Hydrogen in titanium: Transl. by A. Aladjem
Gespeichert in:
| Hauptverfasser: | , , |
|---|---|
| Format: | Buch |
| Sprache: | Undetermined |
| Veröffentlicht: |
Jerusalem
Israel Progr. for Scient. Transl.
1965
|
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | EST: Vodorod v titane <engl.> |
| Beschreibung: | XIV, 194 S. |
Internformat
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| 100 | 1 | |a Livanov, V. A. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Hydrogen in titanium |b Transl. by A. Aladjem |c V. A. Livanov ; A. A. Buchanova ; B. A. Kolačev* |
| 264 | 1 | |a Jerusalem |b Israel Progr. for Scient. Transl. |c 1965 | |
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| 700 | 1 | |a Buchanova, A. A. |e Verfasser |4 aut | |
| 700 | 1 | |a Kolačev, B. A. |e Verfasser |4 aut | |
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Datensatz im Suchindex
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| adam_text | V A LIVANOV, A A BUKHANOVA, AND B A KOLACHEV
HYDROGEN IN
TITANIUM
Translated from Russian by
A Aladjem, Chem Eng
Israel Program for Scientific Translations
Jerusalem 19C5
TABLE OF CONTENTS
Page
LIST OF ABBREVIATIONS ix
PREFACE xi
INTRODUCTION xiii
PART ONE TITANIUM AND ITS ALLOYS
Chapter 1 PROPERTIES OF TITANIUM 1
1 Physicochemical Properties of Titanium 1
2 The Interaction of Titanium with Gases 2
3 Mechanical Properties of Iodide Titanium 7
4 Effect of Impurities on the Mechanical Properties 7
5 Mechanical Properties of Commercially Pure Titanium 9
6 Recrystallization of Titanium 13
7 Effect of Grain Size on the Mechanical Properties of Titanium 16
Chapter 2 COMPOSITION, STRUCTURE, AND PROPERTIES OF THE
MAIN TITANIUM ALLOYS 18
1 General Characteristics of Titanium Alloys 18
2 General Characteristics of a-Alloys 19
3 Commercial a-Alloys 21
4 6-Alloys 23
5 General Characteristics of (a -n3 )-Alloys 25
6 (a+6 )-Alloys Produced in the USSR 27
7 Foreign (a + 6 )-Alloys 34
PART TWO GENERAL ASPECTS OF THE TITANIUM -
HYDROGEN INTERACTION
Chapter 1 GENERAL CHARACTERISTICS OF THE INTERACTION OF
HYDROGEN WITH METALS 35
1 The Properties of Hydrogen 35
2 Adsorption of Hydrogen by Metals 37
3 Diffusion of Hydrogen in Metals 38
v
Page
4 Absorption of Hydrogen by Metals 40
5 Chemical Nature of the Phases Formed by the Absorption of
Hydrogen by Metals 41
Chapter 2 TITANIUM-HYDROGEN SYSTEM 46
1 Phase Diagram of the Titanium-Hydrogen System 46
2 Structure and Chemical Nature of ihe Hydride Phase 48
Chapter 3 DIFFUSION OF HYDROGEN IN TITANIUM 51
1 Diffusion Coefficients of Hydrogen in Titanium 51
2 Distribution of Hydrogen in Titanium During Absorption 53
3 Mechanism of the Removal of Hydrogen from Titanium Under
Vacuum 55
4 Distribution of Hydrogen in Titanium During Degassing 57
PART THREE INTERACTION OF TITANIUM AND ITS ALLOYS
WITH HYDROGEN, WATER VAPOR, AND METHANE
Chapter 1 APPARATUS FOR STUDYING THE INTERACTION OF TITA
NIUM WITH GASES 61
1 Apparatus Used to Study the Interaction of Titanium with Hydro
gen 61
2 Apparatus for Studying the Interaction of Titanium with Water
Vapor 63
3 Apparatus for Determining Hydrogen in Titanium 65
Chapter 2 INTERACTION OF TITANIUM SPONGE WITH WATER VAPOR
AND AIR 70
1 Structure of Titanium Sponge 70
2 Kinetics of the Interaction of Titanium Sponge with Water Vapor
and Air 71
3 Kinetics of the Vacuum Processing of Titanium Sponge 73
Chapter 3 BEHAVIOR OF HYDROGEN DURING THE MELTING OF TITA
NIUM 77
1 General Data on the Arc Melting of Titanium 77
2 Behavior of Hydrogen During the Melting of Titanium in an Inert
Gas Atmosphere 7§
3 Behavior of Hydrogen During the Vacuum Melting of Titanium 79
Chapter 4 KINETICS OF THE INTERACTION OF TITANIUM AND ITS
ALLOYS WITH HYDROGEN, WATER VAPOR, AND METHANE 84
1 Kinetics of the Interaction of Iodide Titanium with Hydrogen 84
2 Kinetics of the Interaction of Commercial Titanium with Hydro
gen 87
3 Factors Determining the Kinetics of the Interaction of Titanium
and Hydrogen 91
vi
Page
4 Absorption Isobars and Isotherms in the Titanium-Hydrogen
System 93
5 Kinetics of the Interaction of Titanium Alloys with Hydrogen 96
6 Kinetics of the Interaction of Water Vapor with Commercial
Titanium or Titanium Alloys 97
7 Kinetics of the Interaction of Titanium with Methane 100
PART FOUR HYDROGEN EM BRITT LEMENT OF TITANIUM
AND a-ALLOYS
Chapter 1 EFFECT OF HYDROGEN ON THE STRUCTURE AND PROPER
TIES OF TITANIUM 102
Chapter 2 EFFECT OF HYDROGEN ON THE STRUCTURE AND PROPER
TIES OF ct-ALLOYS 109
1 Effect of Hydrogen on the Structure and Properties of Commer
cial a-Alloys 109
2 Effect of Oxygen on the Hydrogen Embrittlement of Titanium
and Its a-Alloys 114
3 Effect of Aluminum on the Hydrogen Brittleness of Titanium 118
4 Effect of Tin and Nitrogen on the Hydrogen Brittleness of Tita
nium 122
5 Mechanism of the Hydrogen Embrittlement of Titanium and a-
Alloys 123
PART FIVE HYDROGEN EMBRITTLEMENT OF (a+0)-ALLOYS
Chapter 1 EFFECT OF HYDROGEN ON THE STRUCTURE AND PROPER
TIES OF (a + 6 )-ALLOYS 127
1 Effect of Hydrogen on the Properties of (a + 6 )-Alloys in Me
chanical Tests Under Standard Conditions 127
2 Microstructure of (a + 0 )-Alloys Containing Hydrogen 131
3 Effect of Hydrogen on the Properties of (a + 6)-Alloys, at Dif
ferent Deformation Rates 131
4 Effect of Hydrogen on the Creep Strength of (a + 6)-Alloys at
^ Room Temperature 136
5 Effect of Temperature on the Hydrogen Brittleness of (a+ 0)-
Alloys 137
6 Effect of Heat Treatment on the Hydrogen Brittleness of (a + 0)-
Alloys 140
7 Effect of Alloying Elements on the Hydrogen Embrittlement of
(a+6)-Alloys 141
Chapter 2 EFFECT OF HYDROGEN ON THE THERMAL STABILITY OF
(a + 0 )-ALLOYS 145
1 Effect of Hydrogen on the Thermal Stability of Alloy Ti-140A 145
vli
Page
2 Effect of Hydrogen on the Thermal Stability of Alloys VT3 and
VT3-1 146
3 Mechanism of the Effect of Hydrogen on the Thermal Stability
of Ti-Al-Cr and Ti-Al-Cr-Mo Alloys 149
Chapter 3 NATURE OF THE HYDROGEN BRITTLENESS OF (a+6)-AL-
LOYS 152
1 Diffusion Mechanism of the Brittle Fracture of (a + 3 )- Alloys 152
2 The Role of Imperfections in the Brittle Fracture of (a + 0)-Al
loys 153
3 Other Theories on the Hydrogen Brittleness of (a + B)-Alloys 157
Chapter 4 HYDROGEN BRITTLENESS OF ALLOYS, TRANSITIONAL
FROM a- TO (a + B)-ALLOYS 160
1 Hydrogen Brittleness of Alloys VT4 and VT10 160
2 Hydrogen Brittleness of Ti-Al-Mn Alloys 165
PART SIX SOME GENERAL PROBLEMS ON THE TITANIUM-HYDROGEN
SYSTEM, AND METHODS OF PREVENTING HYDROGEN BRITTLENESS
Chapter 1 EFFECT OF GRAIN SIZE ON HYDROGEN BRITTLENESS 169
1 Effect of Grain Size on the Hydrogen Brittleness of Titanium and
a-Alloys 169
2 Mechanism of the Influence of the Grain Size on the Hydrogen
Brittleness of Titanium and a-Alloys 171
3 Effect of Grain Size on the Hydrogen Brittleness of (a + B)-Al
loys 173
Chapter 2 CHANGES IN THE STRUCTURE AND PROPERTIES OF TITA
NIUM AND ITS ALLOYS AS A RESULT OF THEIR INTERACTION WITH
WATER VAPOR 175
1 Changes in the Structure and Properties of Titanium and Its Al
loys at High Temperatures 175
2 Changes in the Structure and Properties of Titanium During Ag
ing at Room Temperature 176
Chapter 3 MAXIMUM PERMISSIBLE CONCENTRATION OF HYDROGEN
IN TITANIUM AND ITS ALLOYS 179
Chapter 4 SOME METHODS OF PREVENTING HYDROGEN BRITTLENESS 181
1 Vacuum Melting 181
2 Vacuum Annealing 182
3 Method of Increasing the Maximum Permissible Hydrogen Con-
tent by Alloying 189
4 Other Methods of Preventing Hydrogen Embrittlement 189
REFERENCES 191
viii
|
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| physical | XIV, 194 S. |
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| spelling | Livanov, V. A. Verfasser aut Hydrogen in titanium Transl. by A. Aladjem V. A. Livanov ; A. A. Buchanova ; B. A. Kolačev* Jerusalem Israel Progr. for Scient. Transl. 1965 XIV, 194 S. txt rdacontent n rdamedia nc rdacarrier EST: Vodorod v titane <engl.> Buchanova, A. A. Verfasser aut Kolačev, B. A. Verfasser aut HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=005987854&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Livanov, V. A. Buchanova, A. A. Kolačev, B. A. Hydrogen in titanium Transl. by A. Aladjem |
| title | Hydrogen in titanium Transl. by A. Aladjem |
| title_auth | Hydrogen in titanium Transl. by A. Aladjem |
| title_exact_search | Hydrogen in titanium Transl. by A. Aladjem |
| title_full | Hydrogen in titanium Transl. by A. Aladjem V. A. Livanov ; A. A. Buchanova ; B. A. Kolačev* |
| title_fullStr | Hydrogen in titanium Transl. by A. Aladjem V. A. Livanov ; A. A. Buchanova ; B. A. Kolačev* |
| title_full_unstemmed | Hydrogen in titanium Transl. by A. Aladjem V. A. Livanov ; A. A. Buchanova ; B. A. Kolačev* |
| title_short | Hydrogen in titanium |
| title_sort | hydrogen in titanium transl by a aladjem |
| title_sub | Transl. by A. Aladjem |
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