 90f, 92 Fig. 3.40, 93 Fig. 3.41, 94 Fig. 3. 42, 131 Table 4.1 temperature 40f, 41, 44 Table 2.4, 55f, 55
Fig. 2.30, 106, 109f, 127 - anomaly 41
- base 41 - dependence 55 - determination 41 - log 125, 126 Fig. 3.76 - measurement 41 - tool 48f tender (call for)
1,151 Table 6.1,152 Table 6.2 tertiary 71 f
- lignite 118f, 119 Fig. 3.70 - salt deposit 71
- series 71 test-pit 52
three dimensional (3D) 58 Fig. 3.1, 59 Fig. 3.2, 62 Fig. 3.7, 85, 86 Fig. 3.32, 87 Fig. 3:34, 93 Fig. 3.41, 99 Fig. 3.49, 100, 152
- projection 3 - seismics 142
time domain electromagnetic
sounding(TDEM) ~transient electro- magnetic sounding
tissue 53 Table 2.6 torsion magnetometer 7 transient electromagnetic
sounding ~ TEM, TDEM 27, 90f, 91 f, 92 Fig. 3.40
traveltime 29,31, 36f, 44 Table 2.4, 48f, 50, 95, 102f, 130f
- curve 35 treatment - chemical- 110 - - facility 119 unconsolidated - bed 50, 100 - - layer 99
- rock 13, 34f, 99, 114f, 141, 148 - sediment 99, 143
- silt 103 - soil 103 Uterus 53 Table 2.6 vertical electric
sounding, VES ~geoelectric
sounding
voltage 9-11, 13, 17f, 19 - decay- 17
- high- 140 - primary- 17,18 - static- 52
- transient- 17, 18, 27 VSMOW (Vienna-standard
Mean Ocean Water) 55
waste 65, 68f, 69 Fig. 3.13, 79, 89, 93, 99, 105, 123, 132, 137, 144 Table 5.5, 146, 148
- - body 65,83,141 - chemical- 127
- - component 70,78,79,146146 - - deposit 1, 5, 9, 12, 13, 32, 35, 58, 70,
80f,96, 102, 104, 105,109, 110 Fig. 3.61,125,127,132, 143f - domestic- 14, 16,53,57,58,60, 65f,
67 Fig. 3.11, 78 Fig. 3.22, 79 Fig. 3.22, 79 Fig. 3.23, 80, 81 Fig. 3.26,90, 96, 110, 134, 138, 148
- - dump (site, deposit 1,4, 5f.7, 8f, 12, 13, 24, 28, 3035, 53, 54, 57, 64 Fig. 3.9, 65,66,67, 68f, 80, 82, 83f, 93
Fig. 3.41, 98 Fig. 3.47, 99 Fig. 3.49, 100, Fig. 3.50, 101, 102, 103, 106, 109, 110, 114f, 115 f, 116, 118, 119, 121, 122 Fig. 3.73, 125, 132, 134, 141 f, 143, 146
- hazardous- 19f, 20 Fig. 210, 25, 35f, 37,39,40,41 f, 48,56,57,58 Fig. 3.1, 59 Fig. 3.2,67,69 Fig. 3.13, 70, 77 Fig. 3, 21, 82f, 85, 87 Fig. 3.33, 89 Fig. 3.37, 99, 100f, 103f, 104 Fig. 3.53, 105 Fig. 3.54, 106 Fig. 3.55, 109 Fig. 3.60,110, 114, 117, 119, 120 Fig. 3.71, 126, 132, 133 Table 4.3, 137, 141, 142 Table 5.3
- industrial- 58,61,65,82 Fig. 3.27, 83, 110,137
- iron bearing- 5 - magnetic- 119 - - migration 65 - nuclear- 127,131 - paint- 88
- - paper 12 Table 2.1 - - resistivity 12 - radioactive- 51,53, 127 - solid- 90
well logging ~ logging methods