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活动简介

The purpose of this conference is to provide a technical forum for the exchange of information related to aspects of high power laser research and development, and for the discussion of latest demonstrations of laser systems in militarily relevant scenarios. Numerous demonstrations have shown the capability of laser weapon systems in negating targets of military interest with the standard attributes of lasers preserved, such as precision, timelines, and minimal collateral damage. Many challenges remain and are being addressed to bring laser weapon systems to the maturity required for military field applications. Among these are power scaling, energy conversion efficiency, wavelength control, beam quality, thermal and power management, a variety of optical issues, as well as packaging and ruggedization. In addition platform considerations and special laser effects will be considered. 

 A viable laser weapon will provide the battlefield commander with new engagement options and capabilities in defensive or offensive scenarios, and in a variety of environments. It can potentially provide improved stand-off range, cause covert effects, handle extremely short time-line engagements, and enable precise control of damage in the target area. The requirement exists to develop efficient, effective laser weapon systems capable of depositing required amounts of energy on selected stationary or mobile targets to affect their negation. 

征稿信息

重要日期

2017-03-13
摘要截稿日期
2017-05-26
摘要录用日期
2017-08-14
终稿截稿日期

征稿范围

Papers are solicited in the following broad areas of laser technology and laser development:

Lasers and Laser Architectures Suitable for Power Scaling

  • gas (including DPAL), slab, disk, fiber

  • efficiencies and thermal control

  • beam combination: coherent, spectral, other

  • packaging: size, weight, ruggedness.

Laser Demonstrators

  • ground based and at-Sea Tests

  • airborne applications

  • lasers on UAVs

Components

  • diode pumps -efficiency, wavelength, linewidth, stability, cost

  • optics, coatings

  • couplers, combiners, isolators

  • beam directors & adaptive optics.

Novel Design in Fiber and Slab Lasers

  • photonic crystal fibers, other

  • eye-safe fibers, Er ,other

  • single, multi-mode, gain, transport

  • thermal management.

Laser Materials

  • optical/mechanical/thermal

  • ceramics

  • manufacturing.

Platforms

  • mobile

  • ground based

  • airborne.

Effects

  • laser filamentation

  • interaction with advanced materials.

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重要日期
  • 会议日期

    09月11日

    2017

    09月14日

    2017

  • 03月13日 2017

    摘要截稿日期

  • 05月26日 2017

    摘要录用通知日期

  • 08月14日 2017

    终稿截稿日期

  • 09月14日 2017

    注册截止日期

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