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Teks daripada Alekay - English

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    • Howdy guys, Im writting a text for a paper, do you help me?
    • Im writting in englihs for the first time On MHD flows, part 1 Magneto hydrodynamics flows (MHD) is concerned with the mutual interaction of fluid flows and magnetic fields, the fluid in question must be electrically conducting and non-ferromagnetic, this is limited to metal fluids, plasmas and electrolytes.
    • The theorical models of MHD flows deals with the Navier-Stokes equations for the purelly hydrodynamic behaviour and the Maxwell equations for the behaviour and time evolution of generated or induced magnetic fields.
    • Both approaches are realted through the Lorentz force.
    • Numerous studies have already been conducted on MHD flows for industrial applications such as heat sinks in nuclear reactor, pumps, batteries, levitate liquid metals and others more, and for explaning astrophysical phenomena such as solar flares, interplanetary magnetic fields, dynamics of supernovae, magnetars and black holes with relativistic correction (MHDGR)

MOHON BANTU UNTUK BETULKAN SETIAP AYAT! - English

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    • Im writting in englihs for the first time On MHD flows, part 1 Magneto hydrodynamics flows (MHD) is concerned with the mutual interaction of fluid flows and magnetic fields, the fluid in question must be electrically conducting and non-ferromagnetic, this is limited to metal fluids, plasmas and electrolytes.
      Undi sekarang!
    • I'm writting in eEnglihsh for the first time

      On MHD flows, p       a paper on Magneto hydrodynamics flows (MHD.¶

      P      art 1¶

      Magneto hydrodynamics flows (MHD) is concerned with the       mutual interaction of fluid flowowing fluids and magnetic fields, t. The fluid in question must be electrically conducting and non-ferromagnetic, thius isfluid types are limited to metal-based fluids, plasmas and electrolytes.
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    • Im writting in englihs for the first time¶

      On MHD flows, part 1¶

      Magneto       hydrodynamics flows (MHD) is concerned with the mutual interaction of fluid flows and in-situ magnetic fields, the fluid in question. Such fluids must be electrically conducting and non-ferromagnetic, this is and are thereby limited to metal fluids, plasmas and electrolytes.
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    • TAMBAH PEMBETULAN YANG BARU! - Ayat 2TAMBAH PEMBETULAN YANG BARU! - Ayat 2
  • Ayat 3
    • The theorical models of MHD flows deals with the Navier-Stokes equations for the purelly hydrodynamic behaviour and the Maxwell equations for the behaviour and time evolution of generated or induced magnetic fields.
      Undi sekarang!
    • The theoretical models of MHD flows deals withare explained by the Navier-Stokes equations for the purelly hydrodynamic behaviour and the Maxwell equations for the behaviour and time evolution of generated or, i.e., induced, magnetic fields.
      exRangerexRanger profile picture Ulasan
    • The theoretical models of MHD flows deals with are formulated by coupling the Navier-Stokes equations for theas per purelly hydrodynamic behaviour and the Maxwell's equations for the behaviour and time evolution of generated or induced electromagnetic fields.
      AussieInBgAussieInBg profile picture Ulasan 1
    • TAMBAH PEMBETULAN YANG BARU! - Ayat 3TAMBAH PEMBETULAN YANG BARU! - Ayat 3
  • Ayat 4
  • Ayat 5
    • Numerous studies have already been conducted on MHD flows for industrial applications such as heat sinks in nuclear reactor, pumps, batteries, levitate liquid metals and others more, and for explaning astrophysical phenomena such as solar flares, interplanetary magnetic fields, dynamics of supernovae, magnetars and black holes with relativistic correction (MHDGR)
      Undi sekarang!
    • Numerous studies have already been conducted on MHD flows for such industrial applications such as heat sinks in nuclear reactor, pumps, batteries, levitateing liquid metals, and others more, ands well as for explaining through relativistic correction, i.e., MHDGR, such astrophysical phenomena such as solar flares, interplanetary magnetic fields, dynamics of supernovae, magnetars, and black holes with relativistic correction (MHDGR).
      exRangerexRanger profile picture Ulasan 1
    • Numerous studies have already been conducted on MHD flows for industrial applications such as heat sinks in nuclear reactors, pumps, batteries, and levitateing liquid metals and others more, and for explaning. Additionally, astrophysical phenomena such as solar flares, interplanetary magnetic fields, the dynamics of supernovae, magnetars and black holes with general relativistic correction (MHDGR) are modelled using MHD flows.
      AussieInBgAussieInBg profile picture Ulasan 1
    • TAMBAH PEMBETULAN YANG BARU! - Ayat 5TAMBAH PEMBETULAN YANG BARU! - Ayat 5