11th IUVSTA School on Lasers in Materials Science - SLIMS 8-15 July 2012, Isola di San Servolo, Venice, Italy
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1 11h IUVSA School o Lasrs i Marials Scic - SLIMS 8-15 July 01, Isola di Sa Srvolo, Vic, Ialy
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4 Isiu of hrmophysics, Sibria Brach of RAS Mai rsarch dircios: Ha- ad mass-rasfr i o- ad wo-phas sysms ad i h sysms wih phas rasiios; Hydrodyamic isabiliis ad urbulc; Wav dyamics i liquid ad gas flows; Low-mpraur plasmas; hrmodyamic propris of mar; Lasr ablaio.
5 Diamod Jubil of UK govrig by h Qu lizabh II 100-yar Mmorial of iaic Diamod Jubil of h Uivrsiy of Souhampo Olympic ad Paralympic Gams 01 i Lodo
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7 Mchaisms of mar xciaios ad ablaio wih ulrashor lasr pulss Svral xampls of coiuum modlig i applicaio o lasr ablaio Volum modificaio of raspar marials Cocludig rmarks
8 arg Lasr Scals of lasr-affcd rgios: - spo siz ~10 μm 1 mm; - dph ~10 m - fw μm dpdig o lasr focusig ad absorpio propris of a irradiad marial Coiuum: Dsiy, hrmal capaciy, hrmal coduciviy, viscosiy, mchaical propris Youg modulus, plasic yild, sil srgh, c. Msoscopic: Combis faurs of macroscopic ad aomisic approachs Soham al. APA 69, S Aomisic: Iraomic poial of iracio
9 Coiuum shll modl i applicaio o aoubs Yakobso al. Phys.Rv.L. 76, Axial comprssio Bdig orsio
10 Hydrodyamic modlig: Similariy bw spac ad laboraory asrophysics Sakagami & Nishihara, Phys.Fluids B, Hachisu al., Asrophys. J. 368, L From: Physiciss jok i Russia, Mulipl diios sic 1966.
11 Sl, λ = 780 m, lf: τ = 00 fs, F 0 = 0.5 J/cm ; righ: τ = 3.3 s, F 0 = 4. J/cm. From: Chichkov al. Appl. Phys. A 63, Sapphir, λ = 800 m, τ = 00 fs, F 0 = 4 J/cm ; gl lf ad srog ablaio phass. From: Soia al. Nucl. Isr. Mh. B ,
12 ypical xprimal sup o sudy lasr ablaio of solids I. lcroic xciaio Mals: - absorpio of lasr ligh by fr lcros Dilcrics ad smicoducors: - - g - graio of fr lcros by phoo-ioizaio; All marials: - lcro phoomissio fr lcros absorb lasr radiaio - + k I k av + - impac ioizaio I
13 . lcro-phoo couplig Ulrafas mlig oly smicoducors a 400 fs afr h ds plasma xciaio A. Rouss al. Naur 410, hrmal mlig picoscod im scal
14 Dilcrics Smicoducors rappig wih dfc formaio + + Phoo-rcombiaio Augr rcombiaio x g asir xciaio by x pulss Fusd silica, 800 m g = 9 V x = 5. V
15 Lasr M arg 1 Haig, mlig, 3 hrmal vaporizaio 4 phas xplosio Lcur by Profssor Miollo Rcoil prssur Hydrodyamic isabiliis
16 lcro-laic hrmalizaio im ~ ps Nar-hrshold flucs: 1 Spallaio Coulomb xplosio Lcur by Profssor Zhigili
17 wo-mpraur modl Kagaov al. Sov. Phys. JP 4, Aisimov al. Sov. Phys. JP 39, r l l, xp 1 0 l l l l l l g z K z C z I R g z K z C Lcur by Profssor Miollo
18 hory of lasiciy Yakobso al. Phys.Rv.L. 76, Coiuum shll modl orsio Axial comprssio Bdig Hydrodyamics Colombir al. Phys.Rv.B 74, Povarisy al. Appl. Surf. Sci. 53,
19 xprimal vidc for C i sapphir R. Soia, al. Phys. Rv. B 6, fs, l 800 m O + O + Normalizd vlociy disribuios for O + op riagls ad O + closd diamods: Momum scalig Ios ar mid ad acclrad by h lcric fild. ma his lads o h momum scalig mv
20 Ra quaio coiuiy MPI Lasr puls Phoomissio Poisso quaio absorpio ad rflcio dyamics fr-lcro absorpio lcric fild carrir drif ad diffusio Drud formalism avalach Ra quaio coiuiy Objcs for modlig: Au, Si, Al O 3 Rgims: = fs, l = 800 m
21 i j L S x J j j j j,, 1 D j = k B j / x i 0 j j j j j D J * i cr g Coiuiy quaio: Poisso quaio: Complx dilcric fucio:
22 ., 4, 3,, l l l l g C k K k C x g x J C Si: wo-mpraur modl:., 1/,, 0 ab 1 x P C x I x I I i g i a a g g g f
23 ,,, ab ph 6 6 x I x a h I x I x i a a Al O 3 :,,,, ab 1 x I x a x I h h x I x a a Si: Auaio of h lasr bam:
24 Mals Au: s k A I R k h F h k c J xp Smicoducors Si: P fr P Au Au P Si P Au s k A I R k h F h k l l c J xp Dilcrics Al O 3 : / xp l x I I P h a a N.M. Bulgakova al. Phys. Rv. B 69, ; Appl. Phys. A 81, W. Mari al. J. Appl. Phys. 103, Phoomissio:
25 i - [10 1 cm -3 ] = 100 fs 3 Al O 3 l = 800 m 1 Silico x 30 0 Gold x 100-0,1 0,0 0,1 0, 0,3 im [ps] Lasr fluc slighly abov h hrshold of io obsrvaio i plums: 4, 0.8, ad 1. J/cm for Al O 3, Si, ad Au, rspcivly
26 lcric fild [10 10 V/m] w = 0 / W a = 0 V a / 0 - Al O 3-4 h x0 a 3k 0 0 l Criical lcric fild For sapphir: h V/m Numbr of mid lcros: Al O Si Au ,1 0,0 0,1 0, 0,3 0,4 0,5 im [ps] Maximums of h lcric fild: Al O V/m; Si V/m; Au V/m
27 A.Wck al. Appl.Phys. A 90, Sailss sl
28 K K A.Y. Vorobyv, C. Guo: Appl. Phys. L. 86, Op. xprss 14, ,0 0,8 0,6 P 1-am air Vacuum 1.08-am N 0,4 1,0 0,8 0,6 0,4 0, 0,0 P N Ar H 0, Lasr fluc [J/cm ] 0, 0,0 Ablaio hrshold 0,01 0, Lasr fluc [J/cm ] Dpdc o ioizaio poial of h ambi gas
29 D C B A Q Q Q Q V / xp Ar a B B I m hk Q i B C k m Q 9/ 10 K 9 4 K / i D Q, 0 i i B Q d k d 3 / 1/ i i B i k M Q, B Q d k d * 1 1 Q k Q I Q Q Q D B C Ar B i k Q z s c s A k Q z s c s A a k A AJ Q, c z J z z c z z s / 1 R c z s r r F L L L / / xp 0 0 0
30 P r Ar div V 0 V V V p div ˆ U div VU pdivv div V, m, x, m,m = 1 3, m m z 100% ioizaio i h focal spo r = 50 μm ad z = 100 μm J J g z
31 = s F 0 = 4 J/cm, 65 fs Log focus = s = 650 s igh focusig = 4.7 s
32 N.M. Bulgakova al. SPI Proc. 7005, 70050C 008
33 = 0 + I Criical powr for slf-focusig P cr = 3. GW for air P cr =.8 MW i fusd silica
34 Volum aograigs M. Brsa, P.G. Kazasky OP.L., 35,
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36 M. Brsa al. Appl. Phys. L. 98, Howvr, h misry of aograigs says ucovrd
37 Coursy of Pr G. Kazasky, Uivrsiy of Souhampo Puls rgy 39 μj/cm raslaio spd 50 μm/s Rpiio ra 100 khz Puls rgy 43 μj/cm raslaio spd 10 μm/s
38 I av I r xcio rappig Muliphoo ioizaio Avalach ioizaio R-xciaio
39 Kldysh paramr: m / 0.5 ff g L raio of im cssary o a lcro o ul hrough h poial barrir o h priod of h lasr fild A > 1 muliphoo ioizaio domias; a < 1 ulig domias. 1 a I W/cm I c 0 / a I W/cm 10 8 V/cm Isiy clampig upo volum modificaio a h lvl W/cm
40 " 1 PI g c R R W i d R f f ik ik r r r k i z I. No-liar Schrödigr quaio NLS r l a g r PI m m W / coupld wih h ra quaio for fr carrirs NLS is obaid from h Maxwll quaios i assumpio of bam propagaio
41 II. Maxwll quaios quaio for h lcric fild accouig fr carrir graio ad associad procsss 1 1 D 4 8 a PI 0 * c c c mc 0 * i D j ro H W 1 /4 c D Pm Pl Pl 1 fr fr R d m 4 0 coupld wih hydrodyamic modl for fr carrirs jv WPI W r v v i v m c
42 im scal: lasr puls propagaio hrough a glass sampl svral ps; NA = 0.45 J. Appl. Phys., 101, Phys. Rv. B, 77, Appl. Phys. L., 94, Oly a small par of h puls fro is fficily absorbd wihi h bam focus rgio. h rs pars of h bam flow ovr h grad lcro plasma wih rahr small absorpio.
43 i:sappir; bam rgy is.5 μj, bam wais 0.8 μm, puls duraio 80 fs, NA = 0.7
44 bam rgy is 1 μj, wais 1 μm, puls duraio 150 fs
45 Absorpio of h lasr rgy by lcros Graio of hrmolasic wavs lcro-laic hrmalizaio Formaio of sp mpraur gradis I. NLS or Maxwll quaios Ha coducio coolig of h lasr-affcd rgio II. Modls of hrmolasoplasics Spaial disribuio of absorbd rgy mpraur map
46 Froz js ad bubbl bls Impac of polarizaio o rgy dlivry io modificaio rgio Impac of lasr puls il o wavguid wriig Formaio ad moio of micro/aovoids i glass Naograigs i glass
47 Iracio of ulrashor lasr pulss wih marials is a fasciaig phomo ha is rich i physical co ad ops w uprcdd opporuiis for chological applicaios. I rquirs cosolidaig kowldg of opics, solid sa physics ad chmisry, plasma physics, hrmodyamics, hory of lasiciy ad plasiciy. hr's Ply of Room a h Boom, Richard P. Fyma
48 I hop you do o fl lik his poor sud udr iformaio bombardm Physics lsso by Srgi Korsu
49 Isad your criical viw is vry wlcom! All hs is ouragous li! hy los powr a hbar i h Schrödigr quaio ad drw lcros isad of muos i air showr! From a Ir forum of Russia suds By Sa Carroll
50 Isiu of hrmophysics SB RAS Dr. Alxadr Bulgakov Dr. Igor Burakov Dr. Yuri Shukhov Suds: Olga Bulgakova Ao vushko Srgy Sariski Maxim Shugav Lv Zakharov Prof. Pr Kazasky Opolcroics Rsarch Cr, Uivrsiy of Souhampo, UK Dr. Vladimir Zhukov Isiu of Compuaioal chologis SB RAS, Novosibirsk, Russia Dr. Yuri Mshchryakov Isiu of Hydrodyamics SB RAS, Novosibirsk, Russia Prof. laor Campbll diburgh Uivrsiy, UK Dr. Arkadi Rosfld Max-Bor-Isiu, Brli, Grmay Dr. Razva Soia Uivrsi Ja Mo, 4000 Sai i, Frac Dr. Aaoli Vorobyv Dr. Chuly Guo Rochsr Uivrsiy, USA
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