&lt;title&gt;Experimental verification of a bright-speckle algorithm of compensation for turbulent wandering of a repetitively pulsed CO&lt;formula&gt;&lt;inf&gt;&lt;roman&gt;2 &lt;/roman&gt;&lt;/inf&gt;&lt;/formula&gt;laser beam&lt;/title&gt;

Sherstobitov, V E; Kuprenyuk, V I; Goryachkin, D. А.; Kalinin, V. P.; Irtuganov, V. M.; Сергеев, В. В.; Rodionov, Andrei; Romanov, N. A.; Dimakov, Sergei A.; Rezunkov, Yu. A.

doi:10.1117/12.334840

Cited by 2 publications

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“…Let us consider the principal features of the algorithm performance, which are principal ones for subsequent analysis of the operation restrictions of the algorithm, and leave out the detail description of the algorithm implementation in the form of the designed laser system, referring of readers to the original paper [1].…”

Section: Some Features Of Bright Speckle Algorithm Applicationmentioning

confidence: 99%

“…The test experiments show that the algorithm allows one to increase a probability of hitting the receiver by the brightest speckle of the operation beam and to gain total laser energy delivered onto the receiver in the burst of pulses. All these resources of the algorithm application are illustrated in [1,2].…”

Section: Introductionmentioning

confidence: 99%

“…One of these algorithms is a "bright-speckle algorithm" proposed in [1] to compensate for the beam wandering of a repetitively pulsed (RP) laser beam and to stabilize the laser beam onto a remote point-wise receiver. The algorithm is based on the precise temporal control of triggering of the RP laser pulses (operation pulses) at such moments of time when the auxiliary continuous wave (CW) laser beam (probe beam) covers the point-wise receiver by its brightest speckle.…”

Section: Introductionmentioning

confidence: 99%

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<title>Feasibility analysis of bright-speckle algorithm of compensation for turbulent wandering of a laser beam</title>

et al. 2001

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The principal phenomena limiting an accuracy of laser beaming of remote objects in atmosphere is the atmospheric turbulence that induces the laser beam wandering over the object. Recently, a novel algorithm, which is referred as "a bright speckle algorithm", was proposed to compensate for wandering of a repetitively pulsed laser beam, propagating along at the atmosphere range. In the paper we consider the restrictions on the algorithm performance, which are imposed by the atmospheric turbulence. The restrictions are imposed on a distance range of the algorithm as well as on coincidence accuracy of the probe and operation beam wavefront profiles, which are used for the algorithm realization.

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Section: Some Features Of Bright Speckle Algorithm Applicationmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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<title>Feasibility analysis of bright-speckle algorithm of compensation for turbulent wandering of a laser beam</title>

et al. 2001

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Current Status and Future Scope of Laser Energy Beaming Technology for Solar-Pumped Laser

Fujita

2010

The Review of Laser Engineering

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The current status and the future scope of the laser energy beaming technology of the Laser Space Solar Power System (L-SSPS) are reviewed. L-SSPS supplies solar power in space to the earth by a laser beam at the GW level in total. The development of a highly accurate laser pointing system on the geostationary orbit in space is important for safe, high power laser beaming to the ground. The KIRARI of a Japanese laser communication satellite is introduced to understand a highly accurate pointing system in orbit and to extract the development task of L-SSPS. Future scopes are also mentioned, including a moon exploration mission as a power supplier.

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<title>Experimental verification of a bright-speckle algorithm of compensation for turbulent wandering of a repetitively pulsed CO<formula><inf><roman>2 </roman></inf></formula>laser beam</title>

Cited by 2 publications

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<title>Feasibility analysis of bright-speckle algorithm of compensation for turbulent wandering of a laser beam</title>

<title>Feasibility analysis of bright-speckle algorithm of compensation for turbulent wandering of a laser beam</title>

Current Status and Future Scope of Laser Energy Beaming Technology for Solar-Pumped Laser

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