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Analysis of the new metals titanium, zirconium, hafnium, niobium, tantalum, tungsten and their alloys,
Analysis of the New Metals.
| Clasificación: | Libro Electrónico |
|---|---|
| Autores principales: | , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford, New York,
Pergamon Press
[1966]
|
| Edición: | [1st ed.]. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Analysis of The New Metals: Titanium, Zirconium, Hafnium, Niobium, Tantalum, Tungstenand their Alloys; Copyright Page; Table of Contents; PREFACE; ACKNOWLEDGEMENTS; CHAPTER I. INTRODUCTION; 1. SAMPLING; 2. GENERAL INFORMATION; CHAPTER II. TITANIUM AND ITS ALLOYS; 3. TYPICAL SPECIFICATIONS (COMPOSITION)- TITANIUM PRODUCTS; 4. ALUMINIUM; 5. BORON; 6. CALCIUM; 7. CARBON; 8. CHLORINE; 9. CHROMIUM; 10. COBALT; 11. COPPER; 12. HYDROGEN; 13. IRON; 14. MAGNESIUM; 15. MANGANESE; 16. MOISTURE; 17. MOLYBDENUM; 18. NICKEL; 19. NITROGEN; 20. OXYGEN AND HYDROGEN; 21. PHOSPHORUS; 22. SILICON
- 23. SILVER24. SODIUM; 25. TIN; 26. TITANIUM; 27. TUNGSTEN; 28. VANADIUM AND CHROMIUM; 29. ZINC; 30. ZIRCONIUM; IDENTIFICATION OF TITANIUM ALLOYS; 31. POINT-TO-PLANE SPECTROGRAPHIC PROCEDURE; 32. USING A FUESS METAL SPECTROSCOPE; 33. CHEMICAL SPOT-TESTS; CHAPTER III. ZIRCONIUM, HAFNIUM AND THEIR ALLOYS; 34. TYPICAL ANALYSIS OF ZIRCONIUM, ZIRCONIUM ALLOYS AND HAFNIUM IONIDE-REFINED; 35. ALUMINIUM; 36. BORON; 37. CADMIUM; 38. CALCIUM; 39. CARBON; 40. CHLORINE; 41. CHROMIUM; 42. COBALT; 43. COPPER AND MOLYBDENUM; 44. HYDROGEN; 45. IRON; 46. LEAD; 47. LITHIUM; 48. MAGNESIUM; 49. MANGANESE
- 50. MOLYBDENUM AND COPPER51. NICKEL; 52. NIOBIUM; 53. NITROGEN; 54. OXYGEN AND HYDROGEN; 55. PHOSPHORUS; 56. SILICON; 57. SODIUM; 58. TANTALUM; 59. TIN AND LEAD; 60. TITANIUM; 61. TUNGSTEN; 62. URANIUM; 63. VANADIUM; 64. ZINC; SPECTROSCOPIC ANALYSIS OF ZIRCONIUM, ZIRCONIUM ALLOYS AND HAFNIUM; 65. IDENTIFICATION OF ZIRCONIUM ALLOYS: USING A FUESS METAL SPECTROSCOPE; 66. IDENTIFICATION OF ZIRCONIUM ALLOYS I POINT-TO-PLANE PROCEDURE; 67. IMPURITIES IN ZIRCONIUM: POINT-TO-PLANE PROCEDURE; 68. IMPURITIES IN ZIRCONIUM! OXIDE-RESIN PROCEDURE
- 69. BORON, CADMIUM AND LEAD IN ZIRCONIUM: CARRIER-DISTILLATION PROCEDURE70. RARE EARTHS IN ZIRCONIUM: OXIDE-RESIN PROCEDURE; 71. CALCIUM IN ZIRCONIUM! OXIDE-RESIN PROCEDURE; 72. IMPURITIES IN HAFNIUM: POINT-TO-PLANE PROCEDURE; 73. IMPURITIES IN HAFNIUM: OXIDE-RESIN PROCEDURE; 74. ZIRCONIUM IN HAFNIUM: SOLUTION PROCEDURE; 75. ZIRCONIUM IN HAFNIUM: POINT-TO-PLANE PROCEDURE; 76. ALLOYING CONSTITUENTS IN ZR20: X-RAY FLUORESCENCE PROCEDURE; CHAPTER IV. NIOBIUM AND ITS ALLOYS; 77. TYPICAL SPECIFICATION (COMPOSITION) FOR REACTOR-GRADE NIOBIUM; 78. ALUMINIUM; 79. BORON; 80. CARBON; 81. CHROMIUM
- 82. COPPER AND ZINC83. HYDROGEN; 84. IRON; 85. MOLYBDENUM AND TUNGSTEN; 86. NICKEL; 87. NITROGEN; 88. OXYGEN AND HYDROGEN; 89. SILICON; 90. TITANIUM; 91. TUNGSTEN; 92. VANADIUM; 93. ZIRCONIUM (OR HAFNIUM); SPECTROSCOPIC ANALYSIS OF NIOBIUM; 94. IMPURITIES IN NIOBIUM: OXIDE-RESIN PROCEDURE; 95. BORON, CADMIUM, LEAD AND TIN IN NIOBIUM: CARRIER-DISTILLATION PROCEDURE; CHAPTER V. TANTALUM AND ITS ALLOYS; 96. CARBON; 97. IRON; 98. MOLYBDENUM AND TUNGSTEN; 99. NITROGEN; 100. OXYGEN AND HYDROGEN; 101. ZIRCONIUM; CHAPTER VI. TUNGSTEN AND ITS ALLOYS; 102. BORON; 103. CARBON; 104. HYDROGEN; 105. IRON