1977
DOI: 10.1016/0022-3115(77)90212-4
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Void ordering in ion-irradiated Nb and Nb-1% Zr

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Cited by 65 publications
(32 citation statements)
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“…It is experimentally established that the sizes of voids in a lattice and in a random assembly at a given temperature are comparable, i.e., λ ∼ L [17][18][19][20]. This is in line with MCS results of Heinisch and Singh [8], who found that, for void-growth characteristics coming close to those observed experimentally, λ should be less than 2L.…”
Section: Void-growth Saturation Due To 1-d Siassupporting
confidence: 76%
“…It is experimentally established that the sizes of voids in a lattice and in a random assembly at a given temperature are comparable, i.e., λ ∼ L [17][18][19][20]. This is in line with MCS results of Heinisch and Singh [8], who found that, for void-growth characteristics coming close to those observed experimentally, λ should be less than 2L.…”
Section: Void-growth Saturation Due To 1-d Siassupporting
confidence: 76%
“…Згодом надґратниці нанопор було виявлено в багатьох металах, яких було опромінено швидкими невтронами та йонами: вольфрамі [51,52], танталі [53], ніобії [54,55,56], хромі [57], ніклі [58], алю-мінії [59], аморфному кремнії [60], неіржавійній сталі [61]. Крім того, надґратниці нанопор спостерігалися у стопах Ni-Al [62].…”
Section: експериментальні дослідження явища просторово-періодичного вunclassified
“…Впорядкування над-ґратниці нанопор вздовж напрямків [100], [110], [111] підтверджу-ється експериментально за допомогою просвітлювального елект-ронного мікроскопу [56].…”
Section: експериментальні дослідження явища просторово-періодичного вunclassified
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“…In addition, besides allowing the formation of perfect, or near-perfect, void lattices, it should also explain the clear influence of impurities on void lattice formation as seen in the bcc metals Nb and Nb-1%Zr [11], Ta [12], and molybdenum [13] after ion irradiations, a result not addressed in the model put forward by Barashev and Golubov. The work describing the 2-d model [14], where for the bcc metals it was concluded that the di-interstitial could be the diffusing species,…”
mentioning
confidence: 99%