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A design concept of realizing high storage energy extraction efficiency is presented for an ultrahigh energy laser system, stressing the advantage of variable-diameter …
This study presents a lamp-pumped Nd:glass laser system capable of achieving joule level output energy at 1-Hz repetition rate with high beam quality. The 1.8 J of energy in …
Numerical modelling has been carried out to determine optimum amplifier design parameters. In the model, the storage efficiency ηstor has been calculated for various parameters like pump …
Micro-supercapacitors are promising miniaturized energy storage devices that have attracted considerable research interest. ... sapphire laser regenerative amplifier system, …
A new relay-imaged off-axial eight-pass laser amplifier with several joules energy and 1 Hz repetition rate was demonstrated. The extraction efficiency and pulse-to-pulse …
Based on this concept, we explore ideal amplifier model (IAM) and near-ideal amplifier chain (NIAC) and propose an optimal NIAC design method and analytically offer an indicator of the …
A systematic design of a 100 J/10 Hz multislab Nd:glass laser amplifier is proposed. A four-dimensional numerical model was developed for exploring the influence of amplified …
The profile of the laser beam was configured to have a flat top, so that the beam could be properly amplified. The laser pulse was amplified to 1 J in the booster amplifier to achieve efficient …
A high-efficient actively Q-switched laser is successfully realized with a pulse energy of 104 mJ. The corresponding optical-optical conversion efficiency is 30.5%. This is, to the best of our …
The Integration Test Bed (ITB) laser facility is composed of subsystems such as front-end, pre-amplifier, parameter measurement, computer centralized control, spatial filter, …
A confirmatory experiment was conducted to measure the energy storing of slab laser amplifier module under different cooling conditions. The experiment results could reveal …
Owing to the high energy, high gain and compactness, ring laser amplifiers have been used at high-power laser facilities; an example is the preamplifier in the HALNA100 project, a 0.46 J …
Schematic of the general layout of the laser driver with its target chamber. (a) Arrangement of laser beam, which is injected at the front end (FE) with an initial energy of 5 J, …
The results show that the distributions of the stored energy for the 100 J/10 Hz laser amplifier were uniform; furthermore, an average storage efficiency of 60.87% was obtained when the …
Optimal axial normalized energy storage distribution with different injection energies is shown in the thermal diagram which means that the trend of the optimal solution is …
doping concentrations. Fig. 3 shows the amplifier output energy as a function of probe energy from the oscillator for both normal mode and Q-switch mode operations. As the probe energy …
The free electron laser (FEL) amplifier is implemented in x-ray FEL facilities to generate short wavelength radiation. The problem of an efficiency increase of an FEL amplifier …
The free electron laser (FEL) amplifier is implemented in x-ray FEL facilities to generate short wavelength radiation. The problem of an efficiency increase of an FEL amplifier is now of great …
A design concept of realizing high storage energy extraction efficiency is presented for an ultrahigh energy laser system, stressing the advantage of variable-diameter aperture structure for the multistage amplifier system over …
This review provides a comprehensive overview of the progress in light–material interactions (LMIs), focusing on lasers and flash lights for energy conversion and storage …
laser parameters that more accurate predictions than these first order predictions are not warranted. Energy storage and pulse repetition frequency: Energy storage allows optical pump …
High efficiency and high power picosecond (ps) radiation was obtained by the Nd:YAG Innoslab amplifier. A 4.5 W seed at a repetition rate of 10 kHz was amplified to 41.6 …
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