𝔖 Scriptorium
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📁

Structure, Dynamics, and Properties of Silicate Melts

✍ Scribed by JF Stebbins, PF McMillan, DB Dingwell, Eds.


Publisher
BookCrafters, Inc
Year
1995
Tongue
English
Leaves
632
Series
Reviews in Mineralogy 32
Category
Library

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✦ Table of Contents


Page 1
Titles
REVIEWS in MINERALOGY Volume 32
EDITORS:
Mineralogical Society of America
Page 1
Titles
MINERALOGICAL SOCIETY OF AMERICA
REVIEWS IN MINERALOGY
Volume 32
Structure, Dynamics and Properties
Page 1
Titles
STRUCTURE, DYNAMICS AND PROPERTIES OF SILICATE MELTS
FOREWORD
EDITORS' PREFACE
iii
Page 2
Titles
iv
Page 3
Titles
v
Page 4
Tables
Table 1
Page 1
Titles
STRUCTURE, DYNAMICS AND PROPERTIES
vii
Page 2
Titles
viii
Page 3
Titles
ix
Page 4
Titles
x
Page 5
Titles
xi
Page 6
Titles
xii
Page 7
Titles
xiii
Page 8
Titles
xiv
Page 9
Titles
xv
Page 10
Page 1
Titles
Chapter 1
STRUCTURAL RELAXATION AND THE GLASS TRANSITION
Cornelius T. Moynihan
Page 2
Titles
2
Page 3
Titles
3
Page 4
Titles
4
time
- - -
o
_____,..
T
Structural Relaxation in Liquids
(2)
_ H - He _ Tf - T2 _ t
Ho - He T, - T2 T
(4)
Page 5
Titles
5
,
6TL __
a
b
Page 6
Titles
6
Page 7
Titles
7
a
P
Tables
Table 1
Page 8
Titles
8
t
(5)
Page 9
Titles
9
0.5
720
Page 10
Titles
10
Page 11
Titles
11
x6H (1 - x)6H
'I = Toexp[ RT + RTf 1 (8;
B
'I = TO exp[",,.., /", ,l
(9)
¢(t) = 'L:9iexP[-l dt'hl (11)
,
x6H (1 - x)6H
Page 12
Titles
12
¢(t) = exp[-([ dt'/T)f3) (14)
¢(t) = p(t) - Pe = Tf(t) - T2 (l5)
Po - Pe Tl - T2
Tf(t) = To + L 6Tj[1 - ¢(t, tj))
¢(t, tj) = exp[-(!ot-tj d(t' - tj)/T),B]
Page 13
Titles
13
Tables
Table 1
Page 14
Titles
14
Tables
Table 1
Page 15
Titles
15
Tables
Table 1
Page 16
Titles
16
TglT
(22)
B7] 1 [B7] 1
'i) = 'i)oexp[TSc(T) = 'i)oexp T!:::.Cpln(TjTK)
Tables
Table 1
Page 17
Titles
17
60
1; 50
~
"Q. 40
10
20 30
Na201 mol%
40
1~
~
0-;'
Jf
50
Page 18
Titles
18
Moynihan: Structural Relaxation and the Glass Transition
REFERENCES
Page 19
Titles
Moynihan: Structural Relaxation and the Glass Transition
19
Page 20
Page 1
Titles
Chapter 2
SOME APPLICATIONS
D. B. Dingwell
Page 2
Titles
22
P
dP
Page 3
Titles
23
"\
Page 4
Titles
24
Page 5
Titles
25
T = n/G
Page 6
Titles
26
Dingwell: Relaxation in Silicate Melts: Applications
f ~ s-c
~~ IJ ~
g.
o
Tables
Table 1
Page 7
Titles
27
;;
Page 8
Titles
28
M = K + (4/3)0
Page 9
Titles
29
o
c
-
Tables
Table 1
Page 10
Titles
30
o
o
....


Tables
Table 1
Page 11
Titles
31
Page 12
Titles
32
Dingwell: Relaxation in Silicate Melts: Applications
::: 1 MAl r;6,~~.. __ _
i,
"" -f- - - - - - --- - - - - - - KEO
AGPAITIC INDEX
Tables
Table 1
Page 13
Titles
33
Page 14
Titles
34
Tables
Table 1
Table 2
Table 3
Page 15
Titles
35
'.
..
.
"
-:
..... ..... .. ~ )
Page 16
Titles
36
Page 17
Titles
37
(6)
Page 18
Titles
TEMPERA TURE
Tables
Table 1
Page 19
Titles
39
H
Page 20
Titles
40
Dingwell: Relaxation in Silicate Melts: Applications
a
m m ill ~ ill m ~ ~
"
b
c
(\f \
TEMPERATURE
caC)
Page 21
Titles
41
] 6
15
14
12
-6
,
u
bD
Tables
Table 1
Page 22
Titles
42
Page 23
Titles
Dingwell: Relaxation in Silicate Melts: Applications

43
-S
o
>
o
::2'
TEMPERATURE (C)
Tables
Table 1
Page 24
Titles
44
Tables
Table 1
Page 25
Titles
45
Tables
Table 1
Page 26
Titles
MOLAR VOLUME OF THE MELTS
Dingwell: Relaxation in Silicate Melts: Applications
mol%
Tables
Table 1
Page 27
Titles
47
Page 28
Titles
48
'"
..
.•.. -. ....
'"
Tables
Table 1
Page 29
Titles
49


~
.. ..
Page 30
Titles
50
Page 31
Titles
51
Page 32
Titles
52
1
Page 33
Titles
53
~
Page 34
Titles
54
Page 35
Titles
55
a
Tables
Table 1
Page 36
Tables
Table 1
Table 2
Page 37
Titles
57
o
::z::
,
::z::
__ of
T----~----~----~
Page 38
Titles
58
Dingwell: Relaxation in Silicate Melts: Applications
10
Tables
Table 1
Table 2
Table 3
Page 39
Titles
59
Page 40
Titles
60
Page 41
Titles
61
o
calcalkaline
t
10,OOO/T(K)
Tables
Table 1
Page 42
Titles
62
Page 43
Titles
Dingwell: Relaxation in Silicate Melts: Applications
63
REFERENCES
Page 44
Titles
64
Dingwell: Relaxation in Silicate Melts: Applications
Page 45
Titles
Dingwell: Relaxation in Silicate Melts: Applications
65
Page 46
Titles
66
Dingwell: Relaxation in Silicate Melts: Applications
Page 1
Titles
Chapter 3
RHEOLOGY AND CONFIGURATIONAL ENTROPY
P. Richet and Y. Bottinga
o
eo
-
~
.....
o
~
....
...
9
Page 2
Titles
68
Page 3
Titles
69
Page 4
Titles
do/dr = G~ ds/dr .
daldt = G~ ds/dr - air, (8)
Page 5
Titles
71
...
~ ...
~ ..
TJ = G~ 't'.
K = K~ - K; (12)
TJv = Kr't'v
't'p = 1:vK.JK. (14)
Page 6
Titles
72
(J' = TJel deelfdt , (15)
(J' = E eel,
TJel = 3 TJ . (19)
Page 7
Titles
73
1500
3Rfg atom
1200
900
~~ I' id
y
... IqUI
a
600
'.
...
~~
,
t glass
50~~~~~~~~~~~~~
300
90
60
c.. 70
g-
o 80
~
T (K)
Page 8
Titles
74
Tables
Table 1
Page 9
Titles
75
T (K)
sconr
Tables
Table 1
Page 10
Titles
76
sconf(T) = sconf(Tg) + J C~Onf I TdT.
weT) = A exp (-BeiTsconf) , (25)
Tables
Table 1
Page 11
Titles
Temperature dependence of the viscosity
Tables
Table 1
Page 12
Titles
78
Richet & Bottinga: Rheology and Configurational Entropy
so
~
~ 40
Page 13
Titles
79
Tables
Table 1
Page 14
Titles
80
~
Page 15
Titles
81
Tables
Table 1
Page 16
Titles
82
Page 17
Titles
83
"
..
Page 18
Titles
84
Page 19
Titles
85
< f:J.S f:J. V > = kB T (aVlaT)p (38)
< ss=« f:J. V > = kB T [(av/aT)p - (av/aT)p] . (39)
Tables
Table 1
Page 20
Titles
86
Page 21
Titles
87
Page 22
Titles
88
'"
.::
Page 23
Titles
ACKNOWLEDGMENTS
REFERENCES
Page 24
Titles
90
Richet & Bottinga: Rheology and Configurational Entropy
Page 25
Titles
Richet & Bottinga: Rheology and Configurational Entropy
91
Page 26
Titles
92
Richet & Bottinga: Rheology and Configurational Entropy
Page 27
Titles
Richet & Bottinga: Rheology and Configurational Entropy
9~
Page 28
Page 1
Titles
Chapter 4
Sharon L. Webb and Donald B. Dingwell
Page 2
Titles
96
-
-
~!
~
- r- - - - -
TIME
(2)
Page 3
Titles
97
>-­
:;
log, TIME
Page 4
Titles
98
Webb & Dingwell: Viscoelasticity
(5)
,
,

1+ 'ts 1+ 'ts
Page 5
Titles
99
K * (00) = K= - Ko + Ko 2 2 + lKo ----:::;- 2
(9)
I . 00 'is
I (oo'tv K= - KO)
Page 6
Titles
100
~
a
>
,
o
:J
~
,/\
3:
Page 7
Titles
101
Tables
Table 1
Page 8
Titles
102
Page 9
Titles
103
Page 10
Titles
104
Page 11
Titles
105
-
Tables
Table 1
Table 2
Page 12
Tables
Table 1
Page 13
Titles
107
-.-
- .. -
loglo 7:1\
Tables
Table 1
Page 14
Titles
108
Page 15
Titles
109
M(oo) = p v~ (00).
Tables
Table 1
Page 16
Titles
110
Webb & Dingwell: Viscoelasticity
2
G'((1)
Tables
Table 1
Table 2
Page 17
Titles
111
Page 18
Titles
112
Page 19
Titles
113
10
>-­
:;
o
iovz-c
Tables
Table 1
Page 20
Titles
114
V = IX v: + I X X v:
K = ~=- v· ap .
1 [ n .... -V· n av 1
(20)
Page 21
Titles
115
Tables
Table 1
Table 2
Page 22
Titles
116
Page 23
Titles
Webb & Dingwell: Viscoelasticity
117
melts is an essential component of progress in understanding viscous deformation in
REFERENCES
Page 24
Titles
118
Webb & Dingwell: Viscoelasticity
Page 25
Titles
119
APPENDIX
Mechanical relaxation time
Electrical relaxation time
't =~~------------~~--~~--------------
(AI)
(A2)
Thermal relaxation time
'tt =-=
(A3)
Page 26
Page 1
Titles
Chapter 5
ENERGETICS OF SILICATE MELTS
Alexandra Navrotsky
Page 2
Titles
122
Page 3
Titles
123
Page 4
Titles
124
Navrotsky: Energetics of Silicate Melts
FACTORS AFFECTING MELT ENERGETICS
Major acid-base interactions and polymerization equilibria
(1)
(2)
b
o
a
Tables
Table 1
Table 2
Page 5
Titles
125
Tables
Table 1
Page 6
Titles
126
Tables
Table 1
Page 7
Titles
127
Page 8
Titles
[
e
:t
Tables
Table 1
Page 9
Titles
129
Page 10
Titles
130
Navrotsky: Energetics of Silicate Melts
-48b
-og
Tables
Table 1
Table 2
Page 11
Titles
131
Tables
Table 1
Page 12
Titles
Navrotsky: Energetics of Silicate Melts
Temperature (K)
Tables
Table 1
Page 13
Titles
133
Tables
Table 1
Page 14
Titles
134
Page 15
Titles
'"
135
Page 16
Tables
Table 1
Table 2
Page 17
Titles
137
Tables
Table 1
Page 18
Page 19
Titles
139




••
11\
Tables
Table 1
Page 20
Titles
140
Navrotsky: Energetics of Silicate Melts
REFERENCES
Page 21
Titles
Navrotsky: Energetics of Silicate Melts
141
Page 22
Titles
142
Navrotsky: Energetics of Silicate Melts
Page 23
Titles
Navrotsky: Energetics of Silicate Melts
143
Page 24
Page 1
Titles
Paul C. Hess
Page 2
Page 3
Page 4
Tables
Table 1
Page 5
Titles
149
Page 6
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150
... ·::::z
..» 0<····· RnO
-175 +--.--.--.--.-.--.--.--.---.--1
Page 7
Titles
151
Page 8
Titles
(6)
8:::::::::::::::·.
Page 9
Tables
Table 1
Page 10
Titles
154
Page 11
Titles
155
Page 12
Titles
ENTHALPY OF SIMPLE "MINERAL" MELTS
Tables
Table 1
Page 13
Page 14
Titles
158
:r:
Page 15
Titles
Hess: Thermodynamic Mixing Properties and Structure
159
Tables
Table 1
Page 16
Tables
Table 1
Page 17
Titles
(21)
Page 18
Titles
162
Tables
Table 1
Page 19
Page 20
Titles
so ,
Page 21
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165
Page 22
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166
Page 23
Titles
167
Tables
Table 1
Page 24
Page 25
Titles
169
o
Peraluminous
K (
Peralkaline
Page 26
Page 27
Titles
171
Page 28
Titles
172
Page 29
Titles
173
----
Tables
Table 1
Page 30
Titles
174
[Z+Z-I]e02
Tables
Table 1
Page 31
Titles
Hess: Thermodynamic Mixing Properties and Structure
175
5oo,------~r-------~------~r------~
Page 32
Titles
K
Page 33
Page 34
Page 35
Page 36
Titles
180
Page 37
Titles
181
Page 38
Titles
182
Tables
Table 1
Table 2
Page 39
Titles
(A20)
(A21)
(A23)
Page 40
Titles
184
X s.o,
Page 41
Titles
Hess: Thermodynamic Mixing Properties and Structure
185
(A30)
Entropy of mixing
(A31)
Page 42
Titles
186
(0°)(0-2)
K .:.-'--'-___:__
(0-)2
O,----------.----------,-----------r----------~
Page 43
Titles
Hess: Thermodynamic Mixing Properties and Structure 187
REFERENCES
Page 44
Titles
188
Hess: Thermodynamic Mixing Properties and Structure
Page 45
Titles
Hess: Thermodynamic Mixing Properties and Structure
189
Page 46
Page 1
Titles
Chapter 7
DYNAMICS AND STRUCTURE OF SILICATE AND OXIDE
Jonathan F. Stebbins
INTRODUCTION
Page 2
Titles
192
Page 3
Titles
193
Page 4
Titles
194
(2)
Page 5
Titles
195
Page 6
Titles
196
o
A e
-
-~ ,
v - C
Page 7
Titles
197
Page 8
Titles
198
o
-A--
Tables
Table 1
Page 9
Titles
199
Page 10
Titles
200
on A- __
Tables
Table 1
Page 11
Titles
201
Page 12
Titles
202
Structural effects on chemical shifts
Page 13
Titles
203
Page 14
Titles
204
Stebbins: Dynamics and Structure of Melts: NMR Studies
1 bar
o
o
o
o
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
Stebbins: Dynamics and Structure of Melts: NMR Studies
211
Page 22
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212
Page 23
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213
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214
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215
Page 26
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216
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217
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218
REV032C007_p219-246.pdf
Page 1
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219
Page 2
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221
Page 4
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222
Page 5
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223
(j)
Page 6
Titles
224

2~~~~~~~~~~~~~~~+
..
(14)
Tables
Table 1
Page 7
Titles
225
Tables
Table 1
Page 8
Titles
226
Stebbins: Dynamics and Structure of Melts: NMR Studies
Tables
Table 1
Table 2
Page 9
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227
Page 10
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228
Page 11
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229
J /
Page 12
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230


••
• •

-
• •


"
Page 13
Titles
231

Tables
Table 1
Page 14
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232
Page 15
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233
Tables
Table 1
Page 16
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234
Tables
Table 1
Page 17
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235
~o
Tables
Table 1
Page 18
Titles
236
Page 19
Titles
237
8
8
o
8
o
o
Tables
Table 1
Page 20
Titles
238
o
Tables
Table 1
Page 21
Titles
239
Page 22
Titles
240
Stebbins: Dynamics and Structure of Melts: NMR Studies
Page 23
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Stebbins: Dynamics and Structure of Melts: NMR Studies
241
Page 24
Titles
242
Stebbins: Dynamics and Structure of Melts: NMR Studies
Page 25
Titles
Stebbins: Dynamics and Structure of Melts: NMR Studies
243
Page 26
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244
Stebbins: Dynamics and Structure of Melts: NMR Studies
Page 27
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245
Page 28
Titles
246
Stebbins: Dynamics and Structure of Melts: NMR Studies
Page 1
Titles
Chapter 8
VIBRA TIONAL SPECTROSCOPY OF SILICATE LIQUIDS
Paul F. McMillan and George H. Wolf
Page 2
Titles
248
Page 3
Titles
249
'"
=
:e
'"
~
'"
'"
::
'"
- - - - - - - - - - -
Page 4
Titles
250
..
s fa

.s
'8
.......
E 2
Tables
Table 1
Page 5
Titles
251
Page 6
Titles
252
Page 7
Titles
253
Page 8
Page 9
Titles
255
Page 10
Titles
256
Page 11
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257
Page 12
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258
Page 13
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259
aln V v sv
y: = ---' = ---'
a=.!.(av) =(alnV) ,
vs.sr ), st p
YiT=_.!.(alnVi) = __ 1 (aVi) .
, a st p aviaTp
Page 14
Titles
260
~= ~;(:~J: .
--' =--=
coc Vi e
Page 15
Titles
261
_ 1
s
c
'"
~
:c
...
"
~
"
'"
..,
s
'"
...
...
~
b
Tables
Table 1
Page 16
Titles
262
Page 17
Titles
McMillan & Wolf: Spectroscopy of Silicate Liquids
263
Vi dq,
Linewidths and Iineshapes
, 3c2 dq,
Page 18
Titles
264
Page 19
Titles
265
Page 20
Titles
266
Page 21
Titles
267
Page 22
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268
c e -1
Page 23
Titles
269
Page 24
Titles
no
a
o
b
Tables
Table 1
Page 25
Titles
271
Page 26
Tables
Table 1
Page 27
Titles
273
Page 28
Titles
274
a
'(, ...
. ~ '.. I
.. '. ,I.!+ttl
-.,,~ .. ,-~ I+.~l I~ h
b
.~
Page 29
Titles
275
Page 30
Titles
276
McMillan & Wolf: Spectroscopy of Silicate Liquids
(f) Raman
(e) Neutron spectrum giro)
(a) Raman
(b) Infrared
tc) Dielectric function
(g) Infrared absorption
(d) IR energy loss
wauenumber cm-I
Page 31
Titles
277
Page 32
Page 33
Titles
279
.~
Page 34
Titles
280
-=-~.~
Page 35
Tables
Table 1
Page 36
Titles
282
REV032C008_p283-316.pdf
Page 1
Titles
283
Page 2
Titles
284
McMillan & Wolf: Spectroscopy of Silicate Liquids
Page 3
Titles
285
Rllc::all tetrasilicate glasses
Cs
Na
li
Page 4
Page 5
Titles
287
Page 6
Titles
288
McMillan & Wolf: Spectroscopy of Silicate Liquids
K Si 0
Raman shift (cm-1)

Tables
Table 1
Table 2
Table 3
Page 7
Titles
289
Page 8
Titles
'"
'"
'"
'"
'"
'"
Tables
Table 1
Page 9
Titles
291
Page 10
Titles
292
Page 11
Titles
293
Raman shift (cm-1)
Page 12
Page 13
Titles
295
vv
JM
I ~ I~li
/ / ~/ .. '\
r-/".
..
. .:
Page 14
Titles
296
McMillan & Wolf: Spectroscopy of Silicate Liquids
/ !.:.\ ->>
,... I" /
,i. ". \/
j' N~\\ __ 1 .. 7.:\v
\ I'!\ /r- '\
~n~zu/ \
-' \
7IO,ftoJ \
_.
Page 15
Titles
297
McMillan & Wolf: Spectroscopy of Silicate Liquids
~ ~
Page 16
Titles
298
Page 17
Titles
299
Page 18
Titles
300
Page 19
Titles
McMillan & Wolf: Spectroscopy of Silicate Liquids
I
a
b
o
Page 20
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302
Page 21
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303
18
28
48
18
~
Page 22
Titles
304
Page 23
Titles
305
Page 24
Titles
306
McMillan & Wolf: Spectroscopy of Silicate Liquids
Page 25
Titles
McMillan & Wolf: Spectroscopy of Silicate Liquids
307
Page 26
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308
McMillan & Wolf: Spectroscopy of Silicate Liquids
Page 27
Titles
McMillan & Wolf: Spectroscopy of Silicate Liquids
309
Page 28
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310
Page 29
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311
Page 30
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312
McMillan & Wolf: Spectroscopy of Silicate Liquids
Page 31
Titles
McMillan & Wolf: Spectroscopy of Silicate Liquids
313
Page 32
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314
McMillan & Wolf: Spectroscopy of Silicate Liquids
Page 33
Titles
McMillan & Wolf: Spectroscopy of Silicate Liquids
315
Page 34
Page 1
Titles
Chapter 9
X-RA Y SCATTERING AND X-RAY SPECTROSCOPY
Gordon E. Brown, Jr.
Francois Farges
Georges Calas
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Table 1
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Brown, Farges & Calas: X-ray Scattering and Spectroscopy Studies 323
Tables
Table 1
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(1)
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Table 1
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I' 2
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Table 1
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330 Brown, Farges & Calas: X-ray Scattering and Spectroscopy Studies
Radial distribution function of silica glass
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334 Brown, Farges & Calas: X-ray Scattering and Spectroscopy Studies
Tables
Table 1
Table 2
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r,A
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Brown, Farges & Calas: X-ray Scattering and Spectroscopy Studies 345
Tables
Table 1
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q_ .... _ e ~ 0::.::;0
s= k:~ <1"'-
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356 Brown, Farges & Calas: X-ray Scattering and Spectroscopy Studies
(20)
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Table 2
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Brown, Farges & Calas: X-ray Scattering and Spectroscopy Studies 365
5100
5050
5000
ENERGY (eV)
Tables
Table 1
Table 2
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Be
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c
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Table 1
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REV032C009_p381-410.pdf
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384 Brown, Farges & Calas: X-ray Scattering and Spectroscopy Studies
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r
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I GLASS I
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D = A exp ( - R (#-T2) ReT)-
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445
1500
1200
900
Tables
Table 1
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446
1 rr (K)
b
1 rr (K)
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447
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448
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Chakraborty: Diffusion in Silicate Melts
449
GLASS
LIQUID
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Chakraborty: Diffusion in Silicate Melts
Page 9
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451
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454
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Use of exact relationships.
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458
a
qj = ax [JLj - JLn]
~ aJLj ~ aJLk
c: aC~k =,l,...J aC~j·
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459
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468
C(t ,x)
= C1 +Cz + 2( e1 -Cz) ;... ..!.exp [ -Dl2Tf2t 1 cos [wrrx ]Sin [wrrx i 1
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469
D( N;) = (N; - N2) V J Hz
) i( 1 - YO) f ~ dx + Y*] \; Y dx I
N; - N;
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470
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471
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472
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473
( A) = (Llui) J ( w)
(Llui)
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474
REV032C010_p475-504.pdf
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Titles
475
Uncertainties in diffusion data
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476
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477
W(X, n)
1 exp(-£).
2nJ...2
2D = (rlJ...i+r2J...~+ ... +rnJ...~).
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478
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479
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480
_1
[L ((6r/m))2) + L (6r/rriJ.6r/n))]
6 VkT m t 111 n; mm t
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481
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483
VIII. DIFFUSION DATA IN SILICATE MELTS
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le4/T(K)
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493
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494
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Chakraborty: Diffusion in Silicate Melts
495
REFERENCES
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496
Chakraborty: Diffusion in Silicate Melts
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Chakraborty: Diffusion in Silicate Melts
497
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498
Chakraborty: Diffusion in Silicate Melts
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Chakraborty: Diffusion in Silicate Melts
499
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500
Chakraborty: Diffusion in Silicate Melts
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Chakraborty: Diffusion in Silicate Melts
501
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502
Chakraborty: Diffusion in Silicate Melts
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Chakraborty: Diffusion in Silicate Melts
503
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Chapter 11
PRESSURE EFFECTS ON SILICATE MELT
George H. Wolf and Paul F. McMillan
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Tables
Table 1
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s
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512
Tables
Table 1
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Wolf & McMillan: Pressure Effects on Structure and Properties 513
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Titles
516 Wolf & McMillan: Pressure Effects on Structure and Properties
GPa is qualitatively similar to that of stishovite at the same pressure (Williams et aI.,
;:a
Tables
Table 1
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Titles
-
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Pressure (GPa)
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Wolf & McMillan: Pressure Effects on Structure and Properties
519
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Titles
Wolf & McMillan: Pressure Effects on Structure and Properties
523

• •

Tables
Table 1
Table 2
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Titles
524 Wolf & McMillan: Pressure Effects on Structure and Properties
b
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Wolf & McMillan: Pressure Effects on Structure and Properties 533
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REV032C011_p543-580.pdf
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544 Wolf & McMillan: Pressure Effects on Structure and Properties
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Wolf & McMillan: Pressure Effects on Structure and Properties
547
Tables
Table 1
Table 2
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Frequency (em -1)
Frequency (em -1)
Tables
Table 1
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Wolf & McMillan: Pressure Effects on Structure and Properties 553
REFERENCES
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554 Wolf & McMillan: Pressure Effects on Structure and Properties
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Wolf & McMillan: Pressure Effects on Structure and Properties 555
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556 Wolf & McMillan: Pressure Effects on Structure and Properties
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Wolf & McMillan: Pressure Effects on Structure and Properties 557
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558 Wolf & McMillan: Pressure Effects on Structure and Properties
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Wolf & McMillan: Pressure Effects on Structure and Properties 559
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560 Wolf & McMillan: Pressure Effects on Structure and Properties
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Wolf & McMillan: Pressure Effects on Structure and Properties 561
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Chapter 12
COMPUTER SIMULATIONS OF SILICATE MELTS
Peter H. Poole
Paul F. McMillan and George H. Wolf
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564
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565
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566
N 3 p~
(2)
= - LL¢>;/r;,rj) == LL¢>;/r;,rj) , (3)
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567
(6)
(A),ime = (A(r(t)))time = lim ~ r' A(r(t'))dt' (4)
LA(k)P(k)
f A(k)P(k)dk
(A) - s: -.--
.s.
P(k)=e kBT
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568
(A)k =
!_ tACk) (9)
The molecular dynamics method
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569
f·=m·--l (12)
1
1
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570
{A} = {A}k = {Atne
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571
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572
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.;''';'' .... 0
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o
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o
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573
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574
Tables
Table 1
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575
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576
,
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577
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578
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579
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580
2 ( (In]
REV032C011_p581-616.pdf
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581
z.z .e' -rij


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