Room-Temperature Tensile Strength of Boron-Aluminium Composite as a Function of Annealing Temperature and Time

Articles in the same Issue

1. Systematik des Elektro- und Thermotransports von Interstitiellen Beimengungen
2. Permeation of Hydrogen and Tritium Through Heat Resistant Steels up to 950 °C
3. Internal Stress and Structure in Elevated Temperature Creep of an 18Cr-12Ni Steel
4. Oxidation Characteristics of Fe-Cr-Al-Y and Fe-Cr-Al-Y₂O₃ Alloys
5. The Nickel-Rich Portion of the Ni-Si Phase Diagram
6. Determination of the Integral Mixing Enthalpies in the Cu-Pd-Si Liquid Ternary Alloy System at 1600 K
7. Magnetic Moments and Coercive Forces in the Hexagonal Boride Homologous Series Co_3n+5R_n+1 B_2n with R= Gd and Sm
8. Zum Diffusionsmechanismus in der geordneten B2-Phase Gold-Zink: Isotopieeffekt von Au und Zn in AuZn
9. Room-Temperature Tensile Strength of Boron-Aluminium Composite as a Function of Annealing Temperature and Time
10. Zur Porositätsabhängigkeit der Feldeigenschaften von Sintermetallen
11. Thermodynamic Behaviour of Oxygen in Molten Substitutional Alloy Solvents
12. Gesellschaftsnachrichten