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Preface | |
Conference organisation | |
Sponsors | |
X-ray laser progress and applications experiments at LULI | p. 1 |
Development and application of ultra-bright laser and harmonic XUV sources | p. 9 |
An overview of soft x-ray laser research at SIOFM | p. 17 |
Experiments towards X-ray lasers for applications | p. 25 |
Possibility of short wavelength X-ray lasers and their applications | p. 32 |
Wide spectral range soft X-ray lasing with Ni-like ions | p. 40 |
Progress in the control and optimization of the 21.2 nm zinc laser | p. 47 |
Investigation of gain in low-Z nickel-like ions: results on tin and silver | p. 50 |
Efficiency improvements of the Ne-like collisional X-ray laser scheme | p. 53 |
Characterisation of a saturated single frequency Ne-like Ge XUV laser on the J = 0 [actual symbol not reproducible] 1 transition at 19.6 nm | p. 56 |
Theory of X-ray lasers at saturation intensity | p. 59 |
A near diffraction limit soft X-ray laser obtained by travelling wave amplification experiment | p. 67 |
The optical problem in the design for an amplifier of X-ray laser with high quality | p. 70 |
Time-resolved investigation of neon-like J = 0 - 1 X-ray lasers | p. 73 |
Laser-irradiated gas puff targets and X-ray lasing with neon-like argon and nickel-like xenon ions | p. 76 |
Efficient X-ray lasers in neon-like utilizing transient gain | p. 84 |
Density profile smoothing in a transient gain X-ray laser | p. 91 |
Transient high gains at 196 [actual symbol not reproducible] produced by picosecond pulse heating of a preformed germanium plasma | p. 94 |
Oxidation of lanthanides and its effect on X-ray lasers | p. 99 |
Recent progress in lithium-like aluminum recombining plasma lasers in RIKEN | p. 102 |
Impurity effects on gain of soft X-ray laser with aluminum recombination plasma | p. 107 |
An analysis of gain-decreasing over a long plasma medium for recombination X-ray laser | p. 110 |
Balmer-[alpha] soft X-ray amplification in a carbon plasma produced by short-pulse lasers | p. 113 |
Study of C VI Balmer-[alpha] 18.2 nm line in a Z-pinch carbon plasma by computer simulation | p. 116 |
Optimum laser driver for the soft X-ray amplification in a recombination magnesium plasma | p. 119 |
High gain recombination XUV lasers and efficient XUV harmonics from ps laser pulse interactions with solid targets | p. 122 |
Development of hydrodynamics and atomic kinetic codes for recombination X-ray lasers | p. 130 |
Experimental investigation of recombining processes in 10 ps KrF laser produced plasmas | p. 133 |
The optical-field and inner-shell ionization schemes for X-ray lasing | p. 136 |
Target considerations for inner-shell photoionized X-ray lasing | p. 143 |
Reduction of the required laser intensity for optical-field-ionized X-ray lasers | p. 146 |
Lasing to ground state in Li III at 13.5 nm | p. 151 |
Hydrodynamic perspective on OFI-plasma X-ray lasers | p. 156 |
Electron energy relaxation and distribution functions of OFI-plasmas | p. 161 |
Self-photopumped neon-like and nickel-like X-ray lasers | p. 164 |
Simulations of inner-shell photoionization X-ray lasers | p. 169 |
Investigations towards the realization of an innershell X-ray laser in Na | p. 173 |
Advances in discharge-pumped soft X-ray lasers: from the observation of gain to achievement of the saturation limit and energy extraction | p. 176 |
Capillary discharge soft X-ray amplifier for use in amplifying harmonic radiation | p. 184 |
Amplified spontaneous emission of the J = 2 [actual symbol not reproducible] 1, 3p-3s transition of neon-like argon in a capillary discharge | p. 187 |
Ablative capillary discharges as possible XUV laser sources | p. 192 |
Magnetohydrodynamic simulation of capillary plasmas | p. 197 |
Study on table-top X-ray lasers pumped by a YAG laser | p. 200 |
Measurement of gain and double-pass amplification of Li-like A1 soft X-ray transitions pumped by a pulse-train YAG laser | p. 207 |
Cavity experiment in a table-top X-ray laser pumped by a pulse-train YAG laser | p. 211 |
Theoretical aspects of efficient downsized X-ray lasers | p. 215 |
Demonstration of intense soft-X-ray lasing at 28.5 nm in neon-like chromium pumped by a compact Nd:glass laser | p. 224 |
Ground state lasers: theory and experiments | p. 227 |
On the feasibility of Ne-like XUV lasers pumped by a fs laser | p. 234 |
Spectroscopic studies in the soft X-ray region using a femtosecond terawatt laser | p. 237 |
Progress in understanding the prepulse and multiple pulse techniques | p. 240 |
The effects of multi-pulse irradiation on X-ray laser media | p. 247 |
Improving the efficiency of collisionally excited X-ray lasers using multiple 100 ps pulses | p. 250 |
Ne- and Ni-like X-ray lasers using the prepulse technique | p. 255 |
Effects of density structures and pulse temporal shaping | p. 260 |
Theoretical investigation of the prepulse action on the anomalous Ne-like 3p J = 0/3s J = 1 amplification | p. 269 |
International laser facilities | p. 274 |
Sub-20-fs multiterawatt lasers and X-ray applications | p. 282 |
YAG laser systems and a new irradiation method for compact X-ray laser systems | p. 289 |
New approach to recombination X-ray lasera - exploding mode pumping | p. 293 |
Self-channelling of a multiterawatt ultra-short laser pulse in argon gas jets - shadowgraphy imaging | p. 296 |
Long plasma columns produced in gas by axicon focusing of a table-top laser | p. 301 |
Reduction of small-scale intensity modulation in a line focus produced by a cylindrical-lens array | p. 306 |
Charge exchange in ion-ion collisions | p. 309 |
Effects related to the large-scale longitudinal nonuniformities of the active media of X-ray lasers | p. 312 |
ASE in X-ray lasers with random optical inhomogenities | p. 315 |
Ion microfield effects on laser gains in recombination and photopumping X-ray laser schemes | p. 318 |
On the possibility to increase the efficiency of Ge X-ray laser collisional scheme by use of Mg Ly-[alpha] irradiation | p. 321 |
Self-alignment and alignment relaxation in neon-like germanium plasma: Monte-Carlo simulation | p. 324 |
Atomic data for the polarization of Ne-like germanium | p. 327 |
Zeeman splitting in collisional lasers | p. 330 |
Gain and intensity calculations using Stark line shapes in soft-X-ray lasers | p. 333 |
ASE at gain saturation: two investigation approaches | p. 336 |
Recombination X-ray lasers in a plasma waveguide | p. 339 |
Laser effect modelling for plasma containing suprahot electron beams | p. 342 |
Molybdenum/silicon multilayer mirrors for 4.47 nm X-rays | p. 347 |
Search for optimum structural parameters of multilayer soft X-ray laser reflectors | p. 350 |
Multilayer reflector for polarization analysis of XUV radiation | p. 353 |
Spectroscopic characterization of plane multilayer diffraction gratings using a laser-plasma soft X-ray radiation source | p. 358 |
Interferometer for single-shot soft X-ray laser linewidth measurements | p. 361 |
A novel transmission grating spectrograph with pre-optics | p. 364 |
Time-resolved X-ray diffraction from laser-heated crystals | p. 367 |
Spectroscopic investigations of X-ray laser media | p. 372 |
Spectroscopy studies of the resonance line emission in the Ge XXIII XUV laser | p. 380 |
Spectroscopic analysis of Li-like Ti and Ca X-ray laser media | p. 383 |
Observation of transitions from inner-shell 2p2p[superscript 6]3l states in neon-like ions | p. 386 |
Prepulse dependence of soft X-ray spectra from plasmas created by femtosecond IR laser pulses on solids | p. 391 |
Investigation of prepulse plasmas for collisional excitation X-ray lasers | p. 394 |
Spectroscopy of Zn and Cu line plasmas generated on a slab target by irradiances 10[superscript 10]-10[superscript 11] W cm[superscript -2] | p. 399 |
Effective heating of a plasma by producing on a very thin membrane | p. 402 |
Stark shift observation and density measurement in a laser-produced plasma | p. 405 |
High-resolution monochromatic X-ray imaging of extended plasma columns | p. 408 |
Time resolved measurement of ionization balance for various Ni-like X-ray laser plasmas | p. 413 |
Time evolution of X-ray emission nonuniformity in line-shaped laser plasmas | p. 416 |
How can keV lasing from long channels be verified? | p. 420 |
New approach for measurement of the X-ray laser transverse coherence | p. 427 |
High resolution two-dimensional near field images of neon-like soft X-ray lasers | p. 430 |
Wavelength measurement on the Ni-like soft X-ray lasing and its comparison to the atomic physics calculation | p. 433 |
X-ray free electron lasers based on high brilliance linacs | p. 436 |
Generation and applications of high-order harmonics: an alternative coherent short-pulse XUV source | p. 444 |
Spatial and temporal coherence measurements of harmonics of a 1053 nm, 2.5 ps laser interacting with solid surfaces | p. 452 |
Demonstration of laser-induced X-ray radiation in an expanding laser-produced plasma | p. 455 |
Electron synchrotron radiation generated by ultra-strong laser fields | p. 460 |
Attosecond X-ray pulse generation by relativistic frequency conversion | p. 463 |
Extending harmonic to X-ray region with a half-cycle delayed pulse | p. 466 |
High-order harmonic generation in a fully ionized plasma | p. 469 |
Liquid target for debris-free laser-plasma soft X-ray generation | p. 472 |
Laser based, intense, high rep.-rate X-ray source (1 keV-10 keV) from ns to sub-ps | p. 475 |
The simulation of a high-brightness, hard X-ray source based on interaction of ultra-short laser pulses with a high-Z target | p. 480 |
Mixed electron-nuclear transitions in multiply charged ions: potentialities for the X-[gamma] laser | p. 483 |
On the Coulomb excitation of even-even nuclei in the tens of keV region for possible [gamma]-lasing using free-electron channelling of powerful laser beams | p. 491 |
Application of soft X-ray lasers for probing high density plasmas | p. 496 |
Application of soft X-ray lasers interferometry to study large-scale-length, high-density plasmas | p. 504 |
Radiography measurements of direct drive imprint in tin A1 foils using a bright XUV laser | p. 509 |
Review of X-ray nonlinear optics | p. 512 |
Application of X-ray laser to photoelectron microspectroscopy | p. 520 |
UV luminescence of CsI excited by an X-ray laser | p. 528 |
Possible applications of X-ray lasers in biology: X-ray microscopy and X-ray lasers | p. 533 |
Propagation of laser-produced short X-ray pulses through scattering media: application to scatter-reduced medical imaging | p. 539 |
Author index | p. 543 |
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