Home

épée spectaculaire tabouret laser triggered spark gap aider noble utilisation

Runtime and Jitter on a Laser-Triggered Spark-Gap Switch | Semantic Scholar
Runtime and Jitter on a Laser-Triggered Spark-Gap Switch | Semantic Scholar

Laser-triggered spark gap in a pulse capillary-discharge driver CAPEX-U... | Download Scientific Diagram
Laser-triggered spark gap in a pulse capillary-discharge driver CAPEX-U... | Download Scientific Diagram

Triggered spark gaps with standoff of up to 40 kV, a peak current of around 10 kA, a pulse energy of 100 J, and a pulse rep rate of 20 Hz
Triggered spark gaps with standoff of up to 40 kV, a peak current of around 10 kA, a pulse energy of 100 J, and a pulse rep rate of 20 Hz

Photoconductive Operation of a Laser Triggered Spark Gap | Semantic Scholar
Photoconductive Operation of a Laser Triggered Spark Gap | Semantic Scholar

Figure 1 from Laser REMPI Triggering of an Air Spark Gap with Nanosecond Jitter | Semantic Scholar
Figure 1 from Laser REMPI Triggering of an Air Spark Gap with Nanosecond Jitter | Semantic Scholar

Triggered Spark Gap Design
Triggered Spark Gap Design

Triggered Spark Gap Switch - Information Unlimited
Triggered Spark Gap Switch - Information Unlimited

Schematic of the laser trigger light path thorough the PFL into the SF... | Download Scientific Diagram
Schematic of the laser trigger light path thorough the PFL into the SF... | Download Scientific Diagram

Triggered Spark Gap Overview - YouTube
Triggered Spark Gap Overview - YouTube

SW-50K High Precision Triggered Spark Gap
SW-50K High Precision Triggered Spark Gap

Electron densities in laser-triggered spark gap discharges
Electron densities in laser-triggered spark gap discharges

Triggered Spark Gaps | Excelitas
Triggered Spark Gaps | Excelitas

Laser-triggered coaxial Marx generator with two stages of gap switches. | Download Scientific Diagram
Laser-triggered coaxial Marx generator with two stages of gap switches. | Download Scientific Diagram

A simple high-voltage high current spark gap with subnanosecond jitter triggered by femtosecond laser filamentation
A simple high-voltage high current spark gap with subnanosecond jitter triggered by femtosecond laser filamentation

Figure 2 from Voltage and Current Measurements of a Laser Preionization Triggered High Voltage Switch | Semantic Scholar
Figure 2 from Voltage and Current Measurements of a Laser Preionization Triggered High Voltage Switch | Semantic Scholar

Air hydrodynamics of the ultrafast laser-triggered spark gap
Air hydrodynamics of the ultrafast laser-triggered spark gap

EXPERIMENTS WITH UV LASER TRIGGERED SPARK GAPS IN A STACKED BLUMLEIN SYSTEM - UNT Digital Library
EXPERIMENTS WITH UV LASER TRIGGERED SPARK GAPS IN A STACKED BLUMLEIN SYSTEM - UNT Digital Library

Laser-triggered gas switch with subnanosecond jitter and breakdown delay tunable over ∼0.1–10 ns governed by the spark gap ignition angle - IOPscience
Laser-triggered gas switch with subnanosecond jitter and breakdown delay tunable over ∼0.1–10 ns governed by the spark gap ignition angle - IOPscience

Layout of the spark gap switch. Indicated are the electrodes, the... | Download Scientific Diagram
Layout of the spark gap switch. Indicated are the electrodes, the... | Download Scientific Diagram

makeshift laser triggered spark gap - YouTube
makeshift laser triggered spark gap - YouTube

Triggered spark-gap switch. | Download Scientific Diagram
Triggered spark-gap switch. | Download Scientific Diagram

Inertial confinement fusion implosions with imposed magnetic field compression using the OMEGA Laser
Inertial confinement fusion implosions with imposed magnetic field compression using the OMEGA Laser

Dynamics of the femtosecond laser-triggered spark gap
Dynamics of the femtosecond laser-triggered spark gap

Spark Plug And Plumbing Parts Bring Nitrogen Laser Under Control | Hackaday
Spark Plug And Plumbing Parts Bring Nitrogen Laser Under Control | Hackaday

PDF] A laser-triggered mini-Marx for low-jitter, high-voltage applications | Semantic Scholar
PDF] A laser-triggered mini-Marx for low-jitter, high-voltage applications | Semantic Scholar