1 Laser Background 2 Apparatus Overview 3 Ion Beam Properties A Energy Spread B Spatial Spread 4 Xe + & Xe 2+ In Laser 5 Z-Scan of Laser Focus 6 Summary.

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Presentation transcript:

1 Laser Background 2 Apparatus Overview 3 Ion Beam Properties A Energy Spread B Spatial Spread 4 Xe + & Xe 2+ In Laser 5 Z-Scan of Laser Focus 6 Summary Multiple Charged Ions Production From Xe + & Xe 2+ In Intense Laser Field BY M.SURESH

Femtosecond Lasers Ti: Sapphire at 800 nm (1.6 eV) Chirped Pulse Amplification Terrawatt (10 12 W) Lasers ASTRA ~10 mJ in ~10 fs High field physics > Wcm -2 1 au = 3 x Wcm -2 Repetition rate 10 Hz

Apparatus Overview

Laser Alignment Shadow Exit Window Entrance Window Two Wire Crosses Laser Beam

Analyzer

Analyzer Plate Scan for Multiply Charged Ions of and Xe + Voltage (V) Xe 2+ Voltage (V) Time of Flight

Spatial Spread Measurement 1 mm Aperture 0.5 mm Aperture 0.13 mm Slit ION BEAM CHARACTERIZATION

Spatial Spread Scan of He + Ion Beam

Spatial Spread of He + and Ar + at Different Ion Beam Energies Type of IonEnergy (KeV)Spatial Spread(mm) He Ar Spatial Spread Depends On Energy And Mass Of The Beam

Spatial Spread Scan of He + Ion Beam Selected by 1mm & 2mm Apertures Current Decreases From 300nA To 120nA Current Decreases From 300nA To 120nA 2 mm Aperture 1 mm Aperture Ion beam Current (nA) Slit Position (mm)

Spatial Spread of He + and Ar + (3keV) With 1mm & 2mm Apertures Spatial Spread Depends on Aperture Size Type of Ion 2mm Aperture 1mm Aperture He Ar

Spatial Spread of He + Ion Beam at Different Focusing Conditions Energy Without Focusing Focused Through 0.5mmAperture 1keV1.27mm0.41mm 3keV0.97mm0.34mm

Energy spread Energy Spread 1mm Aperture 1kV Energy Different Discharge Constant Pressure Different Pressure Constant Discharge 2kV Energy 2mm Aperture

Energy Spread of 1keV and 2keV Ar mm Aperture Nergy Spread(eV)Nergy Spread(eV) Discharge Voltage (V) Energy Spread (eV) 1KeV 2KeV

ISS Z-Scan

Z-scan of Xe 3+ from Xe 2+ Z -scan of Xe 4+ from Xe E E-9 0.0E+0 1.0E-9 2.0E-9 3.0E-9 4.0E-9 5.0E-9 6.0E-9 7.0E-9 8.0E-9 9.0E-9 1.0E Signal Z-Position (mm)

Z-scan of Xe 6+ from Xe 2+ Z-scan of Xe 7+ from Xe 2+ Z-Position (mm) Signal 2.5E E E E+0 2.5E E E E-9 1.3E-9 1.5E-9 1.7E-9 2.0E-9 2.3E

Summary First experimental results on Xe 2+ in intense laser field Less Than 2% Energy spread 0.34mm Spatial Spread Up to Xe 7+ from both Xe + and Xe 2+