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      Peak Intensity of Gaussian Laser Pulses


      The following are some calculator that will help you calculate the Energy fluence (in Joules per centimetre square) and the Peak Intensity (in Watts per centimetre square)

      by inputting the value of Pulse Energy (in Joules) ,Beam radium at $\frac{1}{e^2}$ intensity (in centimetre) and Pulse duration (in second).

      The formula that will be used are is as followed:

      Peak Intensity = $(\frac{1.88E}{\pi\omega^2\tau})$

      Energy fluence = $(\frac{2E}{\pi\omega^2})$

      Input
      Pusle Energy,$\ E$:
      J
      Beam radium at 1/e$^2$ intensity, $\omega$:
      cm
      Pulse duration, $\tau$:
      fs


      Output
      Peak Intensity:
      GW/cm$^2$
      Energy fluence, $\ F$:
      J/cm$^2$

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