Figure 1

(a) On axis logarithmic spectrum of photons scattered from a linearly polarized Gaussian laser beam into the $\sigma$ polarization. (b) On axis spectrum of photons scattered from a linearly polarized Gaussian laser beam into the $\pi$ polarization. (c) On axis spectrum of photons scattered from a linearly polarized flat-top laser beam into the $\sigma$ polarization. (d) On axis spectrum of photons scattered from a linearly polarized flat-top laser beam into the $\pi$ polarization.Reuse & Permissions

Figure 2

(Color online) (a) Intensity distribution of first harmonic scattered photons from a linearly polarized Gaussian laser pulse into the $\sigma$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm. (b) Intensity distribution of second harmonic scattered photons from a linearly polarized Gaussian laser pulse into the $\sigma$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm. (c) Intensity distribution of third harmonic scattered photons from a linearly polarized Gaussian laser pulse into the $\sigma$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm.Reuse & Permissions

Figure 3

(Color online) (a) Intensity distribution of first harmonic scattered photons from a $\sigma$ polarized flat-top laser pulse into the $\sigma$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm. (b) Intensity distribution of second harmonic scattered photons from a linearly polarized flat-top laser pulse into the $\sigma$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm. (c) Intensity distribution of third harmonic scattered photons from a linearly polarized flat-top laser pulse into the $\sigma$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm.Reuse & Permissions

Figure 4

(Color online) (a) Intensity distribution of first harmonic scattered photons from a linearly polarized Gaussian laser pulse into the $\pi$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm. (b) Intensity distribution of second harmonic scattered photons from a linearly polarized Gaussian laser pulse into the $\pi$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm. (c) Intensity distribution of third harmonic scattered photons from a linearly polarized Gaussian laser pulse into the $\pi$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm.Reuse & Permissions

Figure 5

(Color online) (a) Intensity distribution of first harmonic scattered photons from a linearly polarized flat-top laser pulse into the $\pi$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm. (b) Intensity distribution of second harmonic scattered photons from a linearly polarized flat-top laser pulse into the $\pi$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm. (c) Intensity distribution of third harmonic scattered photons from a linearly polarized flat-top laser pulse into the $\pi$ polarization with $a_0=1$ on a screen located at $z_0=\gamma$ $\left(14\mathrm{MeV}\right)$. The screen is centered at $\theta =0$ and screen size is in units of mm.Reuse & Permissions