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| Preface | ||
| Conference Organization | ||
| Sponsors | ||
| 8[superscript th] International Conference on X-Ray Lasers Award to Professor Pierre Jaegle | ||
| Group Photo | ||
| Measurement of Gain Duration for Ne-like Ni and Ni-like Ag | 3 | |
| Injector-Amplifier Design for Tabletop Ne-like X-Ray Lasers | 9 | |
| Time-Resolved Measurements of the Transient X-Ray Laser Emission | ||
| Investigations on Soft X-Ray Lasers with a Picosecond-Laser-Irradiated Gas Puff Target | ||
| A Tabletop Collisional Ni-like Ag X-Ray Laser at 13.9 nm Pumped by Single Picosecond Laser Pulse | 26 | |
| Progress in X-Ray Laser Development of JAERI | ||
| Observation of Strong Amplification at 8.8 nm in the TCE Scheme by a Tabletop Pumping System | ||
| Analytical Ray-Tracing of a Transient X-Ray Laser: Ni-like Ag Laser at 13.9 nm | 46 | |
| Modeling of Transient Ni-like Ag X-Ray Laser | ||
| X-Ray Laser Program at MBI | 58 | |
| Submilliradian Divergence Longitudinally Pumped Nickel-like Molybdenum X-Ray Laser | 65 | |
| Recent Progress on the Understanding of the Transient Ni-like Ag X-Ray Laser at 13.9 nm at LULI Facilities | ||
| Recent Progress of Research on X-Ray Lasers at the Institute of Physics, CAS | 77 | |
| Excitation and Radiation of Highly Ionised Ions in the Fast Gas-Filled-Capillary Discharge | 91 | |
| Z-Scaling for the H-like Recombination Laser in the Capillary Discharge | 97 | |
| Study of Low Current Capillary Discharge for Compact Soft X-Ray Laser | 103 | |
| Experimental and Theoretical Study of a Capillary Discharge Dedicated to Coherent XUV Production | 107 | |
| Excitation of the 13.2 nm Laser Line of Nickel-like Cd in a Capillary Discharge Plasma Column | 113 | |
| Investigation of the Output Pulse Characteristics of a 46.9 nm Ar Capillary Discharge Soft X-Ray Laser | ||
| Extremely Compact Capillary Discharge-Based Soft X-Ray Laser Development and Application to Dense Plasma Diagnostics | ||
| Dynamics and Emission Characteristics of Xenon Capillary Discharge | ||
| EUV Emission Spectra and Gain in Polyacetal Capillary Discharge | 139 | |
| Characterization of Saturated Ni-like X-Ray Lasers | 147 | |
| Near-Field Spatial Imaging and Time-Resolved Measurements of the Ni-like Palladium Soft X-Ray Laser | 154 | |
| Development of X-Ray Lasers for Radiographic and Other Applications | 160 | |
| Development and Applications of X-Ray Lasers at LSAI/LIXAM | ||
| On the Stability of the Zinc X-Ray Laser Beam Quality Using a Half Cavity | 174 | |
| Multi-millijoule, Highly Coherent X-Ray Laser at 21 nm as a Routine Tool for Applications | ||
| Theoretical Modeling of Recombination Gain in LiIII Transition to Ground State | 193 | |
| Search for Optimum Conditions for Gain to Ground State in LiIII | 199 | |
| Collisionally Pumped Ni-like and Pd-like Optical Field Ionization Soft X-Ray Lasers | ||
| Experimental and Theoretical Simulations for Conditions for Lasing at 13.5 nm in LiIII | 212 | |
| Numerical Simulations of Collisionally Pumped OFI Soft X-Ray Lasers | 220 | |
| Atomic Data for F-like Molybdenum | 227 | |
| Atomic Data for Ne-like Iron | 233 | |
| Modeling of the Ni-like Silver X-Ray Laser: Treatment of Saturation and Refraction | 239 | |
| Capillary Discharge X-Ray Laser on Pd-like Xenon | 247 | |
| Theoretical Investigation of Collisional X-Ray Lasers in Pd-like Ions | 253 | |
| Computational Modelling of the Nickel-like Samarium X-Ray Laser | 259 | |
| The Symplectic Algorithm for Use in a Model of Laser Field | 265 | |
| Modeling and Imaging of the Ni-like Pd X-Ray Laser and Other New Schemes | 271 | |
| Saturation and Refraction in Amplified Spontaneous Emission X-Ray Lasers | 279 | |
| Radiation-Transfer Modelling of Double-Pass Saturated ASE Systems | 287 | |
| Saturated and Short Pulse Duration X-Ray Lasers | ||
| A Lasing Atom in Hot Plasma | 301 | |
| High-Intensity Regime of X-Ray Generation for Innershell Photopumping | 305 | |
| Effects Of Multi-pulses on Intensity of Resonance Lines Emitted from X-Ray Laser Media | 312 | |
| A Structured Target Geometry for Highly Efficient X-Ray Lasers | 318 | |
| Calculations of Intense Laser Pulse Propagation and Soft X-Ray Lasing in Capillary Plasma Channels | 322 | |
| Subpicosecond Resolved Investigation of Dynamics of Laser-Driven Plasma by Broad Band Chirped-Pulse Spectral Interferometry | 328 | |
| Demonstration of a Plasma Waveguide in a Fast Argon Capillary Discharge | 332 | |
| Investigation of X-Ray Amplification in Neon Clusters | 338 | |
| Advances toward Inner-Shell Photo-Ionization X-Ray Lasing at 45 A | 342 | |
| Gain Calculations for Inner-Shell Lasing by Electron Collisional Ionisation | 349 | |
| The Low-Energy Undulator Test Line: A SASE FEL Operating from 660 to 130 nm | 357 | |
| The Linac Coherent Light Source | 365 | |
| Characteristics of Relativistic Nonlinear Thomson Scattering of an Intense Laser Field as Ultrashort X-Ray Source | 373 | |
| Gigawatt, Femtosecond VUV Pulses from a SASE FEL: Photon Beam Characterisation and First Applications | 379 | |
| Subfemtosecond Pulse Generation and Measurement | 389 | |
| Observation of Blueshift on Harmonic Generation from Subpicosecond Laser Produced Solid Surface Plasmas | 397 | |
| Small-Scale Coherent EUV Light Sources from High-Harmonic Generation | 401 | |
| Phase and Polarization Control of the Harmonic Emission: Towards Attosecond Pulses | ||
| Generation of High-Intensity Coherent XUV Light Using High-Order Harmonics | 412 | |
| High-Order Harmonics as a Continuously Tunable Coherent Femtosecond X-Ray Source | 418 | |
| Characterization of Surface Plasma in Surface Harmonic Experiments Using Satellite Structures in the Reflected Pump Spectrum | 424 | |
| The Role of Absolute Phase of Few-Cycle Laser Field in the Generation and Measurement of Attosecond High-Order Harmonic Pulses | 428 | |
| Theory for Generation of High Harmonics in the Electron Exit Process | 434 | |
| Electron-Based EUV and Ultrashort Hard-X-Ray Sources | 441 | |
| XUV Emission from Small Fibre Z-Pinch | 447 | |
| Enhanced X-Ray Emission from Nitrogen Clusters Ionized by Intense, Ultrashort Laser Pulses | 451 | |
| X-Ray Generation Enhancement Mechanism from Femtosecond-Laser-Produced Plasma with Nanostructure-Array Targets | 455 |
| Price | Condition | Delivery | Seller | Action |
| $199.99 | Digital |
| WonderClub |
Thomas Barton
reviewed X-Ray Lasers 2002 8th International Conference on X-Ray Lasers Aspen, Colorado 27-31 May 2002 on May 20, 2018
X-Ray Lasers 2002 8th International Conference on X-Ray Lasers Aspen
I read this in consideration of using the Montessori method to homeschool my daughter in a few years.
I appreciated the balanced tone of the book, both giving a history of the American school system and the place in which the Montessori philosophy of education diverges. It included numerous citations of scientific studies which support the Montessori method. What I especially appreciated was that there did not appear to be an attempt to "pad" the data. If there was not a study to support something the author stated as such.
In general, what I like about the Montessori method of teaching is:
There is an underlying assumption that children are built to learn and given the right tools can do so at their own pace. They are not "empty pitchers waiting to be filled."
While teachers track mastery of skills, there are not grades or tests. I think this is especially useful when a child struggles with a skill. The focus on how badly one is doing is rarely incentive to do better--yet that is the primary motivator used in traditional schooling.
Montessori encourages imagination and creative play to be organic and self derived rather than providing specific toys or themes to guide creativity.
The only thing I did not see covered in any depth was how children with learning disabilities would fit into a Montessori classroom. Depending on the disability I can imagine scenarios where it would be better or worse for the child.
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Add X-Ray Lasers 2002 8th International Conference on X-Ray Lasers Aspen, Colorado 27-31 May 2002, Advances in the development of x-ray lasers and other sources of intense x-ray radiation are discussed. Topics include transient x-ray lasers, capillary discharge x-ray lasers, optical field ionization x-ray lasers, x-ray free electron lasers, high-order , X-Ray Lasers 2002 8th International Conference on X-Ray Lasers Aspen, Colorado 27-31 May 2002 to the inventory that you are selling on WonderClubX
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Add X-Ray Lasers 2002 8th International Conference on X-Ray Lasers Aspen, Colorado 27-31 May 2002, Advances in the development of x-ray lasers and other sources of intense x-ray radiation are discussed. Topics include transient x-ray lasers, capillary discharge x-ray lasers, optical field ionization x-ray lasers, x-ray free electron lasers, high-order , X-Ray Lasers 2002 8th International Conference on X-Ray Lasers Aspen, Colorado 27-31 May 2002 to your collection on WonderClub |
