About
Articles by Jeff
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New Senior VFX Artist Position Open at Hidden Path Entertainment
New Senior VFX Artist Position Open at Hidden Path Entertainment
By Jeff Pobst
Activity
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Let's cheer on our Trojans as they ‘Fight On!’ at the Paris Olympics 2024! 🇺🇸 USC’s involvement in the Olympics dates back to 1904. Since then…
Let's cheer on our Trojans as they ‘Fight On!’ at the Paris Olympics 2024! 🇺🇸 USC’s involvement in the Olympics dates back to 1904. Since then…
Liked by Jeff Pobst
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Excited to announce that WB Games has grown it roster of amazing studios. Welcome Tony Huynh and Chris White to the team! https://lnkd.in/gJGWA7Mk
Excited to announce that WB Games has grown it roster of amazing studios. Welcome Tony Huynh and Chris White to the team! https://lnkd.in/gJGWA7Mk
Liked by Jeff Pobst
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UK / Wales has been great to me personally and to Tiny Rebel Games in the 8 years since I became an expat. Very excited to say I was just informed…
UK / Wales has been great to me personally and to Tiny Rebel Games in the 8 years since I became an expat. Very excited to say I was just informed…
Liked by Jeff Pobst
Experience & Education
Volunteer Experience
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Bachelor of Arts of Game Design Program - Advisory Board member
DigiPen Institute of Technology
- Present 17 years 5 months
Education
Publications
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Quantitattive two-photon laser-induced fluorescence of hydrogen atoms in a 1kW arcjet thruster
Applied Physics B: Lasers and Optics, Volume 67, pp 193-205
Quantitative measurements of atomic hydrogen are reported for an arcjet thruster using two-photon laser-induced fluorescence. Number density, axial and radial velocity, and temperature of ground state atomic hydrogen are obtained at the nozzle exit plane and in the downstream plume of a 1 kW arcjet operating on hydrogen propellant. Details of the technique and data analysis are provided. Comparisons with other related available data are made, as well as with several computational models.…
Quantitative measurements of atomic hydrogen are reported for an arcjet thruster using two-photon laser-induced fluorescence. Number density, axial and radial velocity, and temperature of ground state atomic hydrogen are obtained at the nozzle exit plane and in the downstream plume of a 1 kW arcjet operating on hydrogen propellant. Details of the technique and data analysis are provided. Comparisons with other related available data are made, as well as with several computational models. The observed dissociation fraction of 31 +/- 14% is significantly higher than predicted by the models.
Other authors -
Projects
More activity by Jeff
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MOOD Animation is at the wonderful Annecy Animation Festival 2024 in beautiful Annecy, France.
MOOD Animation is at the wonderful Annecy Animation Festival 2024 in beautiful Annecy, France.
Liked by Jeff Pobst
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