Custom Calorimeter 351nm 110mm Rectangular Aperture

Specifications

Aperture Shape: Rectangular
Aperture Size (larger Dimension): 110 mm
Spectral Range: 1053 nm, 532 nm, 351 nm
Calibration Uncertainty: ±3%
Repeatability: better than ±2%
Beam Energy: 16 kJ
Aperture Size: 420 x 427 mm
Pulse Energy Density: more than 15 J/cm²
Minimum Beam Energy: 50 mJ
Wavelength Range: 190 nm to 25 microns
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Features


  • Customized Solutions: Designed for a wide range of applications, from 16 kJ beams to delicate 50 mJ applications

  • Wide Spectral Range: Covers wavelengths from 190 nm to 25 microns, with the ability to push these limits even further

  • Accuracy: NIST traceable sources and calibration techniques ensure calibration uncertainties of ±3%

  • High Sensitivity: Offers outstanding signal-to-noise ratios for precise measurements.

  • Vacuum Compatibility: Suitable for use in vacuum environments

  • Attention to Detail: Craftsmanship honed over four decades of experience in thermal-based energy measurement

Applications


  • Laser Fusion Experiments: Used to measure the energy generated in inertial confinement fusion experiments where laser beams rapidly heat the fusion target, replicating energy processes in the sun's core

  • Femtosecond Lasers: Essential for high-power femtosecond lasers with peak powers in the Petawatts range and beam sizes too small for standard detectors

  • Power Measurement: Ideal for high-energy laser pulses and power measurement applications