Figure 9.
![PSD of 1D fast Fourier transform (FFT) of perturbed density at r ∼ 700 m, z ∼ 25 m and t ∼ 0.25tA for simulation runs with azimuthal domains [0, 2π] (in black) and [0, π/2] (in red). The PSD of the two runs closely resemble each other confirming that growth of MHD instabilities is qualitatively similar in both cases.](https://oup.silverchair-cdn.com/oup/backfile/Content_public/Journal/mnras/435/1/10.1093/mnras/stt1344/2/stt1344fig9.jpeg?Expires=1750592431&Signature=u4K1tEojaB6LZnje9RNEu7BMGrBwVM-xl0yotj8F5fMvVWOX8uExfATjbUb6vBJLP3~wOPih4vGdV3WbN9AZGSVRmGpRrShmodKfrdg34sKfyho5AwCf7qfbPEdvlNGcFzIDF3b5~Ec5EqWCLNBEN2-kn-14KOMuXMOwJ81WZHg7EnMSExsO7KjZrvztOGCNHCI72bomhhO~z4XvpJARrso7QbYUH53Jdt2TxCb~JWBs-nJ0PvfitVudIdB~1l2z3fL4QrmmQco-UB3kzREP~IfDdZ9SH374hnb3LDAzgyrdmDPr9eVUEu-KKq-LAXtlpWs43Dxc2lZMogDNoRpVAQ__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
PSD of 1D fast Fourier transform (FFT) of perturbed density at r ∼ 700 m, z ∼ 25 m and t ∼ 0.25tA for simulation runs with azimuthal domains [0, 2π] (in black) and [0, π/2] (in red). The PSD of the two runs closely resemble each other confirming that growth of MHD instabilities is qualitatively similar in both cases.
