000			02427nab a2200337 c 4500
001			vtls000789471
003			RU-ToGU
005			20210922105925.0
007			cr |
008			201202|2018 xxu s a eng d
024	7		_a10.1063/1.5012758 _2doi
035			_ato000789471
040			_aRU-ToGU _brus _cRU-ToGU
100	1		_aPovarnitsyn, Mikhail E. _9485685
245	1	0	_aSimulation of ultrafast bursts of subpicosecond pulses: In pursuit of efficiency _cM. E. Povarnitsyn, P. R. Levashov, D. V. Knyazev
336			_aТекст
337			_aэлектронный
504			_aБиблиогр.: 31 назв.
520	3		_aUsing a hydrodynamic two-temperature model, we simulate multi-pulse laser ablation of an aluminum bulk target. The results of modeling demonstrate that the effectiveness of the multi-pulse ablation increases an order of magnitude in comparison to a single-pulse ablation of the same energy, while the repetition rate grows up to several GHz because the material surface does not cool down substantially between successive pulses. To prevent the shielding and suppression effects, the fluence of each pulse in the burst should have a subthreshold value to avoid the generation of slow moving ablated condensed-phase nanolayers. The obtained results are consistent with recent experiments on ablation by ultrafast bursts of ultrashort pulses. This work was supported by the Russian Science Foundation, Grant No. 16-19-10700. The authors acknowledge the JIHT RAS Supercomputer Centre, the Joint Supercomputer Center of the Russian Academy of Sciences, and the Shared Resource Center “Far Eastern Computing Resource” IACP FEB RAS for providing computing time.
653			_aсубпикосекундные импульсы
653			_aимпульсная лазерная абляция
653			_aдвухтемпературные гидродинамические модели
655		4	_aстатьи в журналах _9745982
700	1		_aLevashov, Pavel R. _9485686
700	1		_aKnyazev, Dmitry V. _9497343
773	0		_tApplied physics letters _d2018 _gVol. 112, № 5. P. 051603-1-051603-5 _x0003-6951
852	4		_aRU-ToGU
856	4		_uhttp://vital.lib.tsu.ru/vital/access/manager/Repository/vtls:000789471
908			_aстатья
999			_c473314