Published 1994 by Naval Postgraduate School, Available from National Technical Information Service in Monterey, Calif, Springfield, Va .
Written in EnglishRead online
High-power free electron lasers (FELs), capable of deployment aboard naval combatants, would place a unique and significant demand upon the ship"s electrical distribution system. A shipboard FEL must be power efficient, relatively compact, and present a minimum radiation hazard to nearby personnel. The feasibility of deploying an FEL aboard a ship is analyzed from a power system perspective. To produce 1 MW of laser power, it is determined that 6.6 MW of high-voltage dc power is required to drive the FEL when superconductor accelerator technology is employed and 9 MW is required when conventional room temperature accelerator technology is used. The required prime power electrical distribution is easily compatible with the gas turbine engineering plants of modern surface combatants. This distribution will add 22 tons to the ship"s displacement and require 22 m3 of the ship"s volume to implement. Simulation results show that the FEL would require an undulator with only 16 periods to produce 1 MW for the electron beam parameters developed during the power analysis. This FEL exhibits a large tolerance to electron beam quality. From a power analysis viewpoint, FELs may become a competitive technology for a prospective naval laser weapon.
|Statement||by Robert A. Lyon, Jr|
|The Physical Object|
|Pagination||86 p. ;|
|Number of Pages||86|
Download Prime power for shipboard high-average power FELs
Prime power for shipboard high-average power FELs - NASA/ADS High-power free electron lasers (FEL's), capable of deployment aboard naval combatants, would place a unique and significant demand upon the ship's electrical distribution by: 2.
The feasibility of deploying an FEL aboard a ship is analyzed from a power system perspective. To produce 1 MW of laser power, it is determined that MW of high-voltage dc power is required to drive the FEL when superconductor accelerator technology is employed and 9 MW is required when conventional room temperature accelerator technology is : Robert Allen Lyon.
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Explore Prime Reading. Amazon First Reads. In order to meet shipboard packaging and prime power Prime power for shipboard high-average power FELs book, the power efficiency and high real-estate gradient achievable in a FEL driven by a superconducting rf accelerator is attractive.
Theses and Dissertations Thesis Collection Total ship integration of a Free Electron Laser (FEL) I MW FEL requires 10 of electrical power from the shipboard prime power system if run continuously or advanced to where high-average power FELs appear feasible. A Free Electron Laser Weapon for Sea Archer.
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Reduced-order average-value models form the basis of a computationally efficient approach for studying shipboard power systems. As a result of neglecting fast states, this approach generally involves solving a set of differential algebraic equations. Simulations of the TJNAF FEL with a Tapered Undulator and Experimental Results of Laser Damage.
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Shipboard Electrical Power Systems addresses new developments in this growing field. Focused on the trend toward electrification to power commercial shipping, naval, and passenger vessels, this book helps new or experienced engineers master cutting-edge methods for power system design, control, protection, and economic use of by: Applications of High-Average Power FELs (6) PHOTONICS WEST ' February San Jose, CA, United States Megawatt-class free-electron laser concept for shipboard self-defense.
Commonality between electron-beam technologies required by short-wavelength SASE FEL applications and high-average-power IR FEL applications. A shipboard FEL must be power efficient, relatively compact, and present a minimum radiation hazard to nearby personnel. The feasibility of deploying an FEL aboard a ship is analyzed from a power.
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Keywords: Shipboard Power Systems, Visualization Tool, GIS 1. Introduction A typical shipboard electrical power system (SPS) consists of various components such as generators,File Size: KB.
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Instr. and Meth. in Phys. Res. A () We have shown that the FEL can achieve substantial gain and saturate in strong fields using Rayleigh lengths as short as zo = The use of a shorter Rayleigh length will reduce mirror power densities and allow for shorter optical cavities in both UV and high average power by: 6.
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Using performance characteristics defined by the Navy for directed-energy applications, analyze the capabilities, constraints, and trade-offs for FELs. Marine Whether you sail for fun or on a professional basis, it is of the utmost importance to have a reliable power supply for all the electrical equipment to properly function, even in the middle of the sea.
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Using performance characteristics defined by the Navy for directed-energy applications, analyze the capabilities, constraints, and trade-offs for FELs.Platform Power Characteristics.
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