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Structure and properties of NiTi alloys after treatment by the powerful electronic
impulses with nanosecond length
V. Prieb, Dinslaken, Germany
J. de Physique, 1(1991)C4-317 (Proc. of the Europ. Symp. on the Mart. Transf. "EUROMAT-91")
Abstract: Targets made of equiatomic compound NiTi
after the standard heat treatment with memory
properties are irradiated with electron beams and investigated.
Electron mono-impulse beams with the time length
50x10-9 s, the maximum current density 103 Axcm2
and the initial energy up to 250 keV have been used for the treatment of
the target surface. The structure of irradiated and deformed (NiTi) specimens
is investigated with a help of X-ray diffractometry.
Irradiated NiTi-sample allows to measure
the tensile-compression wave in the thin surface sheet with the length about
120 µm.
More about this in my monograph, published in November 2020:
"The concept of dual-energetic martensite (CODEM) for shape memory phenomena", PDF-file
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