Thin crystals of lithium fluoride have been studied by Lang's method and parenthesis shaped figures have been observed. They are mostly due to surface defects, but some are attributed to clusters of point defects inside the crystal.On a observé par la méthode de Lang des lamelles de fluorure de lithium et étudié des images en forme de doubles parenthèses. Elles sont dues en majorité à des défauts superficiels, mais aussi à des amas de défauts ponctuels, situés dans l'intérieur du cristal
The measured room-temperature absorption spectra of LiF crystals implanted with 1.5 MeV He+ ions at ...
He+ ions with an energy of 1.5 -2 MeV and doses ranging from 6 ´ 1013 to 2.5 ´ 1016 ions/cm2 were us...
Solid‐state lithium batteries will revolutionize the lithium‐ion battery and energy storage applicat...
A review of recent work on point defects in lithium fluoride is given. The electronic defects, vacan...
Observations were made of etch pits formed on {100, {110} and {111} surfaces and of corresponding li...
Single crystals of lithium fluoride were irradiated with various species of heavy ions in the energy...
A detailed study of plastic deformation patterns on cleavage surfaces of lithium fluoride has been m...
Operando high-resolution light microscopy with extended depth of field is used to observe large regi...
To decide whether many dislocations are generated in lithium fluoride (LiF IIIb) and to examine whet...
The optical properties of LiF are dépendent on the divalent positive impurities, such as magnesium, ...
High-resolution optical Fourier spectroscopy was used to study the energies and widths of the crysta...
A bulk single crystal of lithium fluoride (LiF) was grown using an in-house-developed Czochralski cr...
Various kinds of ionising radiation can be utilised to produce primary F centres (anion vacancies oc...
We have studied the fixation of lithium in a phlogopite crystallized in the presence of a hydrotherm...
A number of alkali halides and similar structures have been studied which show x-ray line broadening...
The measured room-temperature absorption spectra of LiF crystals implanted with 1.5 MeV He+ ions at ...
He+ ions with an energy of 1.5 -2 MeV and doses ranging from 6 ´ 1013 to 2.5 ´ 1016 ions/cm2 were us...
Solid‐state lithium batteries will revolutionize the lithium‐ion battery and energy storage applicat...
A review of recent work on point defects in lithium fluoride is given. The electronic defects, vacan...
Observations were made of etch pits formed on {100, {110} and {111} surfaces and of corresponding li...
Single crystals of lithium fluoride were irradiated with various species of heavy ions in the energy...
A detailed study of plastic deformation patterns on cleavage surfaces of lithium fluoride has been m...
Operando high-resolution light microscopy with extended depth of field is used to observe large regi...
To decide whether many dislocations are generated in lithium fluoride (LiF IIIb) and to examine whet...
The optical properties of LiF are dépendent on the divalent positive impurities, such as magnesium, ...
High-resolution optical Fourier spectroscopy was used to study the energies and widths of the crysta...
A bulk single crystal of lithium fluoride (LiF) was grown using an in-house-developed Czochralski cr...
Various kinds of ionising radiation can be utilised to produce primary F centres (anion vacancies oc...
We have studied the fixation of lithium in a phlogopite crystallized in the presence of a hydrotherm...
A number of alkali halides and similar structures have been studied which show x-ray line broadening...
The measured room-temperature absorption spectra of LiF crystals implanted with 1.5 MeV He+ ions at ...
He+ ions with an energy of 1.5 -2 MeV and doses ranging from 6 ´ 1013 to 2.5 ´ 1016 ions/cm2 were us...
Solid‐state lithium batteries will revolutionize the lithium‐ion battery and energy storage applicat...