Pollution
w v t r l o Thei nial pollution
dispcrsion of through Jensitj diflcrences.
tl~spoual of. 442
tloating. 371 381
1licrmitl. 3x3 390
433
I'riindtl nuniher. turhulent. 93
Proh;ihility density distrihution analysis. in
w d l turhulencc. 253 254
R
Kitndoni wiilks
hiliar). h l . 63
continuous limits of. 35 jo
I. t i lcriii t i and l.;igritiigi:i ti sta t iht tcs fool..
39 40
linite. h.l 67
gradient tr;insport niodcl lirnitations in,
25 54
wlitli large s t e p . Jo 42
i n Markovian binary velocity fields. (11. 71
ciniplest model of. 20 31
telrpriiph equation for. 35. 40
Ritndoni walk transport rate. power serics
Ralleigh ncinihcvs, 111 unslahlc conditions.
Reynolds equations. 3 4. I5
Reynuldu number. 2
for. 5 5 57
131 1.12
high ;ipproximation of in lurbulent
in unct;thle conditions. 1.11
transport. 172- 175
Reynolds I'cclet number. oldcr-of-niagnitude
Hi.ynolds stress
iiiiiiljsis i d in turhulent transport. 176
hursts:swocps and. 30h 31 I
iwdtftoiially samplcd wid sorted measureilistrihution id acres\ houndiiry Iiiyer,
cxpcrinientd ;ippiiriitlts and methods in.
c~pc*rtnicnt:il tncasurcnionts in. 2x9 31 I
Iiirgc inclividuiil contrihutiollh t o near wall,
\It'ucttirc of, 2x7 304
nlents in. 291 294
3 9 104
2x9
2 0 7 - 299
Rich;irtlum nunihcr. 439 442
S
Salinity interfaces. molecular difTusion and.
Sewage. doubleditTusion convection. and.
Shear effect. turbidity ditTusion by. 331 337
S b. ew ness! fla t new fact or s, in inter na 1
Southern Bight (North Sea). turbidity
Stati
442
boundary layer. 265 271
diffusion in. 331 337
from Wiener-Hermite representation 01,
435 45s
a)
Stratiticat ion eYfrcts. in turhulent processes,
Stra t ttied waters
layer types in, 346 351
tcmperature structure and mixing in.
339 351
Surface layer
new theory in. 136.. I 38
Rayleigh and Reynolds numbers in,
similarity theories in. 133 136
.
131 -132
T
Taylor's dilPuston law, 146- 149, 1 5 7 ~ IS8
Telegraph equation. for random walks, 3.5.4)
Temper;it ure tield
sclf-prcserving region or, 96 Y7
in turbulent regime. 103- 10. 5
Temprature fluctuation, variance in.
Temperature st ruc I iirc
103 105
in stratified waters, 339 -351
triiccr distribution and, 342- 346
Tetroon (balloon) tracking radar. 410 422
Thermal models, for correcting unstahle
'Thermal pollution
houndary layers, I I I ,123
coefficient of. 383 390
insrrument and observation for meiihurcment of. 383 385
liitcral spread or, 3x7
Triiccr distrihution. temperature structure
iind. 342 346
w v t r l o Thei nial pollution
dispcrsion of through Jensitj diflcrences.
tl~spoual of. 442
tloating. 371 381
1licrmitl. 3x3 390
433
I'riindtl nuniher. turhulent. 93
Proh;ihility density distrihution analysis. in
w d l turhulencc. 253 254
R
Kitndoni wiilks
hiliar). h l . 63
continuous limits of. 35 jo
I. t i lcriii t i and l.;igritiigi:i ti sta t iht tcs fool..
39 40
linite. h.l 67
gradient tr;insport niodcl lirnitations in,
25 54
wlitli large s t e p . Jo 42
i n Markovian binary velocity fields. (11. 71
ciniplest model of. 20 31
telrpriiph equation for. 35. 40
Ritndoni walk transport rate. power serics
Ralleigh ncinihcvs, 111 unslahlc conditions.
Reynolds equations. 3 4. I5
Reynuldu number. 2
for. 5 5 57
131 1.12
high ;ipproximation of in lurbulent
in unct;thle conditions. 1.11
transport. 172- 175
Reynolds I'cclet number. oldcr-of-niagnitude
Hi.ynolds stress
iiiiiiljsis i d in turhulent transport. 176
hursts:swocps and. 30h 31 I
iwdtftoiially samplcd wid sorted measureilistrihution id acres\ houndiiry Iiiyer,
cxpcrinientd ;ippiiriitlts and methods in.
c~pc*rtnicnt:il tncasurcnionts in. 2x9 31 I
Iiirgc inclividuiil contrihutiollh t o near wall,
\It'ucttirc of, 2x7 304
nlents in. 291 294
3 9 104
2x9
2 0 7 - 299
Rich;irtlum nunihcr. 439 442
S
Salinity interfaces. molecular difTusion and.
Sewage. doubleditTusion convection. and.
Shear effect. turbidity ditTusion by. 331 337
S b. ew ness! fla t new fact or s, in inter na 1
Southern Bight (North Sea). turbidity
Stati
442
boundary layer. 265 271
diffusion in. 331 337
from Wiener-Hermite representation 01,
435 45s
a)
Stratiticat ion eYfrcts. in turhulent processes,
Stra t ttied waters
layer types in, 346 351
tcmperature structure and mixing in.
339 351
Surface layer
new theory in. 136.. I 38
Rayleigh and Reynolds numbers in,
similarity theories in. 133 136
.
131 -132
T
Taylor's dilPuston law, 146- 149, 1 5 7 ~ IS8
Telegraph equation. for random walks, 3.5.4)
Temper;it ure tield
sclf-prcserving region or, 96 Y7
in turbulent regime. 103- 10. 5
Temprature fluctuation, variance in.
Temperature st ruc I iirc
103 105
in stratified waters, 339 -351
triiccr distribution and, 342- 346
Tetroon (balloon) tracking radar. 410 422
Thermal models, for correcting unstahle
'Thermal pollution
houndary layers, I I I ,123
coefficient of. 383 390
insrrument and observation for meiihurcment of. 383 385
liitcral spread or, 3x7
Triiccr distrihution. temperature structure
iind. 342 346