Proceedings of the Anglo-German Combustion Symposium 1993: held at Queen's College, Cambridge, 29th March to 2nd April, 1993
Gespeichert in:
| Körperschaften: | , , |
|---|---|
| Format: | Tagungsbericht Buch |
| Sprache: | English |
| Veröffentlicht: |
Cambridge
British Section of the Combustion Inst.
1993
|
| Ausgabe: | 1. publ. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Nebent.: Joint meeting of the British and German Sections / Combustion Institute |
| Beschreibung: | XXVIII, 581 S. graph. Darst. |
| ISBN: | 0952035006 |
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| 111 | 2 | |a Anglo-German Combustion Symposium |d 1993 |c Cambridge |j Verfasser |0 (DE-588)5110371-0 |4 aut | |
| 245 | 1 | 0 | |a Proceedings of the Anglo-German Combustion Symposium 1993 |b held at Queen's College, Cambridge, 29th March to 2nd April, 1993 |
| 250 | |a 1. publ. | ||
| 264 | 1 | |a Cambridge |b British Section of the Combustion Inst. |c 1993 | |
| 300 | |a XXVIII, 581 S. |b graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 500 | |a Nebent.: Joint meeting of the British and German Sections / Combustion Institute | ||
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| 710 | 2 | 2 | |a Combustion Institute |b British Section |0 (DE-588)5110370-9 |4 aut |t Joint meeting of the British and German Sections |
| 710 | 2 | 2 | |a Combustion Institute |b German Section |0 (DE-588)5138589-2 |4 aut |t Joint meeting of the British and German Sections |
| 856 | 4 | 2 | |m Digitalisierung TU Muenchen |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006629404&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
| 999 | |a oai:aleph.bib-bvb.de:BVB01-006629404 | ||
Datensatz im Suchindex
| _version_ | 1804124377258655744 |
|---|---|
| adam_text | CONTENTS
PLENARY LECTURES
1)
SOOT FORMATION DURING COMBUSTION:
RECENT DEVEOLPMENTS IN MECHANISMS AND MODELS
H.
Bockhorn
University of
Kaiserslautem,
Germany
.................................. 1
2)
OSCILLATIONS, THERMAL EXPLOSIONS AND CHAOS
P. Gray
University of Cambridge, England
..................................... 10
3)
OPTICAL COMBUSTION DIAGNOSTICS,
FUNDAMENTAL OR PRACTICAL
D. A. Greenbalgh
Cranfield Institute of Technology, England
............................. 18
4)
PREMDCED,
NON-PREMDŒD
AND PARTIALLY PREMLXED
TURBULENT COMBUSTION WITH FAST CHEMISTRY
JV. Peters
RWTH Aachen, Germany
............................................. 26
5)
COMPUTATIONAL FLUID DYNAMICS IN COMBUSTION
B.Rogg
University of Cambridge, England
..................................... 34
6)
MODELLING AND SIMULATION OF COMBUSTION PROCESSES
INCLUDING DETAILED CHEMICAL REACTION MECHANISMS
J. Wamatz
University of Stuttgart, Germany
...................................... 36
TURBULENT COMBUSTION
7)
MEAN REACTION RATE IN TURBULENT PREMKED FLAMES:
EXPERIMENTS AND COMPARISON WITH THE BMCL MODEL
Cb. Mounaim-Rousselle, B. Descbamps, A. Boukbalfa, C. Cbauveau,
I.
Cökalp
Centre National
de la
Recherche
Scientifique, Orléans,
France
.......... 44
8)
TURBULENT
REACTION
RATE MODELLING USING
FLAMELET SURFACE AREA
R.S. Cant
UMIST, Manchester, Engjand
......................................... 48
9)
REVIEW OF CLOSURE MODELS FOR THE FLAMELET REGIME
OF
PREMDŒD
TURBULENT COMBUSTION
F.C. Gouldin
Cornell University, USA
............................................... 52
10)
EXPERIMENTAL INVESTIGATION OF THE STABILIZATION PROCESSES
IN HIGHLY TURBULENT SWIRLING FLAMES AND COMPARISON WITH
SIMPLE FLAME STABILITY MODELS
S. Hoffmann, B.
Lenze
University of Karlsruhe, Germany
..................................... 56
11)
MDCING AND REACTION IN AXIAL-JET TURBULENT DIFFUSION
FLAMES: INFLUENCE OF REYNOLDS AND FROUDE NUMBER
H. StKb, B.
Lenze
University of Karlsruhe, Germany
..................................... 60
12)
BURNING VELOCITY OF
PREMDŒD
FLAMES AS A FUNCTION
OF TURBULENCE AND PHYSICO-CHEMICAL FUEL PROPERTIES
Y. Liu , M.
Ziegleć
and B.
Lenze
•
ABB Turbo Systems, Ltd., Switzerland
*
University of Karlsruhe, Germany
.................................... 64
13)
TURBULENT COUNTERFLOW FLAMES WITH REACTANTS
DILUTED BY HOT PRODUCTS
E. Mastorakos, AM
К
P. Taylor, J.H. Whitelaw
Imperial College of Science, London, England
.......................... 68
14)
INFLUENCE OF TURBULENT FLUCTUATIONS ON
NOX FORMATION IN NON-ADIABIATIC
3D
FURNACES
T.W.J. Peeters,
ТЬМ.
van
der Meer,
D.
Roekaerts,
C.J.
Hoogendoorn
Delft University of Technology, The Netherlands
....................... 72
vi
15)
THE EDDY DISSIPATION CONCEPT: STRATEGIES
FOR INCLUSION OF DETAILED CHEMISTRY IN LARGE-
SCALE NUMERICAL CALCULATION OF COMBUSTION
B.F.
Magnussen,
B. Lakså,
N. Inge Lillebeie,
Stile
ByggsUiy
NTH/SINTEF Division
Thermodynamics,
Trondheim,
Norway
......... 76
16)
ON
THE ANALYSIS OF TURBULENT
MDCING IN
RECIRCULATING FLAMES
P.
řerráo
and M.V.
Heitor
Technical University of Lisbon, Portugal
............................... 80
17)
PREDICTION OF THE TURBULENT BURNING VELOCITY
FOR THE BML-MODEL
B. Hakberg*, R.S. Cant*,
K.N.C.
Bray*
*
Chalmers University of Technology, Sweden
+ U.MJ.S.T., Manchester, England
ł
University of Cambridge, England
....................................84
18)
HIGHER ORDER STATISTICAL MOMENTS IN TURBULENT
DIFFUSION FLAMES: A THEORETICAL AND EXPERIMENTAL STUDY
G.
Frücbtel,
J.W. Hartick, E.P.
Hassel,
J.
Janička
Technische Hochschule
Darmstadt, Germany
........................... 88
19) PDF
MODELLING FOR THE PREDICTION OF
TURBULENT DIFFUSION FLAMES
W.P. Jones and M. Kakhi
Imperial College of Science, London, England
.......................... 92
20)
MODELLING OF METHANE-AIR COMBUSTION
AT GAS TURBINE COMBUSTOR CONDITIONS
J.B.W.
Kok,
J.J.J.
Louis, J.M. Boerama
University of Twente, The Netherlands
................................ 96
21)
PDF COMPUTATION OF AUTOIGNITION
IN A TURBULENT JET
K.N. Labbmisba, B. Rogg and K.N.C. Bray
Cambridge University, England
....................................... 100
vu
22)
SCALAR
TRANSPORT
IN
TURBULENT JETS
AND DIFFUSION FIAMES
J.P.H.
Sanders
Eindhoven University of Technology, The Netherlands
.................104
23)
MONTE CARLO SIMULATION OF THE SCALAR PDF EQUATION
IN A SWIRL STABILIZED PROPANE FLAME: NUMERICAL
EFFECTS IN ELLIPTIC FLOW CALCULATIONS
M. Scheorkar, B.
Noir
+
Universität
Karlsruhe, Germany
* ESG-Emissionsmeßtechnik,
Germany
................................ 108
24)
MODELLING OF COUNTER-GRADIENT DIFFUSION IN
TURBULENT
PREMDŒD
FLAMES
D. Bradley,
RH.
Gasiceli
and X.J. Gu
The University of Leeds, England
..................................... 112
25)
COHERENT STRUCTURES IN SWIRL BURNERS AND
THEIR INTERACTION WITH THE COMBUSTION PROCESS
N.
Syred and T. O Doberty
University of Wales, Cardiff
.......................................... 116
26)
THE MEASUREMENT OF VELOCITY GRADIENTS
IN TURBULENT GASES
K. Aydin and A. Thomas
University of Liverpool, England
..................................... 120
27)
FLAMELET CLOSURE FOR TURBULENT AUTOIGNITION
Y. Zhang, B. Roggand
K.N.C.
Bray
Cambridge University, England
....................................... 124
28)
ON THE TURBULENT FLAME SPREADING IN THE
SPHERICAL EXPLOSION BOMB
V.P. Karpov
Academy of Sciences, Moscow, Russia
................................ 128
29)
ACCOUNTING FOR NON-LOCAL DIFFUSION EFFECTS IN
COMBUSTION OF A SUPERSONIC CO-FLOWING JET
L. Zheng and A. M.
Savili
Cambridge University, England
....................................... 132
viii
REACTION
KINETICS AND MECHANISMS
30)
VINYL RADICALS: RECOMBINATION, RADICALJC DISPROPORTION-
ATION AND ADDITION TO UNSATURATED HYDROCARBONS
Cb. Kubitza, P.
Schmitt,
K.H.
Romana
Technische
Hochschule
Darmstadt, Germany
.......................... 136
31)
CATALYTICALLY SUPPORTED COMBUSTION OF HYDROGEN-AIR
MIXTURES: EXPERIMENTAL AND NUMERICAL STUDY
S. Buseŕ, R. Knochenmuss
,
P. Bear,
A. Scblegeľ, H.
Bockborrì
*
PSI,
Villingen,
Switzerland
*
Technische
Hochschule
Darmstadt, Germany
........................ 140
32)
THE MECHANISM OF FORMATION OF THE C2H RADICAL
IN THE OXIDATION OF C2H2 BY O-ATOMS
J.
Poeters,
R.
Hauchecome,
W.
Bon/Jarí, R.
Вогтѕ
K.U.
Leuven,
Belgium
................................................ 144
33)
ROLE OF C3 AND
Q
SPECIES IN BENZENE FORMATION
Cb.
Vovelle,
J.-L. Delfau and Cb.
Douté
CNRS et Université d Orléans, France
................................ 148
34)
THE INHIBITING EFFECT OF
CFsBr ON THE
REACTION CHA
-
O2 AT
1070
К
F. Battio-Leclerc, G.M.
Come,
F.
Baromiét
Université de Nancy, France
.......................................... 152
35)
REACTION
OF HYDROPEROXY BUTYL RADICALS IN
RELATION
TO
CHAIN PROPAGATION IN COMBUSTION
L. Batf, MA.
Khan ,
TJ. Mitcbelľ,
С.
MorJey4
*
University of Aberdeen, Scotland
+ Shell Thornton Research Centre, England
........................... 156
36)
HIGH TEMPERATURE DIRECT MEASUREMENT
OF CHt
+
H
AND
СНз
+
H2
K.
Wintergerst,
P. Rank
DLR,
Stuttgart, Germany
............................................ 160
ix
37)
A SHOCK TUBE STUDY ON THE REACTION OF PHENYL
RADICALS WITH MOLECULAR OXYGEN
J.
Hender,
P. Frank
DLR,
Stuttgart, Germany
............................................ 164
38)
EXPERIMENTAL INVESTIGATION OF THE KINETICS OF ALKANE
OXIDATION NEAR
800
К
BY PHOTOLYTIC PERTURBATION
ANDOHUF
D. H. Walter and
С
Morlęy
Shell Thornton Research Centre, England
............................. 168
39)
HYDROPEROXY
N2O:
N2O AND NO FORMATION IN
ULTRA-LEAN HYDROCARBON-AIR MDCTURES
A. J. Lewis and
O.A.
Greenbalgb
Cranfield Institute of Technology, England
............................ 172
40)
ELEMENTARY REACTIONS OF CH2F RADICALS
Th. Beiderhase, W. Hack and K. Hoyermann
University
Göttingen,
Germany
.......................................176
41)
MEASUREMENT OF THE MAXIMUM CONCENTRATION OF Ctf
RADICALS FROM OBSERVATIONS OF IONIC ABUNDANCES
C.J. Butler and
A.N.
Hayhurst
University of Cambridge, England
.................................... 180
42)
SHOCK WAVE STUDIES OF HO2 REACTIONS AT
TEMPERATURES ABOVE
1000
К
H.
Hippier,
H.
Neunaher
and J.
Troe
Universität
Göttingen, Germanny
.................................... 184
43)
SHOCK WAVE STUDY OF THE THERMAL DECOMPOSITION
OF p-XYLENE AND OF ^METHYLBENZYL-RADICALS
H.
Hipp ler
and S.
Seisei
Universität
Göttingen,
Germany
...................................... 188
44)
FULLERENE
IONS IN LOW-PRESSURE
ΕΊΉΥΝΕ
AND 1,3-BUTADIENE FLAMES
Tb. Baum,
P.
Weilmünster
and K.H. Homann
Technische Hochschule
Darmstadt, Germany
.......................... 192
45)
ELEMENTARY REACTIONS IN THE DESTRUCTION
OF ACETONITRILE
K. Hoyennann and J. Seeba
Universität
Göttingen,
Germany
...................................... 196
46)
INVESTIGATION OF THE REACTION OF NH2
+
Oa
AT HIGH TEMPERATURES
M.
Klätt, B. Spindlar
and H. Gg. Wagner
Universität
Göttingen,
Germany
......................................200
47)
EXPERIMENTS ON SOME HIGH TEMPERATURE
CH REACTIONS
M.W. Markus,
P. Roth
Universität Duisburg,
Germany
.......................................204
48)
EXPERIMENTAL STUDY OF A RICH AMMONIA NITRIC OXIDE
FLAME: ROLE OF THE NH2
+
NO REACTION
J.
Vandooren,
J.Bian and P.J. Van Tiggelen
Université Catholique de Louvain,
Belgium
........................... 208
49)
SOME PECULARITIES OF THE NONISOTHERMAL REGIMES OF
CHAIN PROCESSES AND CHAIN THERMAL EXPLOSION
V.V. Azatyan
Russian Academy of Sciences, Moscow, Russia
........................ 212
50)
COMPLEX
#2 -
O2 OSCILLATIONS IN A CONTINUOUS FLOW
REACTOR: EXPERIMENTS AND MODELLING
M.
Schreiber*,
A.S. SakaV, J. Meyer, J.F. Grimtb*
*
RWTH Aachen, Germany
+ University of Leeds, England
....................................... 215
DIAGNOSTICS AND EXPERIMENTAL
51)
RAMAN/RAYLEIGH SCATTERING FOR JOINT-PDF
MEASUREMENTS IN TURBULENT DIFFUSION FLAMES
F. Hasseľ,
A. Hundnausen·,
Tb. Klos*,
U. Sprenzeľ, H.
ВоскЬопҐ
* Technische Hochschule
Darmstadt, Germany
+ Universität Kaiserslautern,
Germany
............................... 219
52) DETERMINATION
OF
ABSOLUTE
RADICAL CONCENTRATIONS
IN A NO-SEEDED METHANE-OXYGEN FLAME
T. Etzkorn, J. Fitzer, S.
Muns,
J. Wolfram
University of Heidelberg, Germany
................................... 223
53)
TWO-DIMENSIONAL LASER-INDUCED FLOURESCENCE
INVESTIGATIONS IN A SPARK-IGNITED ENGINE
6. ßäuerie, F. Behrendt, F.
Hoffmann,
J.
Warnatz
University of Stuttgart, Germany
..................................... 227
54)
MEASUREMENT OF LAMINAR BURNING VELOCITY IN
NEAR ZERO GRAVITY CONDITIONS
A. Clarice*,
С
R. Stone* and P. Beckwitb*
*
Brunei University, England
+ B.P. Oil Ltd., Sunbury-on-Thames, England
........................ 231
55)
EXPERIMENTAL INVESTIGATION OF A SCENARIO TO DIFFUSION
INDUCED CHAOS IN
A PREMDŒD
COOL FLAME
G.M.L. Dumas, A. Bentamer, M. Nicollet, A. Lemarchand and R.I. Ben Aim
Université
Pierre
et
Marie Curie, France
.............................. 235
56)
TEMPERATURE MEASUREMENT OF FLAME BY
BROADBAND DEGENERATE FOUR WAVE MDCING IN OH
L.P. Jefferies, A.J.
Yates
and P. Ewart
University of Oxford, England
........................................ 239
57)
CARS AND 2D RAYLEIGH TEMPERATURE MEASUREMENTS
Ш
A TURBULENT INDUSTRIAL SWIRL COMBUSTOR
S.
Kampmann*,
T.
Seeger*,
A. Leipertz+,
Κ.
DöbbeUng ,
W. Polifke*
+
Universität Erlangen-Nürnberg,
Germany
Asea
Brown
Baveri
Ltd., Switzerland
............................... 243
58)
ISENTROPIC BURNING VELOCITIES FROM THE CLOSED
VESSEL TECHNIQUE: SHORTCOMINGS EXPOSED
C. Robinson
British Gas pic, London, England
.................................... 247
xu
59)
LASER
FLUORESCENCE
IMAGING OF SIMULATED FUEL VAPOUR
MIXING IN A GAS TURBINE SECTOR
N.P.
Tait,
DJ.
Bryce
and D.A. Greenhalgb
Cranfield Institute of Technology, England
............................ 251
60)
COMPARISON OF UV RAMAN SPECTROSCOPY WITH
248
nm
AND
208
nm FOR DETERMINATION OF FLAME TEMPERATURE
AND CONCENTRATIONS
F.
Upp, E.P.
Hassel, J.
Janička
Technische Hochschule Darmstadt,
Germany
.......................... 255
61)
LASER PHOTOACOUSTIC PROBE FOR
ÍN
SITU
GAS ANALYSIS IN FLUIDIZED BED REACTORS
J.
Stenberg
and R.
Hemberg
Tampere University of Technology, Finland
........................... 259
62)
MULTIPLE LASER SHEET
3-D
IMAGING OF COMBUSTION
IN SI ENGINES
R.A.
Hieb,
C.G.W.
Sbeppard and B.J.
Wbitaker
The University of Leeds, England
.....................................263
63)
TEMPERATURE MEASUREMENTS WITH CARS IN A GAS/COAL
DUST FIRED
350 kW
FURNACE AND IN A
Яз
-AIR
RAMJET
R.
Lückeratb,
M.
Woyde,
W.
Meier and W. Strieker
DLR .Stuttgart,
Germany
............................................ 267
64)
EXPERIMENTAL STUDY OF THE INTERACTION BETWEEN
A PREMIXED FLAME AND A WALL
E. Haddar,
M. Brun,
D.
Escudié
Ecole Centrale de Lyon, France
....................................... 271
65)
THE EFFECT OF THE AMBIENT DENSITY ON SPRAY FORMATION
M.Megabed
RWTH Aachen, Germany
............................................ 275
66)
INFLUENCE OF DOUBLE IGNITIONS ON THE FLAME KERNEL
DEVELOPMENT IN FLOWING METHANE-AIR MIXTURES
J.
Kohier,
P. Meinbardt,
W. Stok
Universität
Stuttgart, Germany
...................................... 279
хш
67)
PROPAGATION
OF
TRIPLE FIAMES IN METHANE-AIR
MIXING LAYERS
РЖ
Кіот, В.
Rogg and K.N.C. Bray
Cambridge University, England
....................................... 283
68)
DETERMINATION OF FLAME TEMPERATURE AND BURNING BY
VELOCITY OF LAMINAR
PREMDŒD
FLAT FLAMES
MEASURING THE HEAT LOSS TO THE BURNER
A. van
Maaren
and L.P.H.
de
Goey
Eindhoven University of Technology, The Netherlands
.................287
69)
ON-LINE REMPI-MASS SPECTROMETRY OF LARGE POLYCYCLIC
AROMATIC HYDROCARBONS AND
FULLERENES
IN FLAMES
J. Ahrens, R.
Kovács,
E.A. Sbafranovskii and K.H. Homann
Technische Hochschule
Darmstadt, Germany
..........................291
70)
SPATIALLY RESOLVED JOINT MEASUREMENTS OF OH AND
TEMPERATURE FIELDS IN A LARGE
PREMDŒD
TURBULENT FLAME
F. Dinkelacker,
Α.
Buschmann,
M.
Schäfer,
J.
Wolfrum
Universität Heidelberg,
Germany .....................................
295
71) ABSOLUTE LASER SPECTROSCOPIC
MEASUREMENTS OF
NO CONCENTRATIONS TO STUDY THE FORMATION OF
NO IN LAMINAR COUNTERFLOW DIFFUSION FLAMES
V. Sick, J. Wblfrum
Universität
Heidelberg, Germany
..................................... 299
72)
EXPERIMENTAL STUDY ON FORMATION AND DESTRUCTION
OF NITROUS OXIDE UNDER REACTION CONDITIONS
SIMILAR TO FLUIDIZED BED COMBUSTION
G. Syboa, W. Leuckel
University of Karlsruhe, Germany
.................................... 303
73)
OH RADICAL CONCENTRATION FLUCTUATIONS AND
LENGTH SCALES IN TURBULENT DIFFUSION FLAMES
J.E.
de Vries,
ТЬ-Н.
van
der Meer,
D.
Roekaerts, C.J. Hoogendoom
Delft University of Technology, The Netherlands
...................... 307
MODELLING AND THEORY
74)
THE EVOLUTION OF
PREMDÍED
FLAME REACTION ZONE STRUC¬
TURE UNDER THE INFLUENCE OF PRESSURE FLUCTUATIONS
G.A. Batley,
A.C.
Mclntosh, J. Brindley
Leeds University, England
............................................ 311
75)
CALCULATION OF A VIBRATING FLAME FRONT SUBJECTED TO
HIGH AMPLITUDE DISTURBANCES BY THE CHARACTERISTICS
METHOD
F. Bailbt, A. Bourehla,
JŁ
Prud homme,
D. Durcx
CNRS, Meudon, France
.............................................. 315
76)
RESPONSE OF A FLAME-BALL AROUND A HEAT SOURCE
TO FORCED CONVECTION
J. W.
Dolď, G. Joulkŕ
*
University of Bristol, England
+
Université de
Poitiers, France
...................................... 319
77)
SOME COMMENTS ON THE RAYLEIGH CRITERION FOR
COMBUSTION-ASSOCIATED ACOUSTIC RESONANCE
A.C.
Mclntosb
University of Leeds, England
......................................... 323
78)
THE COMPETITIVE EFFECTS OF CONDENSATION AND
EVAPORATION IN THE THERMAL RUNAWAY
OF DAMP COMBUSTIBLE MATERIAL
A.C.
Mclatoeb
University of Leeds, England
......................................... 327
79)
SELF-SIMILAR SOLUTIONS IN THE HYDRODYNAMIC MODELLING
OF A FLAME FRONT PROPAGATING WITH FORCED
IGNITION AND TULIP FLAMES
A.G. fatratov, N.I. Kidin
Russian Academy of Sciences, Moscow, Russia
........................ 331
80)
DYNAMICS OF OXIDE FILMS ON SOLID FUEL SURFACES
D.
M&nköbn
DLR, Hardthausen,
Germany
.........................................335
xv
81)
LEAN BLOW-OUT LIMITS OF THICK TURBULENT PREMKED
FLAMES IN THE LIMIT OF HIGH ACTIVATION ENERGY
W.
Polißse,
K.
Döbbeling
and
Th.
Sattelmayer
ABB
Research Center,
Switzerland
................................... 340
82)
DETAILED NUMERICAL SIMULATION OF THE AUTOIGNITION
PROCESS IN DILUTE SPRAYS
E. Gutbeil
Universität
Stuttgart, Germany
...................................... 344
83)
THE EFFECT OF WATER ON LAMINAR FLAME STRUCTURE
N.-H. Chen,
B. Ragg, K.JV.C.
Bray
Cambridge University, England
....................................... 348
84)
2-D SIMULATION OF LAMINAR DIFFUSION FLAMES
WITH REDUCED KINETIC MECHANISMS
W. Wang and B. Rogg
Cambridge University, England
....................................... 352
85)
A FIVE EQUATION, FOUR SPECIES SCHEME FOR
MODELLING
AUTOIGNITION
OF HYDROCARBONS
D.
Bradky
and J. Yeo
University of Leeds, England
......................................... 356
86)
MODELLING OF N-HEPTANE AUTO-IGNITION AND
VALIDATION OF THE RESULTS
Cb.
Poppe*,
M.
Schreiber·
and J.F.
Gri£ßtb+
•
RWTH Aachen, Germany
+ University of Leeds, England
....................................... 360
87)
THE USE OF DETAILED COMPUTER MODELLING TO TEST
BURNING VELOCITY AND
MARKSTEIN
LENGTH MEASUREMENT
USING EXPANDING SPHERICAL FLAMES
J.K. Worrell, S.C. Taylor, C. Robinson and D.B. Smith
British Gas pic, Loughborough, England
.............................. 364
88)
ASPECTS OF LAMINAR
PREMDŒD
FLAME EXTINCTION LIMITS
G. Dixoo-Lewis
University of Leeds, England
......................................... 368
xvi
89)
PROPERTIES OF STRAINED PREMDCED LAMINAR
ETHYLENE
AND PROPANE FLAMES
R.P.
Lindstedt
Imperial College, London, England
................................... 372
90)
FLAMMABILITY LIMITS AND SELECTIVE
DIFFUSIONAL MIXING
M.
Hertzberg
American University, Blagoevgrad, Bulgaria
.......................... 376
91)
DIRECT NUMERICAL SIMULATIONS OF A LIFTED
JET DIFFUSION FLAME
C.R.
Kaplan
and
KS. Oran
Naval Research Laboratory, Washington, D.C., U.S.A
................. 380
92)
MODELLING AND SIMULATION OF HETEROGENEOUS
COMBUSTION OF CO ON Pt
O. Deutschmann,
F. Behrendt
and J. Warnatz
Universität
Stuttgart, Germany
...................................... 384
93)
PRESSURE EFFECTS ON FLAMMABILITY LIMITS:
A COMPUTATIONAL STUDY
G. Goyal, U.
Maas
and J. Warnatz
Universität
Stuttgart, Germany
...................................... 38*
94)
MODELLING OF SILANE COUNTERFLOW DIFFUSION FLAMES
K.H. Cbong and B. Rogg
Cambridge University, England
....................................... 392
EXPLOSIONS, DETONATIONS, PRACTICAL SYSTEMS
95)
INVESTIGATION OF COMBUSTION PROCESSES OF GAS
AND HYBRID MIXTURES IN TURBULENT FLOWS
Я.
Klemens·
and H. Gg. Wagner*
Warsaw University of Technology, Poland
+University of
Göttingen,
Germany
...................................396
xvii
96)
NUMERICAL CALCULATION OF COMBUSTION
IN OTTO AND DIESEL ENGINES
B. Grimsmo and B.F.
Magnussen
University of
Trondheim,
Norway
..................................... 400
97)
PROBLEMS OF THE MEASUREMENT OF
MARKSTEIN
LENGTHS WITH
EXPLOSION FLAMES
У.
Ah, D. Bradley, M. Lames, E.M.J. Musbi
Leeds University, England
............................................ 404
98)
A STUDY OF GAS-DYNAMIC BEHAVIOUR OF VENTING
EXPLOSIONS IN A CYLINDRICAL CHAMBER:
EXPERIMENTS AND MATHEMATICAL MODEL
Yajue Wir,
R.G.
Siddalľ, J.
Switbenbank·
+
The University, Edinburgh, Scotland
*
The University of Sheffield, England
................................ 408
99)
TANK FIRES WITH TWO PHASE SYSTEMS
-
HEAT TRANSFER
MECHANISMS AND DANGERS
B. Broeckmano, H.-G. Scbecker
Universität
Dortmund, Germany
..................................... 412
100)
A FIRE STORM AS A CONSEQUENCE OF A LARGE-SCALE
GASEOUS EXPLOSION NEAR A HORIZONTAL SURFACE
B.E. Gelfand, G.M. Makhviiadze
Russian Academy of Sciences, Moscow, Russia
........................416
101)
MEASUREMENT OF HYDROGEN-AIR IGNITION LENGTH
UNDER SEVERE ACCIDENT CONDITIONS
B.E.
Gelfanď, W.
Breitung*
*
Russian Academy of Sciences, Moscow, Russia
ł
Institut für Neutronenphysik, Karlsruhe,
Germany ..................
419
102) THE INITIATION
OF DETONATIONS IGNITED
AT OPEN TUBE END
S.
BauerJe·, K.J. Dörge·,
H.
Gg.
Wagner, J.-B.WëP
* Universität
Göttingen,
Germany
+
Chinese
Academy of Science, Beijing, China
........................ 421
xvui
103)
CONTROL
OF GAS ENTHALPY FROM WOOD-FIRED
FDCED-BED GASIFIERS
D. Beedie,
N.
Syred
University of Wales, Cardiff
.......................................... 425
104)
DEVELOPMENT OF A NEW LARGE SCALE PROCESS FOR
TESTING SMOULDERING BEHAVIOUR OF MATERIALS
Я.
Hölemann,
D.
Hedennann,
U. Scboepf
Bergische Universität - GH Wuppertal,
Germany ......................
429
105) EXPLOSION DEVELOPMENT
THROUGH
90°
BENDS
H.
Phyìaktou,
M.
Foley and
G.E. Andrews
Leeds University,
England ............................................ 433
106)
EXPERIMENTAL AND THEORETICAL MODEL OF A
MULTI-JET NATURAL GAS BURNER
V.
Dupont, M.
Pourkasbanian and
A. Williams
Leeds University, England
............................................ 437
107)
LCS
Т
-FIRING SYSTEM: PHYSICAL FLUID-FLOW MODELLING
AND COMPUTATIONAL HEAT FLUX SIMULATION IN THE
DEVELOPMENT OF A NEW TYPE OF PULVERISED BITUMINOUS
COAL-FIRED FURNACE
A. Scbrader, H.-P. Odenthal
L&C
Steinmüller
GmbH, Gummersbach, Germany
.................... 440
108)
KNOCK INDUCED GAS MOTION IN S.I. ENGINES
G.
König,
J.
Pan and C.G.W. Sbeppard
Leeds University, England
............................................ 444
109)
COMPUTATION OF VENTED GAS EXPLOSIONS
WITH A SIMPLIFIED TWO-DIMENSIONAL MODEL
U.
Krause
BAM, Berlin, Germany
...............................................448
110)
COMBUSTION OF PULVERIZED COAL IN COUNTER-
CURRENT FLOW WITH SWIRL
V.M.
Timnat
Israel Institute of Technology, Haifa, Israel
............................ 452
xix
111) FLOW AND COMBUSTION MODELLING OF GAS FIRED
FURNACE WITH PERIPHERAL FUEL INJECTION BURNER
S.A.
Beltaguľ*,
A.M.A.
Kenbaŕ*,
N.R.L. Maccallum
*
Glasgow University, Scotland
+ National Engineering Laboratory, England
..........................456
112)
A MODEL FOR COMPUTING
EMMISIONS
FROM
PARTLY PREMKED GAS EQUIPMENT
A. Meggyes*,
E.
ВоєсЬап+
*
Technical University, Budapest, Hungary
+
MOL
Pic Oil and Gas Laboratory, Budapest, Hungary
..............461
SOOT FORMATION AND POLLUTION
113)
A DETAILED COMPUTER MODEL OF ION GROWTH
IN A FUEL RICH ACETYLENE/OXYGEN FLAME
H. F.
Calcóte
and R. J. Gill
AeroChem Research Labs., Princeton, U.S.A
..........................466
114)
A DETAILED CHEMICAL MODEL FOR SOOT FORMATION IN
PREMDŒD
ACETYLENE-AND PROPANE-OXYGEN FLAMES
F.
Mause*, N.
Peters*-, H. Bockbom
* Universität Kaiserslautem,
Germany
+ RWTH Aachen, Germany
.......................................... 470
115)
SOOT DIAMETER MEASUREMENTS IN A HIGH TEMPERATURE
ETHYLENE
LAMINAR FLAME
M. Haudiquerf
, ΜΈ.
WeiW,
A. Coppelle*
and CD. Stewart1
•
U.RA. C.N.R-S. Mont-St-Aignan, France
+ Cranfield Institute of Technology, England
..........................475
116)
SOOT FORMATION IN TURBULENT DIFFUSION FLAMES
R. Said, A. Gam and R.
Borghi
Université de
Rouen, France
..........................................479
XX
117)
APPUCATION OF A MULTIPLE WAVELENGTH EXTINCTION
TECHNIQUE FOR SOOT PARTICLE DETERMINATION IN
TURBULENT DIFFUSION FLAMES
Я.
Lege,
В.
Bartenbach,
A. Mailer
and W.
Leuckel
Universität
Karlsruhe
(TH),
Germany
................................ 483
118)
EVALUATION OF SOOT RADIATION PROPERTIES FROM
TURBULENT DIFFUSION FLAMES BY MEANS OF SPECTRAL
RADIATION MEASUREMENTS AND SPECTRAL GAS
RADIATION MODELLING
G.
Wachter,
A. Heilos, W. Leuckel
Universität
Karlsruhe (TH), Germany
................................ 487
119)
INVESTIGATIONS ON SOOT MASS GROWTH IN A PLUG FLOW
ISOTHERMAL REACTOR COMBINED WITH SOOT CONCEN¬
TRATION FIELD MEASUREMENTS IN TURBULENT DIFFUSION
FLAMES
B.
Bartenbach,
M. Huth, W. Leuckel
Universität
Karlsruhe (TH), Germany
................................ 491
120)
EXPERIMENTAL STUDIES AND REACTION KINETICS
MODELLING OF NOX FORMATION FROM FUEL
NITROGEN IN TECHNICAL FLAMES
D.
Stapf,
W.
Leuckel
Universität
Karlsruhe (TH), Germany
................................ 495
121)
FLUE GAS AND OFF-GAS CLEANING BY IRRADIATION
WITH ELECTRONS
Я.
Mätzing
and H.-R. Paur
Kemforschungszentrum Karlsruhe GmbH, Germany
...................499
122)
MODELLING SOOT FORMTION AND BURN-OUT IN
LAMINAR DIFFUSION FLAMES UNDER HIGH
TEMPERATURE, OXYGEN-ENRICHED CONDITIONS
CD. Stewart,
K.J.
Young and
J.B. Moes
Cranfield Institute of Technology, England
............................ 503
xxi
123)
MEASUREMENTS OF SOOT AND RELATED SCALAR PROPERTIES
IN CONFINED TURBULENT JET FLAMES OF PRE-VAPORISED
KEROSENE BURNING AT ELEVATED PRESSURE
K.J.
Young, CO. Stewart, and J.B. Moss
Cranfidd Institute of Technology, England
............................507
124)
IN-SITU SOOT MEASUREMENTS IN A TUBULAR
GAS TURBINE COMBUSTOR
Q-P. Zheng, CD. Stewart and J.B. Moss
Cranfidd Institute of Technology, England
............................511
125)
THE EFFECT OF CaO ON THE FORMATION AND DESTRUCTION OF
NOX AND N3O IN FLUIDIZED BEDS BETWEEN
700
AND
900 °С
A.N.
Hayhurst and
A.D.
Lawrence
University of Cambridge, England
.................................... 515
126)
SURFACE GROWTH OF CHARGED SOOT PARTICLES
IN LOW PRESSURE FLAMES
R.
Wegert,
W.
Wiese
and
КН.
Hoznann
Technische Hochschule Dannstadt,
Germany ..........................
519
127)
THE GROWTH OF SOOT PARTICLES IN C^/AIR-FLAMES
BURNING AT PRESSURES BETWEEN
1-Ю
BAR
H. J
ander
Universität
Göttingen,
Germany
...................................... 523
128)
EMISSIONS
OF NO AND NO2 FROM A GAS-FIRED
PULSED COMBUSTOR
H.R.N. Jones and J.
Leng
University of Cambridge, England
.................................... 527
129)
CHARGE AND SIZE DISTRIBUTION OF PARTICLES
EMITTED FROM
A DI
-DIESEL ENGINE
J. Patscbull and P.
Roth
Universität Duisburg,
Germany
.......................................531
130)
THERMAL DISPOSAL OF NO-CONTAINING PROCESS GAS
IN A STAGED COMBUSTION CHAMBER
K. Steinebnumer, R. Becker, H.
Seifert
BASF
Aktiengesellschaft, Ludwigshafen,
Germany
.................... 535
xxu
131)
STUDIES
OF SOOT FORMATION AND ITS DEPOSITION
FROM HYDROCARBON FLAMES
M. Pourkasbanian, J.M. Smedley,
A. Williams
and K.D.
Bartle
University of Leeds, England
......................................... 539
ONE-PAGE ABSTRACTS OF POSTERS
PI) SIMULTANEOUS TEMPERATURE MEASUREMENT AND
CHEMICAL SMOKE ANALYSIS OF A BURNING CIGARETTE
B.-H.
Muller,
W.
Wietbaup
BAT Cigarettenfabriken GmbH, Hamburg, Germany
.................. 543
P2) THE BURNING RATE OF PREMDCED TURBULENT FLAMES
IN DIVERGENT FLOW FIELDS
I.G. Shepherd and L.W. Kostiuk
Lawrence Berkeley Laboratory, California, U.S.A
......................544
P3) MATHEMATICAL MODELLING OF PULVERISED COAL
COMBUSTION IN BOILERS
A.
АгоиѕѕЃ
,
S.J. Pidcering*-, P.J. Shaylei*, P.
Stopforď,
C.N.
Eastwidŕ,
A.P. Manning*
+ University of Nottingham, England
•AEA Technology, Harwell, Oxfordshire, England
..................... 545
P4) A STUDY OF THE INFLUENCE OF AIR INJECTION ON
THE THERMAL EXIT PROFILE OF A CAN COMBUSTOR
A. Ebbingbaus and J. Switbenbank
The University of Sheffield, England
.................................. 546
P5) RATE CONSTANT AND PRODUCT DISTRIBUTION
OF THE NCCO
+
NO REACTION
W. Boullart, M.T. Nguyen and J. Peeters
K.U.
Leuven, Leuven,
Belgium
....................................... 547
ХХШ
Рб)
AUTOMATIC
ANALYSIS OF THE MECHANISM FOR THE
AUTOIGNITION OF ALKANES AND EHTERS;
CORRELATION WITH OCTANE NUMBER
C.
Morlęy
Shell Thornton Research Centre, England
.............................548
P7) CONTROLLED COMBUSTION BY FLAMELESS OXIDATION
G. Wodk and J.G. Wanning
RWTH Aachen, Germany
............................................ 549
P8) SIMULATION OF POLLUTANT FORMATION IN
TURBULENT COMBUSTORS WITH A FLAMELET MODEL
E. Djavdan , J.M.
Dudar4 ,
D.
Vernante*
and
S.
Candel
*
CR
Claude-Delorme,
Jouy en Josas,
France
+ CNRS, Ecole Centrale Paris, France
................................ 550
P9) THE DEVELOPMENT
OF A NEW FLAME AREA
COMBUSTION
MODEL USING OCNDITIONAL AVERAGING
KG.
Weller
Imperial College, London, England
................................... 551
PIO)
NUMERICAL SOLUTION OF THE SPRAY EQUATION
USING A MONTE-CARLO METHOD
M. Zfau,
B. Ragg
University of Cambridge, England
................................... 552
PII) 2-D
COMPUTER MODELLING OF TURBULENT
PREMDŒD
SPRAY FLAMES
CS. Chang, B. Rogg
University of Cambridge, England
................................... 553
P12) INFLUENCE OF REYNOLDS-NUMBER ON THE SPREADING
OF tfj-DIFFUSION FLAMES
Я.
Eickho/P, B.
Lenze*
and H.
Streb*
* DLR,
Cologne, Germany
+ University of Karlsruhe (TH), Germany
........................... 554
XXIV
РІЗ)
CONTROLLING
LOW-EMISSION TECHNICAL COMBUSTION
BY SPECTROSCOPIC DETECTION OF COMBUSTION RADICALS
JŁ
Obertacke4 ,
H. Spiegeŕ,
A. Leipertz*, F. Wintricb*
+
Universität Erlangen-Nürnberg,
Germany
•
BFI, Essen, Germany
..............................................555
P14) CHARACTERIZATION OF DIESEL INJECTION PROCESSES
BY LASER
MIE
SCATTERING
K.-U. Munch, A. Fatb and A. Leipettz
Universität Erlangen-Nürnberg,
Germany
............................ 556
P15) COMPARISON OF VIBRATIONAL AND PURE ROTATIONAL
CARS FOR COMBUSTION DIAGNOSTICS
T.
Seeger, H.
Spiel, A. Tbumann and A. Leipertz
Universität Erlangen-Nürnberg,
Germany
............................ 557
P16) DEVOLATILIZATION OF BITUMINOUS COAL IN A
FLUIDISED BED BETWEEN
750
AND
900°
С
J.S.
Chem
and
A.N.
Hayburst
University of Cambridge, England
................................... 558
P17) THE COMBUSTION OF FREELY-MOVING GRAPHITE
SPHERES IN A FLUIDISED BED
A.N.
Hayburst and M.S.
Pannar
University of Cambridge, England
................................... 559
P18) THE USE OF ELECTRIC FIELDS TO IMPROVE SAMPLING
OF POLYAROMATIC SPECIES FROM SOOTING
HYDROCARBON FLAMES
D.J. Freeman and
A.N.
Hayburst
University of Cambridge, England
................................... 560
P19) MODELLING AND SIMULATION OF AUTOIGNITION
UNDER DIESEL-ENGINE CONDITIONS
C-S.
Chang, Y. Zhang, B. Rogg,
K.N.C.
Bray
University of Cambridge, England
................................... 561
xxv
P20)
MODELLING AND SIMULATION OF RADIATION IN
LAMINAR FLAMES
У.
Liu,
B. Ragg
University of Cambridge, England
................................... 562
P21) A STUDY OF THE REACTION BETWEEN CALCIUM OXIDE
AND HYDROGEN SULPHIDE AT ELEVATED PRESSURES
N.H. Davies1,
A.N.
Hayburst*,
K.M.
Laagblia
*
Coal Research Establishment, Gloucester, England
+ University of Cambridge, England
................................. 563
P22) INFLUENCE OF THE LEWIS NUMBER ON THE INTERACTION
BETWEEN TWO LAMINAR FLAME FRONTS
I.
François
and D. Escudie
Ecole Centrale de
Lyon, France ...................................... 564
P23)
NUMERICAL STUDY OF 2-D FLUID FLOW AND
HEAT TRANSFER OVER A HEATED SQUARE BLUFF BODY
X.W. Lin, AS.C. Ma and W.M. Pun
Imperial College, London, England
.................................. 565
P24) TURBULENT FLAME STRUCTURE AND PROPAGATION
IN A SPARK IGNITION ENGINE
B. Deschamps, J.T. Hodges, J.P. Dumas and T. Baritaud
Institut
Français du Pétrole, France
................................. 566
P25)
IGNITION DELAYS OF DIOXANE/CHLORINE
MDCTURES BEHIND A REFLECTED SHOCK WAVE
A. Elaiœi, G. Dupré
and C.
Paillard
Université de
Orleans, France
....................................... 567
P26) FREE-LAGRANGE SIMULATIONS OF
PREMDŒD
COMBUSTION
WITH COMPRESSIBILITY AND HEAT RELEASE
G. J.
Bali
University of Southampton, England
................................ 568
P27) COMPUTATION OF A LAMINAR COFLOW PROPANE
DIFFUSION FLAME
J.
Göttgens,
P. Terboeven,
N.
Peters
RWTH Aachen, Germany
........................................... 569
XXVI
P28)
MODELLING OF SPARK IGNITION IN A TURBULENT MEDIUM
A. Picart,
N.
Fnicbard, R.
Borghi
CORIA-URA
CNRS, Mont-Saint-Aignan,
Prance
.................... 570
P29) EVALUATION OF A TURBULENT COMBUSTION MODEL
BY CALCULATIONS OF STEADY ID FLAME PROPAGATION
T. Solberg, B.H. Hjertager, O.
Steter
and J.E. F0msdabl
Telemark
Institute, Porsgrunn, Norway
.............................. 571
P30) MODELLING AND SIMULATION OF 1-D
PULSATING COMBUSTERS
J. C. Prince-A
velino,
В.
Rogg
University of Cambridge, England
................................... 572
P31) NUMERICAL TRICKS FOR THE COMPUTATION OF LAMINAR
FLAMES USING REDUCED KINETIC MECHANISMS:
WET CO FLAMES
W. Wang, B. Rogg
University of Cambridge, England
................................... 573
P32) OBSERVATIONS ON THE DISTRIBUTION OF [OH]
CONCENTRATION IN FUELLED PLASMA JETS
S. Ai-Cbalabi, M. Carabine,
F. Weinberg
and St.
Wippermann
Imperial College, London, England
.................................. 574
P33) EXPERIMENTAL STUDY OF THE INFLUENCE OF OXYGEN
ON POLLUTANT EMISSIONS DURING COAL
COMBUSTION IN A LASER REACTOR
D. Schwartz, R. Gadiou, G.
Prado
Ecole Nationale Supérieure de Chimie de Mulhouse, France
.......... 575
P34)
KINETICS AND MECHANISM OF THE
REACTION
Cb#
+
O2
—
PRODUCTS
B.J. Opanaky*; J.O. Pedersor, P.W.
ЅеаИтѓ
and S.R. Leone*
+
University of
Colorado,
Boulder, U.S.A.
•
University of Leeds, England
...................................... 576
xxvii
P35)
SIMULATION
OF COMBUSTION PROCESSES
BY MEANS OF PERCOLATION ALGORITHMS
R.
Grabski, M.
Frank
University
Otto von
Guericke
,
Magdeburg, Germany
...............577
P36) NO TRANSPORT OF RADICALS, A CONCEPT
TO INCLUDE DETAILED CHEMICAL KINETICS
IN COMPLEX FLUID FLOW PROBLEMS
R. Nordrik, H.
Valland
Norwegian Institute of Technology,
Trondheim,
Norway
.............. 578
P37) CHARACTERISTICS OF A POWER STATION BOILER
D. froud, T. O Doherty, C.J. Bates and
N.
Syred
University of Wales, Cardiff
......................................... 579
P38) IMAGING OF FLAME STRUCTURES BY DEGENERATE
FOUR WAVE MIXING
A.U. Koch, P.G.R. Smith and P. Ewart
University of Oxford, UK
............................................. 580
P39) COMBUSTION OF CYCLIC ETHERS
Marguerite McGuinness and John Simmie
University College Galway, Ireland
.....................................581
XXVUl
|
| any_adam_object | 1 |
| author_corporate | Anglo-German Combustion Symposium Cambridge Combustion Institute British Section Combustion Institute German Section |
| author_corporate_role | aut aut aut |
| author_facet | Anglo-German Combustion Symposium Cambridge Combustion Institute British Section Combustion Institute German Section |
| author_sort | Anglo-German Combustion Symposium Cambridge |
| building | Verbundindex |
| bvnumber | BV010000070 |
| classification_tum | ERG 420f |
| ctrlnum | (OCoLC)29597373 (DE-599)BVBBV010000070 |
| dewey-full | 541.361 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 541 - Physical chemistry |
| dewey-raw | 541.361 |
| dewey-search | 541.361 |
| dewey-sort | 3541.361 |
| dewey-tens | 540 - Chemistry and allied sciences |
| discipline | Chemie / Pharmazie Energietechnik, Energiewirtschaft |
| edition | 1. publ. |
| format | Conference Proceeding Book |
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| genre | (DE-588)1071861417 Konferenzschrift 1993 Cambridge gnd-content |
| genre_facet | Konferenzschrift 1993 Cambridge |
| id | DE-604.BV010000070 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T17:44:42Z |
| institution | BVB |
| institution_GND | (DE-588)5110371-0 (DE-588)5110370-9 (DE-588)5138589-2 |
| isbn | 0952035006 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-006629404 |
| oclc_num | 29597373 |
| open_access_boolean | |
| owner | DE-91G DE-BY-TUM |
| owner_facet | DE-91G DE-BY-TUM |
| physical | XXVIII, 581 S. graph. Darst. |
| publishDate | 1993 |
| publishDateSearch | 1993 |
| publishDateSort | 1993 |
| publisher | British Section of the Combustion Inst. |
| record_format | marc |
| spelling | Anglo-German Combustion Symposium 1993 Cambridge Verfasser (DE-588)5110371-0 aut Proceedings of the Anglo-German Combustion Symposium 1993 held at Queen's College, Cambridge, 29th March to 2nd April, 1993 1. publ. Cambridge British Section of the Combustion Inst. 1993 XXVIII, 581 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Nebent.: Joint meeting of the British and German Sections / Combustion Institute Verbrennung (DE-588)4062656-8 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1993 Cambridge gnd-content Verbrennung (DE-588)4062656-8 s DE-604 Combustion Institute British Section (DE-588)5110370-9 aut Joint meeting of the British and German Sections Combustion Institute German Section (DE-588)5138589-2 aut Joint meeting of the British and German Sections Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006629404&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Proceedings of the Anglo-German Combustion Symposium 1993 held at Queen's College, Cambridge, 29th March to 2nd April, 1993 Verbrennung (DE-588)4062656-8 gnd |
| subject_GND | (DE-588)4062656-8 (DE-588)1071861417 |
| title | Proceedings of the Anglo-German Combustion Symposium 1993 held at Queen's College, Cambridge, 29th March to 2nd April, 1993 |
| title_alt | Joint meeting of the British and German Sections |
| title_auth | Proceedings of the Anglo-German Combustion Symposium 1993 held at Queen's College, Cambridge, 29th March to 2nd April, 1993 |
| title_exact_search | Proceedings of the Anglo-German Combustion Symposium 1993 held at Queen's College, Cambridge, 29th March to 2nd April, 1993 |
| title_full | Proceedings of the Anglo-German Combustion Symposium 1993 held at Queen's College, Cambridge, 29th March to 2nd April, 1993 |
| title_fullStr | Proceedings of the Anglo-German Combustion Symposium 1993 held at Queen's College, Cambridge, 29th March to 2nd April, 1993 |
| title_full_unstemmed | Proceedings of the Anglo-German Combustion Symposium 1993 held at Queen's College, Cambridge, 29th March to 2nd April, 1993 |
| title_short | Proceedings of the Anglo-German Combustion Symposium 1993 |
| title_sort | proceedings of the anglo german combustion symposium 1993 held at queen s college cambridge 29th march to 2nd april 1993 |
| title_sub | held at Queen's College, Cambridge, 29th March to 2nd April, 1993 |
| topic | Verbrennung (DE-588)4062656-8 gnd |
| topic_facet | Verbrennung Konferenzschrift 1993 Cambridge |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006629404&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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