H. C. Snyman

发表

Contribution to range statistics of Boron implanted into Silicon at high energies

A.G.K. Lutsch, F. D. Auret, C.A.B. Ball, 1981 .

The formation of microsplits and damage rafts in proton-bombarded GaAs

H. C. Snyman, J. Neethling, 1988 .

Transmission electron microscopy of extended crystal defects in proton bombarded and annealed gaas

H. C. Snyman, J. Neethling, J. H. Neethling, 1983 .

A DLTS analysis of electron and hole traps in proton implanted VPE grown n-GaAs using schottky barrier diodes

H. C. Snyman, F. Auret, M. Nel, 1988 .

Void formation in annealed proton‐bombarded GaAs

H. C. Snyman, J. Vermaak, J. Neethling, 1981 .

Analysis of transmission electron microscopy images of hydrogen platelets in proton‐bombarded GaAs

H. C. Snyman, J. Neethling, C. Ball, 1988 .

The transmission electron microscope image contrast of epitaxial interfaces with small misfits

F. D. Auret, H. C. Snyman, C. Ball, 1979 .

Application of electron‐transparent (111) silver platelets as substrates in epitaxial studies

H. C. Snyman, G. Olsen, 1973 .

Computed epitaxial monolayer structures: III. Two-dimensional model: zero average strain monolayer structures in the case of hexagonal interfacial symmetry☆

H. C. Snyman, J. Snyman, 1981 .

Preparation of Electron‐Transparent (111) Gold Platelets as Substrates for Epitaxial Studies

H. C. Snyman, F. Boswell, J. Corbett, 1970 .

Identification of hydrogen platelets in proton‐bombarded GaAs

H. C. Snyman, J. Neethling, 1986 .

Crystallographic Data for CoSeO4 · H2O and CuSeO4 · 5H2O

H. C. Snyman, C. Pistorius, 1965 .

Crystallographic data for NiSeO4· 6H2O and MgSeO4· 6H2O

H. C. Snyman, C. Pistorius, 1964 .

Some crystallographic properties of CaSeO4 and its hydrates

H. C. Snyman, C. Pistorius, 1963 .

Crystallographic data for NiSeO4 • 6H2O and MgSeO4 • 6H2O

H. C. Snyman, C. Pistorius, 1964 .

Observations of Extrinsic‐Intrinsic Faulting in Ag Platelets by High‐Voltage Electron Microscopy

H. C. Snyman, H. Wilsdorf, 1970 .

Intermetallic compound formation at the interface in the lead-(111) gold system☆

H. C. Snyman, F. Boswell, 1974 .

The epitaxial growth of iron on (111) Au at substrate temperatures of 600–700°C

H. C. Snyman, J. Engelbrecht, 1981 .

Escape of misfit dislocations from the interface in (111) silver‐gold bicrystals

H. C. Snyman, F. Boswell, 1973 .

Polymorphism of the Alkali Metal Fluorides at High Pressures

H. C. Snyman, C. Pistorius, 1964 .

On the direct contact between overgrowth and substrate through amorphous carbon layers

H. C. Snyman, J. Vermaak, M. Ackermann, 1973 .

Interfacial and morphological effects in the epitaxial growth of iron on silver

H. C. Snyman, G. Olsen, 1973 .

The epitaxial growth of iron on (111) gold platelets at substrate temperatures of about 500°C

H. C. Snyman, J. Engelbrecht, 1980 .

Damage distribution and measure of projected range in proton bombarded GaAs

H. C. Snyman, J. Neethling, 1982 .

Transmission Electron Microscopy and Auger Electron Spectroscopy Studies of Boron Implanted Silicon Single Crystals

F. D. Auret, H. C. Snyman, C. Ball, 1981, December 16.

A TEM investigation of the nucleation, growth and structure of HWE grown lead-tin telluride films

H. C. Snyman, G. Gouws, R. J. Muller, 1984 .

The influence of substrate temperature on the morphology of iron overgrowths on (111) gold single crystals

H. C. Snyman, J. Vermaak, J. Engelbrecht, 1978 .

Evidence of stresses in pseudomorphic silver-gold bi-crystals

H. C. Snyman, F. Boswell, 1973 .

Electron transparent gold platelets

H. C. Snyman, J. Engelbrecht, 1983 .

The nature of the interaction layer formed at the Fe-(111) Au interface

H. C. Snyman, J. Engelbrecht, 1979 .

Polymorphism in the selenates of Mg, Mn, Co and Cu at high pressures

H. C. Snyman, C. Pistorius, 1964 .

Crystallographic Data for NiSeO4 and its Hydrates

H. C. Snyman, C. Pistorius, 1963 .

The computation of transmission electron microscope image profiles for dislocation loops in GaAs

H. C. Snyman, J. Neethling, C. Ball, 1986 .