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Showing 1 to 3 of 3 for “"Microexplosion"”.

  1. Generation and imaging of structural laser beams for optical trapping of airborne particles and light-matter interaction applications.

    … for high-intensity laser-induced cylindrical microexplosion in transparent dielectric media. A comparison between numerical modelling and the experimentally constructed BG beam using a commercially available axicons reveals that the origin of the observed undesirable intensity modulations …

    aus-cath Repository record for Generation and imaging of structural laser beams for optical trapping of airborne particles and light-matter interaction applications. (opens in a new tab)

  2. Generation and imaging of structural laser beams for optical trapping of airborne particles and light-matter interaction applications.

    … for high-intensity laser-induced cylindrical microexplosion in transparent dielectric media. A comparison between numerical modelling and the experimentally constructed BG beam using a commercially available axicons reveals that the origin of the observed undesirable intensity modulations …

    anu Repository record for Generation and imaging of structural laser beams for optical trapping of airborne particles and light-matter interaction applications. (opens in a new tab)

  3. Modifying burning rate and agglomeration size in aluminized composite solid propellants using mechanically activated metals

    <p>Agglomeration reduction techniques are important field in solid propellant industry, Large agglomeration results in excessive two phase losses. Tailored composite particles has been applied to tailor aluminum particle ignition and combustion. In this research, mechanical activated aluminum …

    purdue-thes Repository record for Modifying burning rate and agglomeration size in aluminized composite solid propellants using mechanically activated metals (opens in a new tab)