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دانلود کتاب Modern Methods of Igneous Petrology - Understanding Magmatic Processes

دانلود کتاب روش های مدرن سنگ شناسی آذرین - درک فرآیندهای ماگمایی

Modern Methods of Igneous Petrology - Understanding Magmatic Processes

مشخصات کتاب

Modern Methods of Igneous Petrology - Understanding Magmatic Processes

ویرایش:  
نویسندگان: , ,   
سری: Reviews in Mineralogy 24 
ISBN (شابک) : 0939950294 
ناشر: BookCrafters, Inc 
سال نشر: 1990 
تعداد صفحات: 322 
زبان: English 
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) 
حجم فایل: 180 مگابایت 

قیمت کتاب (تومان) : 41,000



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فهرست مطالب

Page 1
	Titles
		REVIEWS IN MINERALOGY
		VOLUME 24
		J. NICHOLLS & J. K. RUSSELL, editors
Page 1
	Titles
		COPYRIGHT: 1990
		MINERALOGICAL SOCIETY of AMERICA
		Printed by BookCrafters, Inc., Chelsea, Michigan 48118
		REVIEWS in MINERALOGY
		ISSN 0275-0279
		MODERN METHODS OF IGNEOUS PETROLOGY:
		UNDERSTANDING MAGMATIC PROCESSES
		ISBN 0-939950-29-4
	Tables
		Table 1
Page 1
	Titles
		VOLUME 24
		MODERN METHODS OF IGNEOUS PETROLOGY:
		UNDERSTANDING MAGMATIC PROCESSES
		iii
Page 1
Page 2
Page 3
	Titles
		Chapter 6 J.K. Russell
		MAGMA MIXING PROCESSES: INSIGHTS AND CONSTRAINTS
		Chapter 7 I.S.E. Carmichael & M.S. Ghiorso
		THE EFFECT OF OXYGEN FUGACITY ON THE REDOX STATE OF
		NATURAL LIQUIDS AND THEIR CRYSTALLIZING PHASES
Page 4
	Titles
		Chapter 8
		C. Jaupart & S. Tait
		213 Dimensions of volcanic systems
		214 Velocity and mass flux of eruptions
		215 Eruption triggering
		216 Effect of eruptions on the magma chamber
		217 Physical properties oflava
		217 The viscosity of silicate melts
		218 The viscosity of bubbly liquids
		219 The temperature dependence of viscosity
		219 The solubility of gas species of silicate melts
		219 The density of magmatic gases
		220 The fragmentation process
		221 Conclusions
		222 Basic principles and equations
		223 The mass flux of an eruption
		224 Constant conduit radius
		225 Variable conduit radius
		227 Conclusion
		227 Laminar regime and variable properties
		228 Choking conditions
		231 Conduit flow in explosive eruption regimes
		231 Generalized momentum balance
		232 Conclusion
		232 Separated flow
		233 The physics of bubble growth
		234 Bubble nucleation
		234 Bubble expansion
		235 Chemical diffusion
		235 Conclusion
		vii
Page 5
	Titles
		Chapter 9 G.W. Bergantz
		MELT FRACTION DIAGRAMS: THE LINK BETWEEN CHEMICAL
		Chapter 10 K.V. Cashman
		TEXTURAL CONSTRAINTS ON THE KINETICS OF
		CRYSTALLIZATION OF IGNEOUS ROCKS
		266 Crystallization without a change in composition
		268 Crystallization in multicomponent systems
		287 Theory
		291 Isobaric cooling
		295 Isothermal depressurization
		297 Crystallization caused by change in supersaturation
		297 Residence times
		299 Effect of physical processes
		300 Further potential applications of CSDs
		viii
Page 1
	Titles
		PRINCIPLES OF THERMODYNAMIC MODELING
		OF IGNEOUS PROCESSES
		F=c-cp+2
		(1)
Page 2
	Titles
		2
Page 3
	Titles
		3
Page 4
	Titles
		4
		c
Page 5
	Titles
		5
Page 6
	Titles
		6
		CALCULATION OF CRYSTALLIZATION PATHS.
Page 7
	Titles
		A
		7
		A
		Calculate the saturation temperature for all possible phases. The primary
		(24)
		x = YA exp(- ~µA°!RT)
		(25)
	Tables
		Table 1
Page 8
	Titles
		8
Page 9
	Titles
		9
		Saturalion Temperatures
		DCV045
		T C
		(32)
	Tables
		Table 1
Page 10
	Titles
		10
Page 11
	Titles
		11
Page 12
	Titles
		12
	Tables
		Table 1
Page 13
	Titles
		13
		B
		\'-.
		I --- .- \\A
		...,
		~
		..
		..
		\'\"
Page 14
	Titles
		14
Page 15
	Titles
		15
		(F dy, + Yi dF)IF = dn/Sn
Page 16
	Titles
		16
Page 17
	Titles
		17
		B
		A
		T
		/
		~
		=
		!M
		=r:«;
		=
		\"
		..
	Tables
		Table 1
Page 18
	Titles
		18
Page 19
	Titles
		19
Page 20
	Titles
		20
		APPENDIX:
		DERIVATION OF FRACTIONATION EQUATION AT CONSTANT Hnlelt
		(AI)
Page 21
	Titles
		21
Page 22
Page 23
	Titles
		23
Page 24
Page 1
	Titles
		CHAPTER 2 R.L. LANGE & I.S.E. CARMICHAEL
Page 2
	Titles
		26
Page 3
	Titles
		27
Page 4
	Titles
		28
Page 5
	Titles
		29
		(8)
Page 6
	Titles
		30
Page 7
	Titles
		31
		(9)
Page 8
	Titles
		32
Page 9
	Titles
		33
	Tables
		Table 1
		Table 2
		Table 3
Page 10
	Titles
		34
Page 11
	Titles
		35
	Tables
		Table 1
Page 12
	Titles
		36
	Tables
		Table 1
Page 13
	Tables
		Table 1
Page 14
	Titles
		Andesite
		Peralkaline rhyolite
	Tables
		Table 1
		Table 2
		Table 3
Page 15
	Titles
		39
		Basaltic Andesite
		1000 1100 1200 1300 1400
		2.30 -t----.--.--,..----;r--r---r-.....--r----,.---~
		900
	Tables
		Table 1
Page 16
	Tables
		Table 1
Page 17
	Titles
		41
Page 18
	Titles
		42
Page 19
	Titles
		43
Page 20
	Titles
		44
Page 21
	Titles
		45
Page 22
	Titles
		46
		K
	Tables
		Table 1
		Table 2
Page 23
	Titles
		47
Page 24
	Titles
		48
Page 25
	Titles
		49
Page 26
	Titles
		50
Page 27
	Titles
		51
		~
		•
		•
		•
		......---.
Page 28
	Titles
		52
	Tables
		Table 1
Page 29
	Titles
		53
	Tables
		Table 1
Page 30
	Titles
		54
		Melilite-nephelinite
		.....
		. -
		~
		___\'---------:y
Page 31
	Titles
		55
Page 32
	Titles
		56
Page 33
	Titles
		57
Page 34
	Titles
		58
		Feo.947D
	Tables
		Table 1
Page 35
	Titles
		59
Page 36
	Titles
		60
Page 37
	Titles
		61
Page 38
	Titles
		62
Page 39
	Titles
		63
Page 40
	Titles
		64
Page 1
	Titles
		CHAPTER 3
		SIMULATION OF IGNEOUS
		R.L. NIELSEN
Page 2
	Titles
		66
Page 3
	Titles
		•
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	Tables
		Table 1
		Table 2
Page 4
	Titles
		AUGITE
		OLIVINE
	Tables
		Table 1
Page 5
	Titles
		69
Page 6
	Titles
		70
Page 7
	Tables
		Table 1
Page 8
	Titles
		72
	Tables
		Table 1
Page 9
	Titles
		73
	Tables
		Table 1
Page 10
	Titles
		74
		2~------~------~
		D
		D
		1
		5
Page 11
	Titles
		MgO
		.-:.
		o
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		5 5
		AI203
	Tables
		Table 1
Page 12
	Titles
		76
Page 13
	Titles
		77
		8 +.\'--+--+--+---+--+--+---+_+--1
		MgO
	Tables
		Table 1
Page 14
	Titles
		78
Page 15
	Titles
		79
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Page 16
	Titles
		80
Page 17
	Titles
		81
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		MgO
		I •
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		K20
	Tables
		Table 1
Page 18
	Tables
		Table 1
Page 19
	Titles
		83
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Page 20
	Titles
		84
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		6 8
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Page 21
	Titles
		85
Page 22
	Titles
		86
	Tables
		Table 1
		Table 2
		Table 3
Page 23
	Titles
		87
		100
		50
		1020 60
	Tables
		Table 1
		Table 2
Page 24
	Titles
		88
Page 25
	Titles
		89
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	Tables
		Table 1
		Table 2
Page 26
	Titles
		90
Page 27
	Titles
		91
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	Tables
		Table 1
Page 28
	Titles
		92
Page 29
	Titles
		93
Page 30
	Titles
		94
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	Tables
		Table 1
		Table 2
		Table 3
Page 31
	Titles
		95
Page 32
	Tables
		Table 1
		Table 2
Page 33
	Titles
		97
Page 34
	Tables
		Table 1
Page 35
	Titles
		99
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Page 36
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		100
Page 37
	Titles
		101
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Page 38
	Titles
		102
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		Sr
	Tables
		Table 1
Page 39
	Titles
		103
Page 40
	Titles
		104
Page 41
	Titles
		105
Page 42
Page 1
	Titles
		CHAPTER 4 J. NICHOLLS
		THE MATHEMATICS OF FLUID FLOW AND A SIMPLE
		V2 = a2 /ax2 + a2 /a\'{2 + a2 /Z2
Page 2
	Titles
		108
		x
		D /Dt = a/at + u a/ax + v a laY + w a /az
	Tables
		Table 1
Page 3
	Titles
		109
		au/ax + av/aY + aw/az = 0
		V = a/ax i + a laY j + a /az k
		(8)
Page 4
	Titles
		110
		 = 11 {2[(au/aX)2 + (av/aY)2 + (aw/aZ)2] +
		(au/aY + av/aX)2 + (av/az + aw/aY)2 + (aw/ax + au/aZ)2} (17)
Page 5
	Titles
		111
		aw/az = 0
		P Dw/Dt = - pg - ap/az + 11 [a2w/ax2 + aZw/a\'{2 + aZw/z2] (19)
		paw/at = - pg - ap/az + 11 [aZw/ax2 + aZw/ay2]
		pcp(aT/at + w aT/aZ) - ap/at - w ap/az = K V2T + 11 [(aw/ax)2 + (aw/aY)2] (20)
		paw/at = - pg - ap/az + 11 aZw/ax2
		pcp(aT/at + W aT/aZ) - ap/at - w ap/az =
Page 6
	Titles
		112
		z
		-b b
		x
		x
		o
		pg + ap/az = 11 a2w/ax2
Page 7
	Titles
		113
		Z (km)
		Depth,
		o
		a(pg)/az + a2p/az2 = 11 (a2/aX2) aw/az = 0
		a2p/az2 = 0
		(pg -13)/11 = a2w/ax2
	Tables
		Table 1
Page 8
	Titles
		114
		X (rn )
	Tables
		Table 1
Page 9
	Titles
		115
		(aT/aX)i=-Q/K i atX=b
		(aT/aX)i= Q/K i atX=-b
		aT/az = a
Page 10
	Titles
		116
Page 11
	Titles
		117
		X (m)
Page 12
	Titles
		118
		,
		X (rn )
Page 13
	Titles
		119
		C2 = f3 - pg > 0
		(aT/ap)H = [T (av/aT)p - v]/cp
		(aT/ap)G = vis
	Tables
		Table 1
Page 14
	Titles
		120
		C2
		pg > 0
	Tables
		Table 1
Page 15
	Titles
		121
Page 16
	Titles
		122
		- ap/az = 13 = pgu(l - u)
Page 17
	Titles
		123
		REFERENCES CITED
Page 18
Page 1
	Titles
		S. TAIT & C. JAUPART
		IN THE EVOLUTION OF MAGMAS
Page 2
	Titles
		126
	Tables
		Table 1
Page 3
	Titles
		127
		)
Page 4
	Titles
		128
Page 5
	Titles
		a)
		b)
		c)
		Upper-
		crystallised
		129
		h,
		Lower.
Page 6
	Titles
		130
Page 7
	Titles
		131
		o
		..
		iii
		..
		E
		(6)
		or o2T
Page 8
	Titles
		132
		aT
Page 9
	Tables
		Table 1
Page 10
	Titles
		134
		\'dx+dy+Tz=
	Tables
		Table 1
Page 11
	Titles
		135
		dT
		da [dT]
Page 12
	Titles
		136
		a
		...
		b
		o
		o
		I I I I I I I I
		.Ct.«) _/ J_M _
		z
Page 13
	Titles
		137
Page 14
	Titles
		138
		I
		o
		COMPOSITION
		LIQUID
		SOLID
	Tables
		Table 1
Page 15
	Titles
		139
		dh EdT] rOT]
		dh [dC] = 0
Page 16
	Titles
		140
		or d2T
		sr d2T d.
		z
		........
		bet)
Page 17
	Titles
		141
Page 18
	Tables
		Table 1
Page 19
	Titles
		143
Page 20
	Titles
		144
Page 21
	Titles
		145
		a)
		r\';--------
		b)
		~---
		~
		01
Page 22
	Titles
		146
Page 23
	Titles
		147
Page 24
	Titles
		148
Page 25
	Titles
		149
		c)
		Dense input
	Tables
		Table 1
Page 26
	Titles
		150
		a)
		. .-
		-v
		b)
Page 27
	Titles
		151
Page 28
	Titles
		152
Page 1
	Titles
		MAGMA MIXING PROCESSES: INSIGHTS AND
Page 2
	Titles
		154
Page 3
	Titles
		155
Page 4
Page 5
	Titles
		157
Page 6
	Titles
		158
	Tables
		Table 1
		Table 2
Page 7
	Titles
		159
Page 8
	Titles
		160
		1.16 -,----.-----,----,.----,-------,
		1.14
		1.12
		1.10
		1.0
		0.4 0.6 O.B
		MOLE X MAGMA B
		0.2
		0.0
		o
Page 9
Page 10
	Titles
		162
Page 11
	Titles
		163
		1.12
		1.10
		1.04
		1.02
		1.0
		0.4 0.6 O.B
		MOLE X MAGMA B
		O.G
		0.0 - -
		--
		S
		~
		.._..
		P:::
		___ Linear
		-_ Mingled (Ideal)
		1.0
		0.4 0.6\' 0.8
		MOLE X MAGMA B
		O.G
		0.0
Page 12
	Titles
		164
		-..
		......
		MOLE X DACITE
Page 13
	Titles
		165
		Mixing of Hydrous Melts
		Linear
		Mingled (Ideal)
		1.0
		0.4 0.6 0.8
		MOLE X DACITE
		0.2
		1120+---~--,--,---.---,---.--~--~--~~
		0.0
	Tables
		Table 1
Page 14
	Titles
		166
Page 15
	Titles
		167
		1.0
		0.4 0.6 O.B
		MOLE X DACITE
		1000+---~--~--~--,,---,,---~--~--~--~--~
		0.0 0.2
		u
		~90
		µ..
		.._.,
		<,
		~70
		~
		~
		1.0
		0.4 0.6 O.B
		MOLE X DACITE
		0.2
		40+---\'---r-~---\'---\'---\'---\'---,---,-~
		0.0
Page 16
	Titles
		MIXED vs LIQUIDUS T(OC)
		Mixed (Real)
		••••• OL
		MOLE X DACITE
Page 17
	Titles
		169
		Imposed QFM Oxygen Fugacity
		8.5 -1 • • • •• QFM Buffered f02
		MOLE X SW-02
		C\\1
		~
		Q
		..... Ln f02 From Fe+2/Fe+3
		- - - QFM-NNO
		1.0
		0.4 0.6 0.8
		MOLE X SW-02
		0.2
		0.0
Page 18
	Titles
		170
		H20 SOLUBILITY AT 0.05 GPa
		Computed Solubility
		0.8
		BASALT
	Tables
		Table 1
Page 19
	Titles
		171
Page 20
	Titles
		172
Page 21
	Titles
		173
Page 22
	Titles
		174
Page 23
	Titles
		175
Page 24
	Titles
		176
		v, + L [ L r(i, k) ~ ~k] - z,
		o
		o
Page 25
Page 26
	Titles
		178
Page 27
	Titles
		179
		>.
		......
		SYSTEM ENTHALPY
		Moles of SW-02 Added to SG-05
	Tables
		Table 1
Page 28
	Titles
		180
		.-
		~
		.....
		.__..
		Moles of SW-02 Added to SG-05
		00000 Moles of Olivine
		u:
		H
		...j..) O.B
		S
		cd
		cd
		~
		(1)0.4
		.....
		:>
		o
		1.0 -x------,-----,-------,-----,----,
		Moles of SW-02 Added to SG-05
Page 29
	Titles
		181
	Tables
		Table 1
Page 30
	Titles
		182
Page 31
	Titles
		183
		.....
		E-<
		00000 Equilibrium Temp.
		Linear Temp.
		Moles of SG-05 Added to SW-02
		00000 Moles of Olivine
		Moles of SG-05 Added to SW-02
	Tables
		Table 1
Page 32
	Titles
		System - Melt Composition
		Bulk System
		Moles of SG-05 Added to SW-02
	Tables
		Table 1
Page 33
	Titles
		185
		-
		.....
		>-
		......
		S
		00000 Equilibrium Temp.
		Liquidus Temp.
		Moles of SG-05 Added to SW-02
		\'\"\'
		S
		Enthalpy (kJjmole)
Page 34
	Titles
		186
Page 35
	Titles
		187
Page 36
	Titles
		188
Page 37
	Titles
		189
Page 38
	Titles
		190
Page 1
Page 2
	Titles
		192
Page 3
	Titles
		193
		(4)
Page 4
	Titles
		194
		Q
		*
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		nlm-
		t
	Tables
		Table 1
Page 5
	Titles
		195
Page 6
	Tables
		Table 1
Page 7
	Titles
		197
Page 8
	Tables
		Table 1
		Table 2
		Table 3
Page 9
	Titles
		199
		.....
Page 10
	Titles
		200
Page 11
	Titles
		0.50
		0.10
	Tables
		Table 1
		Table 2
Page 12
	Titles
		202
Page 13
	Titles
		203
		m
		o
		eo
		o
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		o
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Page 14
	Titles
		204
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Page 15
	Titles
		205
Page 16
	Titles
		206
	Tables
		Table 1
Page 17
	Titles
		207
Page 18
	Titles
		208
Page 19
	Titles
		209
Page 20
	Titles
		210
Page 21
	Titles
		211
Page 22
	Titles
		212
Page 1
	Titles
		DYNAMICS OF ERUPTIVE PHENOMENA
Page 2
	Titles
		214
Page 3
	Titles
		215
		\'t = cr \'
Page 4
	Titles
		216
Page 5
	Titles
		217
Page 6
	Titles
		218
		~
Page 7
	Titles
		219
		J1m _ {_I_}n ,
		(9)
Page 8
	Titles
		220
		(11)
Page 9
	Titles
		.,
		~
		221
Page 10
	Titles
		222
		a a a
Page 11
Page 12
	Titles
		ap { 1 a aw a2w }
		o = - dz + µ wr (r ar) + az2 - p g.
		rdf(rar) = µ{ dz + p g ] •
		o
Page 13
	Titles
		o µ
		225
Page 14
	Titles
		226
Page 15
	Titles
		227
Page 16
	Titles
		228
		d
Page 17
	Titles
		229
		r 9
	Tables
		Table 1
Page 18
	Titles
		230
		w = {~} -1/2
		- (-) = - -~ = (x (Pi) - xcP)) - (-) - (- - -) - . (45)
Page 19
	Titles
		231
Page 20
	Titles
		232
		~
		>
Page 21
	Titles
		233
Page 22
	Titles
		234
		a
		au
		\'t - 2µ-
Page 23
	Titles
		dP
		235
		dX
Page 24
	Titles
		236
		REFERENCES
Page 25
	Titles
		237
Page 26
	Titles
		238
Page 1
	Titles
		MELT FRACTION DIAGRAMS: THE LINK BETWEEN
Page 2
	Titles
		240
Page 3
	Titles
		241
Page 4
	Titles
		242
		pc =
		8=--,
Page 5
	Titles
		243
		* o(J - (.) d(J i e\':!
		pc -+U.V(J=V. k V(J -- \'i, --,
Page 6
	Titles
		244
		o
		TEMPERATURE
	Tables
		Table 1
Page 7
	Titles
		245
Page 8
	Titles
		246
Page 9
	Titles
		247
		u = - K [VP+pgJ,
Page 10
	Titles
		248
Page 11
	Titles
		249
Page 12
	Titles
		250
Page 13
	Titles
		251
		0.25
		0.20
		0.10
		0.05
		0.00 ..__..._ ..... _ ...... _..._....__..
		0.0 2.0 4.0 6.0
Page 14
	Titles
		252
		- Uff°a. TH(x\',r)dx\'dr
Page 15
	Titles
		253
Page 16
	Titles
		254
		REFERENCES
Page 17
	Titles
		255
Page 18
	Titles
		256
Page 19
	Titles
		257
Page 20
Page 1
	Titles
		TEXTURAL CONSTRAINTS ON THE KINETICS OF
Page 2
	Titles
		260
		(2)
Page 3
	Titles
		I T P T
		261
		(4)
		(6)
Page 4
	Titles
		262
		-,
		T K, ( cr J
	Tables
		Table 1
Page 5
	Titles
		263
Page 6
	Titles
		264
Page 7
	Tables
		Table 1
Page 8
	Titles
		266
Page 9
	Titles
		267
		YR
Page 10
	Titles
		268
Page 11
	Titles
		269
Page 12
	Titles
		270
		o
		\'-.... \"
		- -I:O;:D~I~~I-:::_
		--4
		-3
		.-1
		-5
		-An75
		----An50
		~An2o
Page 13
	Titles
		271
		log (y~) = f(9)
Page 14
	Tables
		Table 1
Page 15
	Titles
		273
Page 16
	Titles
		274
Page 17
	Tables
		Table 1
Page 18
	Titles
		276
		(y JII4
		Rc= ~
		i.:
Page 19
	Titles
		(b)
		277
		--
		- :..:..:..:::.::.~ .
		-.
		\'-\',
	Tables
		Table 1
		Table 2
		Table 3
Page 20
	Titles
		278
Page 21
	Titles
		279
		(26a)
	Tables
		Table 1
Page 22
	Titles
		o
	Tables
		Table 1
Page 23
	Titles
		281
Page 24
	Titles
		282
Page 25
	Titles
		283
Page 26
	Titles
		284
		8~9~~8~~~Sg~
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	Tables
		Table 1
		Table 2
		Table 3
Page 27
	Titles
		285
Page 28
	Titles
		286
		·2.0 L------------.~
		E
		log (x/d)
		•
		•
		•
		slope
		•
		•
		•
		log Crystallization Time
		l (size) --+­
		l (size)----+-
		(b)
	Tables
		Table 1
REV024C010_p287-314.pdf
	Page 1
		Titles
			287
	Page 2
		Titles
			288
	Page 3
		Titles
			289
		Tables
			Table 1
	Page 4
		Titles
			290
	Page 5
		Titles
			291
	Page 6
		Titles
			292
			.. ,
			Crystal size. Ls . ( I-lmJ
			COMBINED MAKAOPUHI SAMPLES
	Page 7
		Titles
			293
			..5
		Tables
			Table 1
	Page 8
		Titles
			294
			E
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	Page 9
		Titles
			295
	Page 10
		Titles
			296
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			L(cm)
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			0.3
		Tables
			Table 1
	Page 11
		Titles
			297
	Page 12
		Titles
			Lower chill + llm\"____ Lower
			....._ Lower chill + 40m
			o
			2
			Size (mm)
			3
		Tables
			Table 1
	Page 13
		Titles
			299
	Page 14
		Titles
			300
	Page 15
		Titles
			SILLIMANITE ZONE
			10\"
			b =105cm-1
			J
			size (mm)
		Tables
			Table 1
	Page 16
		Titles
			302
	Page 17
		Titles
			303
	Page 18
		Titles
			304
	Page 19
		Titles
			305
	Page 20
		Titles
			306
			APPARENT DIAMETER m
			a
			~
			E
	Page 21
		Titles
			307
	Page 22
		Titles
			L (cm)
		Tables
			Table 1
			Table 2
			Table 3
	Page 23
		Titles
			309
	Page 24
		Titles
			310
	Page 25
		Titles
			311
	Page 26
		Titles
			312
	Page 27
		Titles
			313
	Page 28
		Titles
			314




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