By I︠U︡ G Gogot︠s︡i; Vladislav Domnich
"High-Pressure floor technology and Engineering might be a necessary source for complicated scholars and researchers engaged on any point of high-pressure learn, touch mechanics, tribology or fabrics technological know-how the place mechanical floor interactions are a factor."--BOOK JACKET.
content material: Sect. 1. section Transitions caused by way of Mechanical Compression --
advent: High-pressure floor technology and engineering --
a brand new zone of study --
Ch. 1. section transitions precipitated through mechanical compression / John J. Gilman --
Sect. 2. Simulation of Pressure-Induced section variations --
Ch. 2.1. touch mechanics types accounting for section adjustments / Boris A. Galanov and Vitaliy M. Kindrachuk --
Ch. 2.2. Molecular dynamics simulation of part ameliorations in monocrystalline silicon / L. C. Zhang and W. C. D. Cheong --
Ch. 2.3. High-pressure stages of staff IV and III-V semiconductors / Graeme J. Ackland --
Sect. three. Continuum Mechanical basics of Mechanochemistry
summary: "High-Pressure floor technology and Engineering may be an important source for complex scholars and researchers engaged on any point of high-pressure learn, touch mechanics, tribology or fabrics technology the place mechanical floor interactions are a factor."--BOOK JACKET
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Additional info for High-pressure surface science and engineering
Is very similar to silicon and germanium, where it may be correlated with indentation-induced metallization) , considerable reduction in the electrical resistance of the impression under loading, extrusions , plastic flow  and a change in the optical properties in stressed zones [39, 52]. However, the nature of the behaviour of diamond in extreme conditions under critical loadings remains obscure and the available numerical characteristics of critical loadings are frequently the result of theoretical, not experimental, research.
1. 4 µm) for the indenter whose shape is the paraboloid of revolution were taken from . If, in the foregoing formulas, δ ≤ 0, the phase transformation zone is absent. Therefore, the condition for the absence of this zone is H M ≥ k E ∗ (1 − ) cot ψ. 23) But for material being indented with the paraboloid of revolution, this inequality should be replaced by the following one: H M ≥ k E ∗ (1 − ) 2a . 2 Pressure-induced graphitization in diamond: Micro-Raman spectroscopy and numerical calculations in estimating the upper stability level of diamond Until recently, diamond was known as the hardest among existing materials.
643  Novikov N V, Dub S N, Mil’man Yu V, Gridneva I V and Chugunova S I 1996 Journal of Superhard Materials (Scerkhtverdye Materialy) 18 32  Surh M P, Louie S G and Cohen M L 1992 Phys. Rev. B 45 8239–47  Van Camp P E, Van Doren V E and Devreese J T 1992 Solid State Commun. 84 731–3  Gilman J J 1995 Czech. J. Phys. 45 913–9  Gilman J J Presented at Pacific Coast Meeting of the American Ceramic Society (San Francisco, CA, October 1997)  Clark S J, Ackland G J and Crain J 1995 Phys.