So the fluence is F2=400/pi mJ/cm^2 and F3=266/pi mJ/cm^2. Light intensity can be express in J/c.
Lidaris calc – is a friendly tool with useful formulas designed for laser community. The following links give access to electrons, protons and ions code: - Electrons Recoil Probability Calculator for spectral fluence - Protons & Ions Recoil Probability Calculator for spectral fluence How to use this Recoil Probability Calculator So the fluence varies from F2=85.8 mJ/cm^2 to F3=127 mJ/cm^2. So: fluence = (average power)/rep rate/area of spot Just be sure to use consistent units throughout the calculation. at the middle of a Gaussian beam the power is maximum so at that point the fluence will be max. if Hadronic calculation is included (Hadron only and Coulomb+Hadron cases) the Maximum energy is limited to 1GeV (due to hadronic interaction data availability). Result The result page contains the input parameters, the input spectral fluence and the NIEL curve calculated at the same energies defined in the spectral fluence. cm 2 or W/cm 2..Therefore, when You measure the emission of CW - laser You know a beam power. Find homes for sale and real estate in Ophir, CO. Take virtual tours & browse MLS listings in Ophir at realtor.com®. Free Laser Fluence Calculator App for iPhone and Android smartphones: Description. I an to calculate the fluence (W/m^2) of the input power as a function of beam radius, i.e. Ophir's sensor finder allows you to easily find the sensor that best suits your application I usually do this via a spreadsheet, entering the parameters in their own cells. The present Calculator provides the "total probability in g-1" of energetic recoil nuclei due to a spectral fluence..
LIDARIS Calc is app that helps estimating laser fluence or irradiance as well as scaling of damage threshold in optical materials for different pulse durations.
Need to calculate the fluence of Gaussian Laser Beam: laser tip 1 cm above surface, tilted at 45 0 angle to surface.
Summary: Need to calculate the fluence of Gaussian Laser Beam: laser tip 1 cm above surface, tilted at 45 0 angle to surface.