Recovery of electron-irradiated platinum. Part III

Schilling, W.; Sonnenberg, K.; Dibbert, H. J.

doi:10.1080/00337577208232022

Cited by 35 publications

(3 citation statements)

References 13 publications

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“…The main trend to evolve from this part of the investigation is that the concentration of defect contrast patterns (clusters) decreased in the Pt(Au) alloys as the Au concentration was increased from 0.10 to 4.0 at.%. 4 …”

Section: Post-anneal Field-evaporation Experimentsmentioning

confidence: 97%

The stage ii recovery behavior of a series of ion-irradiated platinum (gold) alloys as studied by field-ion microscopy

Wei

Seidman

1977

Radiation Effects

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Section: Post-anneal Field-evaporation Experimentsmentioning

confidence: 97%

The stage ii recovery behavior of a series of ion-irradiated platinum (gold) alloys as studied by field-ion microscopy

Wei

Seidman

1977

Radiation Effects

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“…In the research on tungsten we studied the point-defect structure of depleted zones created at both 18 K (Stage I) and U73 K (near the top of Stage II); see Schilling, Sonnenberg and Dibbert (1972) for a discussion of Stage II in the Pt(Au) system. The work presented here describes the vacant lattice-site structure of a depleted zone that had collapsed into a four-layer vacancy platelet on a (220) plane.…”

Section: Disclaimermentioning

confidence: 99%

“…In the research on tungsten we studied the point-defect structure of depleted zones created at both 18 K (Stage I) and UT3 K (near the top of Stage II); see Schilling, Sonnenberg and Dibbert (1972)…”

mentioning

confidence: 99%

Direct observation of the vacancy structure of a (220) platelet in an ion-irradiated platinum-4·0 at. % gold alloy

Wei

Seidmast

1978

Philosophical Magazine A

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A detailed field-ion microscope (FIM) study has been made of the vacancy structure of a (220) platelet created by a single 30 keV W ion in a platinum-U.O at.$ gold alloy; the specimen was maintained at kO K (below substage II-) during the-9 in-situ irradiation at ^2x10 torr. Prior to the pulsed field-evaporation dissection of the specimen at Uo K it was warmed isochronally to 100 K (above substage II). The (220) platelet was found to consist of 31 vacant lattice sites, lying in four (220) planes, and clustered in a disc-shaped region which is "^20 A in diameter. If only first nearest-neighbor lattice sites are considered then the distribution of cluster sizes is as follows: (l) two monovacancies; and (2) one jumbo vacancy cluster containing 29 vacancies. The range of the vacancy concentration within the (220) vacancy platelet is ^35 to ^4 at.$. Employing the modified Kinchin-Pease equation it was calculated that the displacement efficiency (K) for this platelet is 0.12. It is suggested that the prismatic dislocation loops lying on {220} type planes, observed by transmission electron microscopy, in ion or fast-neutron irradiated platinum can form as a result of the direct collapse of {220} type vacancy platelets.

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A study of thermal conversion of interstitials in platinum by means of electrical resistivity measurements

Jackson¹,

Ryan²,

Lwin³

1979

Phys. Stat. Sol. (a)

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The initial rates of resistivity increase in platinum specimens with many different concentrations of vacancies injected by quenches are measured during electron irradiations at temperatures between 80 and 200 K. The ratio of the initial rate in a quenched specimen to that in a specimen well annealed before irradiation decreases with increasing vacancy concentration; but these ratios are nearly independent of irradiation temperature over this range. Thermal conversion of interstitials in platinum is negligible below 200 K.

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Recovery of electron-irradiated platinum. Part III

Cited by 35 publications

References 13 publications

The stage ii recovery behavior of a series of ion-irradiated platinum (gold) alloys as studied by field-ion microscopy

The stage ii recovery behavior of a series of ion-irradiated platinum (gold) alloys as studied by field-ion microscopy

Direct observation of the vacancy structure of a (220) platelet in an ion-irradiated platinum-4·0 at. % gold alloy

A study of thermal conversion of interstitials in platinum by means of electrical resistivity measurements

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