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PPPS 2019

22–28 Jun 2019
DoubleTree at the Entrance to Universal Orlando
America/New_York timezone

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Session

6.4 Environmental, Industrial, and Display Applications I

O6E
26 Jun 2019, 15:30
DoubleTree at the Entrance to Universal Orlando

DoubleTree at the Entrance to Universal Orlando

5780 Major Blvd. Orlando, Florida, 32819, USA

Conveners

6.4 Environmental, Industrial, and Display Applications I

  • Juergen Kolb (Leibniz Institute for Plasma Science and Technology)

Presentation materials

There are no materials yet.

  1. 500. Enhancement of shock wave from underwater electrical wire explosion by replacing one thicker wire with many thinner wires
    Dun Qian (Tsinghua University)
    26/06/2019, 16:00
    6.4 Environmental, Industrial, and Display Applications
    Oral

    An energy-efficient method for significantly enhancing the shock wave generated by underwater electrical wire explosion was developed. The method is to replace one thicker wire with many thinner wires under the conditions that the total mass of the wires and the initial storage energy are kept unchanged. It was found that maximum pressure of the shock wave rises from 30MPa to about 90MPa when...

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  2. 630. Efficiency of rock destruction by a pulse generator based on a linear pulse transformer
    Denis Molchanov (IHCE SB RAS)
    26/06/2019, 16:30
    6.4 Environmental, Industrial, and Display Applications
    Oral

    Many researchers around the world note the high efficiency of electropulse drilling. During drilling shallow wells in the tens of meters deep, when the high voltage generator is located on the surface near the well, the specific energy consumption of electric pulse drilling is much less than traditional rotary drilling. To effectively drill deep wells (from hundreds of meters to several...

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  3. 748. Computational Study of a Pulsed Power Source based Electromagnetic Manufacturing Process
    DEEPAK KAUSHIK (IISc Bangalore)
    26/06/2019, 16:45
    6.4 Environmental, Industrial, and Display Applications
    Either

    Electromagnetic Manufacturing (EMMa) is one of the newer manufacturing techniques which is gaining popularity. It uses an intense transient magnetic field generated by a pulsed power source to apply a transient force on the work piece and deform it without any direct mechanical contact. For an optimal choice of the pulsed power parameters for the EMMa, an understanding of the electromagnetic,...

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