G. J. L. Wegen

发表

The Lattice Parameter of Cu2NiZn.

Wim Vegt, G. J. L. Wegen, P. Bronsveld, 1981 .

A Comparison between Different Theories Predicting the Stacking Fault Energy from Extended Nodes

G.J.L. van der Wegen, G. J. L. Wegen, P. Bronsveld, 1980 .

The Quasi-Binary Cross Section in the Ternary System CuNiZn. II. Electrical Resistivity Measurements.

G. J. L. Wegen, P. Bronsveld, J. Hosson, 1981 .

Superlattice dislocations in the L12 ordered structure of Cu2NiZn

J.Th.M. De Hosson, G.J.L. van der Wegen, G. J. L. Wegen, 1983 .

Temperature Anomaly of Work Hardening in Cu2NiZn

G. J. L. Wegen, P. Bronsveld, J. Hosson, 1985 .

Mechanical Properties of the Ordering Alloy Cu2NiZn

G.J.L. van der Wegen, G. J. L. Wegen, P. Bronsveld, 1982 .

Order-strengthening in the ternary alloy Cu2NiZn

G.J.L. van der Wegen, G. J. L. Wegen, P. Bronsveld, 1982 .

Order and Domain Strengthening in Highly Pure and Commercial Cu2NiZn

G. J. L. Wegen, P. Bronsveld, J. Hosson, 1981 .

Characterization of Superlattice Dislocations in Cu2NiZn by Transmission Electron Microscopy.

G. J. L. Wegen, P. Bronsveld, J. Hosson, 1979 .

On the determination of the stacking fault energy from extended nodes in Cu2NiZn

G. J. L. Wegen, P. Bronsveld, J. Hosson, 1980 .

Deformation Behaviour of the Ordering Alloy Cu2NiZn

G. J. L. Wegen, P. Bronsveld, J. Hosson, 1982 .

The order-disorder transition in the quasi-binary cross section Cu50Ni50−xZnx: I. Transmission electron microscopic observations

G. J. L. Wegen, P. Bronsveld, J. Hosson, 1981 .