Sthapitanonda et al., 1956 - Google Patents
Kinetics of nitridation of magnesium and aluminumSthapitanonda et al., 1956
- Document ID
- 12088548909430415359
- Author
- Sthapitanonda P
- Margrave J
- Publication year
- Publication venue
- The Journal of Physical Chemistry
External Links
Snippet
The kinetics of nitridation of magnesium and aluminum has been studied as a function of time, temperature, pressure and surface preparation. A manometricapparatus was employed for all of themeasurements. Nitridation of magnesium is quite appreciable at 415 and higher …
- 239000011777 magnesium 0 title abstract description 49
Similar Documents
Publication | Publication Date | Title |
---|---|---|
Sthapitanonda et al. | Kinetics of nitridation of magnesium and aluminum | |
Tripp et al. | Thermogravi metric Study of the Oxidation of ZrB2 in the Temperature Range of 800 to 1500 C | |
Buttner et al. | Adsorption of oxygen on silver | |
Kim et al. | The thermodynamics of volatilization of chromic oxide: Part I. the species CrO 3 and CrO 2 OH | |
Jones | Half-life of tritium | |
Kofstad et al. | Oxidation of Co‐25 w/o Cr at high temperatures | |
Kleppa et al. | The solubility of copper in liquid lead below 950 | |
Price | Temperature calibration of differential scanning calorimeters | |
Sleppy | Oxidation of molten high‐purity aluminum in dry oxygen | |
Seybolt et al. | Pressure-Temperature-Composition Relations in the Cr-N Terminal Solid Solution | |
Baker | The coefficient of thermal expansion of zirconium nitride | |
Morozova et al. | Study of temperature dependence of saturated vapour pressure of zirconium (IV) β-diketonates | |
Reinhold et al. | High Temperature Corrosion of Chromium and Chromium (III) Oxide in Chlorine and Chlorine‐Oxygen Mixtures | |
Mukai et al. | Measurement of the density of molten silicon by a modified sessile drop method | |
Sinke et al. | Heats of combustion of some organic compounds containing chlorine | |
Tarbutton et al. | Phosphorus-halogen compounds from phosphorus pentoxide and halides. Properties of phosphorus trifluoride and phosphorus oxyfluoride | |
Mallett et al. | The Dissociation Pressures of Thorium Dihydride in the Thorium-Thorium Dihydride System1a | |
Berger et al. | Quantitative studies on the zirconium-potassium perchlorate-nitrocellulose pyrotechnic system using differential scanning calorimetry and chemical analysis | |
Curry et al. | The vapor pressure of copper phthalocyanine | |
Piscitelli et al. | Oxidation of Fe‐29Ni‐17Co Alloy | |
Ayscough et al. | Vapour pressure of the system isobutene+ sulphur dioxide | |
Holliday et al. | CXLI.—The thermal decomposition of methane. Part I. Decomposition in silica bulbs | |
Buck Jr et al. | Magnesium—Cadmium Alloys. III. Some Calorimetrically Determined Heats of Formation at 25° 1, 2 | |
Lynch et al. | Kinetics of the Oxidation of CaS | |
Hendricks et al. | THE PERMEABILITY OF HOT METALS TO HYDROGEN1 |