Treatise on powder metallurgy: 1 Technology of metal powders and their products
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York, NY [u.a.]
Interscience Publ.
1949
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXVII, 778 S. Ill., graph. Darst. 24 cm |
Internformat
MARC
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| 003 | DE-604 | ||
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| 049 | |a DE-91 |a DE-91G |a DE-29T |a DE-210 | ||
| 100 | 1 | |a Goetzel, Claus G. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Treatise on powder metallurgy |n 1 |p Technology of metal powders and their products |c by Claus G. Goetzel |
| 264 | 1 | |a New York, NY [u.a.] |b Interscience Publ. |c 1949 | |
| 300 | |a XXVII, 778 S. |b Ill., graph. Darst. |c 24 cm | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 655 | 7 | |0 (DE-588)4006432-3 |a Bibliografie |2 gnd-content | |
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| 999 | |a oai:aleph.bib-bvb.de:BVB01-001532483 | ||
Datensatz im Suchindex
| _version_ | 1804116792237359104 |
|---|---|
| adam_text | CONTENTS
PREFACE
TERMINOLOGY
I. PRINCIPLES
THE POWDER METALLURGY PROCESS
DEFINITION
TECHNIQUE :
POWDER SOURCES, PREPARATION, AND CONDITIONING
PROCESSING
ADDITIONAL OPERATIONS !
MODIFICATIONS
FINISHING OPERATIONS
INDUSTRIAL APPLICATIONS
HIGH-MELTING METALS
COMPOSITE METALS
METAL-NONMETAL COMBINATIONS
POROUS METALS
LAMINATED PRODUCTS
ALLOYS OF UNUSUAL COMPOSITION
METALS OF HIGH PURITY
PRODUCTION OF PARTS
OTHER APPLICATIONS
COATINGS AND PAINTS
CRITICAL EVALUATION
ADVANTAGES
LIMITATIONS
MATERIAL LIMITATIONS
MANPOWER LIMITATIONS
EQUIPMENT LIMITATIONS
II. HISTORY
EARLIEST DEVELOPMENTS
POWDER PRODUCTION METHODS
POWDER METALLURGY OF PLATINUM
DEVELOPMENT OF THE ART
THE WOLLASTON METHOD OF PRODUCING PLATINUM
OTHER DEVELOPMENTS IN THE NINETEENTH CENTURY ...
REFRACTORY METALS AND THEIR CARBIDES
COMPOSITE METALS
OTHER MODERN DEVELOPMENTS
III. METHODS OF POWDER PRODUCTION
MECHANICAL PROCESSES
COMMINUTION OF SOLID METALS
MACHINING
CRUSHING
MILLING
PULVERIZATION OF MOLTEN METALS
GRAINING
SHOTTING _
ATOMIZATION
PHYSICOCHEMICAL AND CHEMICAL PROCESSES
PHYSICAL METHODS
CONDENSATION
XI
V
XXI
1
1
1
1
2
3
3
, 5
5
6
. 6
. 6
. 6
. 7
. 7
. 7
. 8
. 8
. 8
. 9
. 9
. 9
. 11
. 11
. 12
. 13
. 17
. 17
. 19
. 21
. 21
. 23
. 25
. 27
. 31
. 31
. 35
. 35
. 37
. 37
. 38
. 38
. 42
. 42
. 43
. 45
. 48
. 49
. 49
HTTP://D-NB.INFO/1035843781
XIF
CONTENTS
THERMAL DECOMPOSITION
MAJOR CHEMICAL PROCESSES
REDUCTION
PRECIPITATION AND REPLACEMENT
CARBURIZATION AND DECARBURIZATION
ELECTROCHEMICAL AND ELECTRICAL PROCESSES
ELECTROLYTIC DEPOSITION FROM SOLUTIONS
ELECTROLYTIC DEPOSITION FROM FUSED SALTS
ELECTRICAL DISPERSION AND COMMINUTION V
MISCELLANEOUS CHEMICAL PROCESSES
DIFFUSION ALLOYING (SINTERING)
ALLOY DISINTEGRATION AND INTERGRANULAR CORROSION .
OTHER CHEMICAL PROCESSES
SUMMARY
IV. CHARACTERISTICS AND PROPERTIES OF POWDERS
PHYSICAL CHARACTERISTICS AND PROPERTIES
ORDER OF MAGNITUDE OF PARTICLE SIZE
PARTICLE-SIZE DISTRIBUTION
SMALL-SIZE EFFECTS
PARTICLE SHAPE
STRUCTURE OF PARTICLES
PACKING OF PARTICLES
APPARENT DENSITY
FLOW
COMPATIBILITY
CHEMICAL PROPERTIES
SOLID IMPURITIES _
GASEOUS IMPURITIES
SUMMARY
V. METHODS OF TESTING POWDERS
SAMPLING
CLASSIFICATION OF TESTING METHODS
METHODS OF DETERMINING PARTICLE SIZE AND SHAPE
SCREEN TEST
MICROSCOPIC METHOD
SEDIMENTATION SIZING
FRACTIONATION METHODS
NONFRACTIONATION METHODS
MISCELLANEOUS METHODS OF PARTICLE DETERMINATION .
METHODS OF TESTING PACKING AND MOLDING PROPERTIES
TESTING OF FLOW RATE
TESTING OF APPARENT DENSITY
TESTING OF COMPRESSIBILITY AND COMPATIBILITY *
TESTING OF PLASTICITY AND SOFTNESS
TESTING OF GREEN STRENGTH
TESTING OF CHEMICAL PROPERTIES .
CHEMICAL DETERMINATION OF OXYGEN
CHEMICAL DETERMINATION OF INSOLUBLES AND GREASE .
SUMMARY
VI. COMMERCIAL POWDERS
METAL POWDERS
REFRACTORY METAL POWDERS
TUNGSTEN
MOLYBDENUM
TANTALUM
COLUMBIUM
TITANIUM
ZIRCONIUM
VANADIUM
49
53
53
60
62
65
65
69
70
71
71
74
76
76
81
81
81
86
89
92
97
100
102
107
109
113
114
120
125
127
,127
129
129
131
.133
136
139
142
144
.147
.147
.148
.149
.153
.154
.155
.156
.156
. 157
:159
.159
.161
.161
.163
.163
.165
.165
.165
.165
CONTENTS XIII
THORIUM 166
URANIUM 166
PRECIOUS METAL POWDERS 166
PLATINUM 166
GOLD 166
SILVER 167
IRON POWDERS 167
REDUCED POWDERS 169
CARBONYL POWDER 172
ELECTROLYTIC POWDER 174
DECARBURIZED POWDERS 178
GRANULATED POWDER 178
QUALITY-COST RELATION 178
NICKEL, COBALT, CHROMIUM, AND MANGANESE POWDERS 183
COPPER POWDERS 186
ELECTROLYTIC POWDER 186
REDUCED POWDER 189
ATOMIZED POWDER 191
PROPERTIES 193
LIGHT METAL POWDERS 193
ALUMINUM 193
MAGNESIUM 195
BERYLLIUM 196
CALCIUM 197
LOW-MELTING METAL POWDERS 197
ZINC 197
TIN 198
LEAD 201
* ANTIMONY 201
CADMIUM 203
BISMUTH 203
ALLOY POWDERS 203
REFRACTORY ALLOY POWDERS 203
TUNGSTEN-MOLYBDENUM 204
FERROALLOY POWDERS : 204
IRON-BASE ALLOY POWDERS 208
IRON-CARBON COMPOSITIONS 208
HYPOEUTECTOID STEEL 208
HYPEREUTECTOID STEEL 208
HYPOEUTECTIC IRON-CARBON ALLOYS 211
ALLOY STEELS 211
STAINLESS STEELS 211
OTHER IRON ALLOYS 212
NONFERROUS ALLOYS 213
NICKEL- AND COBALT-BASE ALLOY POWDERS 213
COPPER-BASE ALLOY POWDERS 214
OTHER NONFERROUS ALLOY POWDERS 217
COMPOUND POWDERS 217
COMPOSITE POWDERS 218
SEMIMETALLIC AND NONMETALLIC POWDERS 225
SEMIMCTALLIC POWDERS 225
NONMETALLIC POWDERS 225
SUMMARY 226
VII. POWDER CONDITIONING AND FUNCTION OF ADDITION AGENTS 231
TREATMENTS IMMEDIATELY AFTER MANUFACTURE 232
WASHING THE POWDER .-.232
DRYING THE POWDER 233
OTHER THERMAL TREATMENTS 235
*PULVERIZATION 235
GRADING THE POWDERS
;
237
DENSIFICATION 239
CONTENTS
PACKING, SHIPMENT, AND STORAGE 239
MIXING OF METAL POWDERS 241
MONOMETALLIC MIXTURES 241
POLYMETALLIC MIXTURES 243
COATING OF METAL POWDERS 248
MIXING WITH NONMETALLIC SUBSTANCES 251
NONMETALLIC ALLOJ INGREDIENTS 251
FREE NONMETALLIC INGREDIENTS 252
TRANSITORY NONMETALLIC INGREDIENTS 253
NONMETALLIC BINDERS 254
NONMETALLIC LUBRICANTS 255
SUMMARY 257
VIII. BEHAVIOR OF POWDERS UNDER PRESSURE 259
MECHANISM OF INTERPARTICLE BONDING , 259
INTERATOMIC BONDING FORCES 259
NATURE OF FORCES 259
EFFECT OF PLASTICITY 261
EFFECT OF PARTICLE SURFACE CONDITIONS AND DISSOLVED GASES 263
OTHER CONCEPTS OF BONDING FORCES 265
SURFACE ADHESION AND COLD-WELDING 265
SURFACE TENSION 268
LIQUID SURFACE CEMENTS 268
MECHANICAL INTERLOCKING *. 269
EFFECTS OF APPLIED PRESSURE 273
THEORETICAL ASPECTS BASED ON EXPERIMENTAL EVIDENCE 273
WORK OF BAL SHIN 274
WORK OF UNCKEL : 280
WORK OF SEELIG AND WULFF 284
WORK OF EAMM, STEINBERG, AND WULFF 287
OTHER WORK : 294
PRACTICAL EFFECTS OF PRESSURE 297
MICROEFFECTS 297
MACROEFFECTS 300
MAGNITUDE OF PRESSURE 306
SUMMARY 311
IX. THE MOLDING OF POWDERS INTO SOLID FORMS .313
EFFECTS ON DENSITY OF VARIOUS METHODS OF APPLYING PRESSURE 314
APPLICATION OF TRIAXIAL PRESSURE ON PRISMATIC COMPACTS 314
APPLICATION OF UNIAXIAL PRESSURE 316
COMPRESSION, OF PRISMATIC COMPACTS 316
, COMPRESSION OF MULTIPLE-SECTION COMPACTS 318
COMPRESSION OF CURVED-FACED COMPACTS 325
COMPACTING BY CENTRIFUGING 330
COMPACTING BY EXTRUSION 330
COMPACTING BY ROLLING : 333
DESIGN OF INDUSTRIALLY FEASIBLE PARTS 333
BASIC RULES OF DESIGN 333
GENERAL DESIGN FACTORS 334
TYPICAL ROUND DESIGNS 338
PARTS OF INTRICATE DESIGN FEATURES 340
DESIGN FACTORS FOR COMPARISON WITH COMPETITIVE FABRICATING METHODS.343
SUMMARY 346
X. DIES AND PUNCHES 349
, GENERAL ASPECTS OF CONSTRUCTION 349
PREREQUISITE INFORMATION FOR DIE CONSTRUCTION 350
FACTORS IMPOSED BY THE POWDER . 350
FACTORS IMPOSED BY THE PRESS 350
ELEMENTS OF DIE CONSTRUCTION 351
MEMBERS OF DIE ASSEMBLY .354
CONTENTS XV
MATERIALS OF CONSTRUCTION
354
STRENGTH OF DIE
355
WEAR OF DIE AND PUNCHES 361
CLEARANCES AND TAPERS 365
FINISH OF DIE WALLS 366
TYPICAL DIE CONSTRUCTIONS 366
EXPERIMENTAL MOLDING DIES 366
TYPICAL MOLDING-DIE CONSTRUCTIONS 368
SOLID SINGLE-PIECE DIES 368
SOLID MULTIPLE-SEGMENT DIES 369
SPLIT-SEGMENT DIES 370
FLOATING DIES 371
MULTIPLE-CAVITY DIES 374
MASS-PRODUCTION MOLDING AND COINING DIES 375
SUMMARY 380
XI. PRESSES 383
MECHANICAL PRESSES 384
TONNAGE CAPACITY 385
PRODUCTION CAPACITY 386
BASIC CONSTRUCTIONS 386
ECCENTRIC AND CRANK PRESSES 387
TOGGLE AND KNUCKLE-JOINT PRESSES . .388
CAM-TYPE PRESSES 392
COMBINATION MECHANICAL PRESSES 396
OPERATING PRINCIPLES 398
HYDRAULIC PRESSES ... 402
CAPACITY OF HYDRAULIC PRESSES 403
BASIC CONSTRUCTION AND OPERATING PRINCIPLES 404
SINGLE-ACTION PRESSES 404
MULTIPLE-ACTION PRESSES 410
PULSATING PRESSES 415
COMBINATION PRESSES 416
SUMMARY 422
XII. COMPRESSION OF POWDERS NNDER HEAT 423
PRINCIPLES OF HOT-PRESSING 423
PURPOSE AND FUNCTIONS 423
APPLICATION OF PRESSURE AND HEAT .424
PRESSURE-TEMPERATURE-TIME RELATIONSHIP 426
PRESSURE-TEMPERATURE 426
TIME ELEMENT 430
CONTROLLED ATMOSPHERES 431
THE MATERIAL PROBLEM 432
MECHANICAL INTERFERENCES 434
DIE WEAR 434
SURFACE WELDING 435
PLASTIC EXTRUSION 436
EJECTION 436
ACHIEVEMENTS OF .HOT-PRESS TECHNIQUE 1 436
PRACTICAL ADVANTAGES 437
PHYSICAL PROPERTIES 441
COPPER AND GOLD 441
BRASSES AND BRONZES 447
IRON AND STEELS 456
CEMENTED CARBIDES 465
SUMMARY 467
XIII. HOT-PRESSING APPARATUS AND TECHNIQUES 469
EARLY DEVELOPMENTS 469
EXPERIMENTAL APPARATUS AND PROCEDURES 471 -
HOYT S TECHNIQUE 471
XVI - CONTENTS
SAUERWALD S PROCEDURE 472
TRZEBIATOWSKI S PROCEDURE 473
AUTHOR S PROCEDURE 475
METHOD FOR-HOT-PRESSING COPPER AND ITS ALLOYS 475
METHOD FOR HOT-PRESSING IRON 477
METHOD, FOR HOT-PRESSING STEEL : 480
HENRY AND CORDIANO S PROCEDURE 482
INDUSTRIAL PRACTICES 484
HOT-PRESS METHODS FOR CEMENTED CARBIDES 485
HOT-PRESS METHODS FOR IRON- AND COPPER-BASE METALS 489
HOT-PRESS EXTRUSION 493
SUMMARY 494
XIV. PRINCIPLES OF SINTERING 497
MONOMETALLIC SYSTEMS 49S
SINTERING FORCES 49S
FORCES ACTING BETWEEN TWO SURFACES 498
SURFACE TENSION FORCES 501
DIFFUSION AIIITF PLASTICITY . 502
EFFECTIVENESS OF THE SINTERING FORCES 504
SINTERING PHENOMENA 505
EFFECTS OF TEMPERATURE AND TIME . 505
SHRINKAGE 513
SWELLING CAUSED BY GAS EVOLUTION 518
METALLOGRAPHIE PHENOMENA 522
POROSITY-IN SINTERED COMPACTS. 522
RECRVSTALLIZATION AND GRAIN GROWTH 524
NATURE OF SINTERED BOUNDARY ..: 529
MICROSTRUCTURES 53?
EFFECTS OF SINTERING CONDITIONS ON PROPERTIES 536
DENSITY : 536
ELECTRICAL CONDUCTIVITY 538
HARDNESS 544
MECHANICAL. PROPERTIES 547
POLYMETALLIC SYSTEMS 551
SINTERING IN THE ABSENCE OF A LIQUID PHASE 551
MULTIPLE METALLIC COMPONENTS 551
SOLID SOLUTIONS AND COMPOUNDS .* 553
NONSOLUBILITY OF COMPONENTS 558
INTERFERING SOLID SURFACE COMPONENTS 559
SINTERING IN THE PRESENCE OF A LIQUID PHASE 56.
1
HOMOGENEOUS ALLOYS 562
HETEROGENEOUS AND COMPOSITE MATERIALS 564
. SUMMARY 570
XV. SINTERING PRACTICES 573
SINTERING BY INDIRECT HEATING . 574
SINTERING BY IMMERSION IN LIQUIDS . 574
LIQUID SALT BATH TREATMENT 574 *
LIQUID METAL BATH TREATMENT 576
SINTERING IN POWDER PACKS AND SOLID MOLDS 577
SINTERING IN CONTROLLED ATMOSPHERES 579
BATCH-TYPE. SINTERING : 579
CONTINUOUS SINTERING . 580
SINTERING UNDER-DIFFERENT PRESSURE CONDITIONS . .581
SINTERING IN VACUUIH 582
SINTERING AT PRESSURES ABOVE ATMOSPHERIC 583
INDIRECT HEATING BY HIGH-FREQUENCY CURRENT 584
SINTERING BY DIRECT HEATING .585
;
DIRECT RESISTANCE SINTERING 586
. INDUCTION SINTERING 588
SUMMARY ;589
CONTENTS XVII
XVI. SINTERING FURNACES ;591
BATCH-T^PE FURNACES 593
CRUCIBLE FURNACES 593
BELL-TYPE FURNACES 595
BOX-TYPE FURNACES , 597
TUBE AND MUFFLE FURNACES 600
CARBON SHORT-CIRCUITING FURNACES . 602
HIGH-FREQUENCY FURNACES 603
SINTER BELL JARS 605
TILTING FURNACES 605
CONTINUOUS FURNACES 607
PUSHER-TYPE FURNACES 608
ROLLER-HEARTH FURNACE 611
MESH-BELT CONVEYER FURNACE 613
LIFT BEAM FURNACE 615
VERTICAL LOWERING FURNACE 615
SUMMARY : 619
XVII. SINTERING ATMOSPHERES 621
NEUTRAL ATMOSPHERES : ; 622
VACUUM * 622
ARGON 623
HELIUM 624
NITROGEN 624
AIR *. 625
STEAM ; ....626
CARBON DIOXIDE 626
COMBUSTED HYDROCARBON GASES 626
REDUCING ATMOSPHERES . 627
HYDROGEN 627
DISSOCIATED AMMONIA 636
CARBON MONOXIDE ^ 638
HYDROCARBONS 638
MANUFACTURED AND NATURAL HYDROCARBON GASES 638
PARTIALLY COMBUSTED HYDROCARBON GASES 639
LITHIUM-CONTAINING ATMOSPHERES 646
SUMMARY 64S
XVIII. SUBSEQUENT WORKING 651
PLASTIC DEFORMATION 652
PRINCIPLES FOR METALS IN GENERAL 652
APPLICATION TO POWDER COMPACTS AFTER SINTERING 654
NATURE OF SINTER METALS 654
SUSCEPTIBILITY OF SINTERED COMPACTS TO DEFORMATION 655
CONSOLIDATION BY RESTRICTED DEFORMATION 656
REPRESSING AT ROOM TEMPERATURE 656
REPRESSING AT ELEVATED TEMPERATURES * 660
CONSOLIDATION BY UNRESTRICTED DEFORMATION 661
DEFORMATION BY COLD WORKING -. ..* 661
DEFORMATION BY FIOT WORKING 666
SUMMARY * 671
XIX. SUBSEQUENT HEAT TREATING 673
RESINTERING 673
COLD-COINED COMPACTS 673
HOT-PRESSED COMPACTS 675
SOFTENING 677
ANNEALING TREATMENTS 677
QUENCH TREATMENTS 681
HARDENING 682
AGE ANA PRECIPITATION HARDENING 682
ALUMINUM-BASE ALLOYS * 682
XVIII * CONTENTS
COPPER-BASE ALLOYS : 685
QUENCH HARDENING ... . . .687
SURFACE HARDENING !689
CARBURIZING 692
CYANIDING 695
NITRIDING 697
SUMMARY 698
XX. FINISHING TREATMENTS 699
MECHANICAL OPERATIONS 699
SHAPING 699
MACHINING 700
SHEARING AND BROACHING 700
SIZING 701
BURNISHING
701
STRAIGHTENING
SURFACE CLEANING 702
DEBURRING 702
BELT GRINDING 702
TUMBLING 702
ABRADING ... 703
BUFFING 704
SURFACE PROTECTION TREATMENTS 704
ELECTROCHEMICAL TREATMENTS 704
ELECTROPLATING 704
HIGH DENSITY PARTS 706
SPECIAL PLATING TECHNIQUES 706
WATER-REPELLENT SURFACE FILMS 707
PLATING OF GREEN PRESSINGS 709
CONVERSION COATINGS 709
DISPLACEMENT 710
ELECTROPOLISHING 710
ELECTROLYTIC COLORING 710
PRODUCTION OF OXIDE LAYERS BY CHEMICAL TREATMENT 711
COLORING BY TEMPERING IN AIR 711
COLORING IN SALT BATHS 711
COLORING THROUGH THE ACTION OF CARBON 712
STEAM TREATMENTS 712
PHOSPATE TREATMENTS 713
METAL COATINGS 713
COATINGS BY BURYING IN METAL POWDER PACKS 713
SHERARDIZING 713 .
CALORIZING - .
X
. 714
CHROMIZING 714
SILICONIZING 715
COATINGS BY DIPPING INTO LIQUID METALS 715
TINNING 716
GALVANIZING 716
ALLOY COATINGS 717
DIP CALORIZING 717
SPRAYED METAL COATINGS 717
MECHANICALLY APPLIED NONMETALLIC COATINGS 718
ORGANIC FINISHES 713
SLUSHING COMPOUNDS 719
IMPREGNATION TREATMENTS 719
NONMETALLIC IMPREGNANTS 720
OILS 720
WAXES AND GREASES 720
PAINTS AND INKS 721
%
METALLIC IMPREGNANTS 721
LOW-MELTING METALS 21
HIGH-MELTING METALS 722
CONTENTS XIX
JOINING 722
SOLDERING * 723
BRAZING 723
WELDING 724
SUMMARY 724
AUTHOR INDEX 727
SUBJECT INDEX 733
|
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| indexdate | 2024-07-09T15:44:08Z |
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| language | English |
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| physical | XXVII, 778 S. Ill., graph. Darst. 24 cm |
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| publisher | Interscience Publ. |
| record_format | marc |
| spelling | Goetzel, Claus G. Verfasser aut Treatise on powder metallurgy 1 Technology of metal powders and their products by Claus G. Goetzel New York, NY [u.a.] Interscience Publ. 1949 XXVII, 778 S. Ill., graph. Darst. 24 cm txt rdacontent n rdamedia nc rdacarrier (DE-588)4006432-3 Bibliografie gnd-content (DE-604)BV002344197 1 DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001532483&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Goetzel, Claus G. Treatise on powder metallurgy |
| subject_GND | (DE-588)4006432-3 |
| title | Treatise on powder metallurgy |
| title_auth | Treatise on powder metallurgy |
| title_exact_search | Treatise on powder metallurgy |
| title_full | Treatise on powder metallurgy 1 Technology of metal powders and their products by Claus G. Goetzel |
| title_fullStr | Treatise on powder metallurgy 1 Technology of metal powders and their products by Claus G. Goetzel |
| title_full_unstemmed | Treatise on powder metallurgy 1 Technology of metal powders and their products by Claus G. Goetzel |
| title_short | Treatise on powder metallurgy |
| title_sort | treatise on powder metallurgy technology of metal powders and their products |
| topic_facet | Bibliografie |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001532483&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV002344197 |
| work_keys_str_mv | AT goetzelclausg treatiseonpowdermetallurgy1 |