Search Results - "Maniks, J."

A review of colour center and nanostructure creation in LiF under heavy ion irradiation by Schwartz, K, Maniks, J, Manika, I

“…A study of radiation damage in LiF crystals under irradiation with MeV-GeV energy ions, from 12C to 238U, at temperatures varying from 8 to 300 K, depending on…”
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Nanoindentation response analysis of Cu-rich carbon–copper composite films deposited by PVD technique by Kanders, U., Kanders, K., Maniks, J., Mitin, V., Kovalenko, V., Nazarovs, P., Erts, D.

“…The micromechanical properties of sputter deposited amorphous carbon–copper (a-C/Cu) composite films with different carbon content (6.8–19.8at.%) were…”
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Formation of dislocations and hardening of LiF under high-dose irradiation with 5–21 MeV 12C ions by Zabels, R., Manika, I., Schwartz, K., Maniks, J., Dauletbekova, A., Grants, R., Baizhumanov, M., Zdorovets, M.

“…The emergence of dislocations and hardening of LiF crystals irradiated to high doses with 12 C ions have been investigated using chemical etching, AFM,…”
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MeV–GeV ion induced dislocation loops in LiF crystals by Zabels, R., Manika, I., Schwartz, K., Maniks, J., Grants, R.

“…Formation of prismatic dislocation loops and evolution of dislocation structure in LiF crystals irradiated with swift 238U and 36S ions of specific energy…”
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Deformation behavior and interfacial sliding in carbon/copper nanocomposite films deposited by high power DC magnetron sputtering by Maniks, J., Mitin, V., Kanders, U., Kovalenko, V., Nazarovs, P., Baitimirova, M., Meija, R., Zabels, R., Kundzins, K., Erts, D.

“…Amorphous carbon–copper nanocomposite films with a carbon content from 7 to 40at.% have been deposited onto steel, silicon and glass substrates using a high…”
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Nanostructuring and strengthening of LiF crystals by swift heavy ions: AFM, XRD and nanoindentation study by Maniks, J., Manika, I., Zabels, R., Grants, R., Tamanis, E., Schwartz, K.

“…Modifications of the structure and micromechanical properties of LiF crystals under high-fluence irradiation (1011–1013ionscm−2) with swift C, Ti, Au and U…”
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Swift heavy ion induced modifications of luminescence and mechanical properties of polypropylene/ZnO nanocomposites by Maniks, J., Grigorjeva, L., Zabels, R., Millers, D., Bochkov, I., Zicans, J., Ivanova, T., Grabis, J.

“…The effect of irradiation with 150MeV Kr ions at fluencies 1011 and 1012ions/cm2 on luminescence of PP/ZnO nanocomposites and PP matrix has been studied. In…”
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Nanostructuring and hardening of LiF crystals irradiated with 3–15 MeV Au ions by Maniks, J., Manika, I., Grants, R., Zabels, R., Schwartz, K., Sorokin, M., Papaleo, R. M.

“…Modifications of the structure and mechanical properties in LiF crystals irradiated with MeV-energy Au ions have been studied using nanoindentation, atomic…”
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Surface processing of TlBr single crystals used for radiation detectors by Shorohov, M., Muktepavela, F., Grigorjeva, L., Maniks, J., Millers, D.

“…The processing method for obtaining the high-quality surfaces of TlBr single crystals, providing removal of a mechanically destroyed surface layer by chemical…”
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Ion-induced hardening in LiF: Energy loss and fluence effects by Manika, I., Maniks, J.

“…The behavior of hardening of LiF crystals irradiated with swift Au, Pb, Bi, Kr, Ni, Ti and S ions with a specific energy of 10MeV/u is analyzed. The dispersion…”
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Dislocation mobility study of heavy ion induced track damage in LiF crystals by Manika, I., Maniks, J., Toulemonde, M., Schwartz, K.

“…The track damage created in LiF crystals by swift U, Xe and Kr ions with a specific energy of 11.1 MeV/u was studied using dislocation mobility measurements,…”
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Hardening and long-range stress formation in lithium fluoride induced by energetic ions by Manika, I., Maniks, J., Schwartz, K., Toulemonde, M., Trautmann, C.

“…LiF crystals were irradiated with Au, Pb, Bi and S ions in the energy range 400–2300 MeV and studied by means of Vickers microindentation. Remarkable hardening…”
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Hardening and formation of dislocation structures in LiF crystals irradiated with MeV–GeV ions by Manika, I, Maniks, J, Schwartz, K, Trautmann, C

“…Material modifications of LiF crystals irradiated with Au, Pb and Bi ions of MeV to GeV energy are studied by means of microindentation measurements and…”
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X-ray diffraction study of crystallographic parameters and debye temperature of c 60 single crystals by Shebanovs, L., Maniks, J., Kalnacs, J.

“…The cubic lattice parameter value a=1.41568±0.00006 nm of large size C 60 single crystal has been measured and Debye temperature T D=53.9 K from the X-ray…”
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X-ray diffraction study of crystallographic parameters and Debye temperature of C60 single crystals by SHEBANOVS, L, MANIKS, J, KALNACS, J

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Effect of ion-induced secondary radiations on the formation of extended defects and radiolysis beyond the range of swift 12C, 50Ti, and 52Cr ions in LiF by Krasta, T., Manika, I., Kuzmin, A., Maniks, J., Grants, R., Popov, A.I.

“…•Nano-sized colloids are revealed far (up to one mm) beyond the ion range in LiF crystals irradiated at room temperature with ∼ 10 MeV/u energy 50Ti and 52Cr…”
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Methods of controllable internal rupture in solids and liquids for obtaining atomically-clean surfaces and investigating their adhesion by Maniks, J

“…Controllable internal rupture (CIR) methods for obtaining atomically-clean solid surfaces and closed ultrahigh vacuum (UHV) space are described. A number of…”
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Photo‐Induced Polymerization and Stress Effects in Fullerite C 60 by Maniks, J., Manika, I., Kalnacs, J.

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Depth profiles of damage creation and hardening in MgO irradiated with GeV heavy ions by Manika, I., Maniks, J., Zabels, R., Grants, R., Kuzmin, A., Schwartz, K.

“…•The variation of hardness, dislocation mobility and PL along the path of SHI in MgO is investigated.•The contribution of electronic and nuclear stopping…”
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Depth profiles of hardening in lithium fluoride irradiated with swift 58Ni ions by Manika, I., Maniks, J.

“…The changes of hardness and dislocation formation in LiF crystals irradiated with 630‐MeV 58Ni ions up to a dose of 20 MGy were studied by microindentation and…”
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