YOU SAID:

Electromagnetic propulsion (EMP), is the principle of accelerating an object by the utilization of a flowing electrical current and magnetic fields. The electrical current is used to either create an opposing magnetic field, or to charge a field, which can then be repelled. When a current flows through a conductor in a magnetic field, an electromagnetic force known as a Lorentz force, pushes the conductor in a direction perpendicular to the conductor and the magnetic field. This repulsing force is what causes propulsion in a system designed to take advantage of the phenomenon. The term electromagnetic propulsion (EMP) can be described by its individual components: electromagnetic – using electricity to create a magnetic field, and propulsion – the process of propelling something. One key difference between EMP and propulsion achieved by electric motors is that the electrical energy used for EMP is not used to produce rotational energy for motion; though both use magnetic fields and a flowing electrical current. The science of electromagnetic propulsion does not have origins with any one individual and has application in many different fields. The thought of using magnets for propulsion continues to this day and has been dreamed of since at least 1897 when John Munro published his fictional story "A Trip to Venus".[1] Current applications can be seen in maglev trains and military railguns. Other applications that remain not widely used or still in development include ion thruster for low orbiting satellites and magnetohydrodynamic drive for ships and submarines.

INTO JAPANESE

電磁推進 (EMP)、流れる電流と磁場を利用したオブジェクトを加速の原則であります。電流は、反対の磁気フィールドを作成するかまたは反発しすることができますフィールドを充電するために使用されます。電流が流れて磁場、electromag 指揮者

BACK INTO ENGLISH

Electromagnetic propulsion (EMP), currents and magnetic fields for the object is accelerated principle. Create opposite magnetic field current, or bounced back to charge the field can be used. Current flows through the magnetic field, and electromag conductor

INTO JAPANESE

電磁推進 (EMP)、電流および磁気フィールド オブジェクトは、加速の原理です。現在、磁気フィールドの反対を作成またはフィールドを充電する戻ってバウンス使用することができます。電流が流れて磁場、および electromag コンダクター

BACK INTO ENGLISH

Electromagnetic propulsion (EMP), the current and the magnetic field object is the principle of acceleration. Back the bounce can currently charging field or create opposite magnetic fields. Current flows through the magnetic field, and the eletmag conductor

INTO JAPANESE

電磁推進 (EMP)、現在、磁気フィールド オブジェクトは、加速度の原理です。現在フィールドを充電することができますバウンスをバックアップまたは反対の磁気フィールドを作成します。電流が流れて磁場、および eletmag コンダクター

BACK INTO ENGLISH

Electromagnetic propulsion (EMP), currently, magnetic field object that is the principle of acceleration. Create a backup or opposite magnetic fields bounce can now charge the field. Current flows through the magnetic field, and the eletmag conductor

INTO JAPANESE

電磁推進 (EMP)、現在、加速度の原理にある磁気フィールド オブジェクト。磁気フィールドの反対側のバウンスは今フィールドを充電またはバックアップを作成します。電流が流れて磁場、および eletmag コンダクター

BACK INTO ENGLISH

Electromagnetic propulsion (EMP), the principle of acceleration objects currently in magnetic field. On the other side of the magnetic fields bounce now create field charge or backup. Current flows through the magnetic field, and the eletmag conductor

INTO JAPANESE

電磁推進 (EMP)、加速度原理磁場で現在のオブジェクトします。磁気フィールドの反対側にバウンス今フィールド料金またはバックアップを作成します。電流が流れて磁場、および eletmag コンダクター

BACK INTO ENGLISH

Acceleration principle of magnetic field in electromagnetic propulsion (EMP) for the current object. Create a bounce now field charge or back up on the other side of the magnetic field. Current flows through the magnetic field, and the eletmag conductor

INTO JAPANESE

現在のオブジェクトの電磁推進 (EMP) における磁場の加速度原理。バウンス今フィールド電荷を作成または磁気フィールドの反対側にバックアップします。電流が流れて磁場、および eletmag コンダクター

BACK INTO ENGLISH

Acceleration principle of magnetic field in electromagnetic propulsion (EMP) of the current object. Bounce now field charge up on the other side of creation or magnetic fields. Current flows through the magnetic field, and the eletmag conductor

INTO JAPANESE

現在のオブジェクトの電磁推進 (EMP) における磁場の加速度原理。作成または磁気フィールドの反対側に今フィールド料金をバウンスします。電流が流れて磁場、および eletmag コンダクター

BACK INTO ENGLISH

Acceleration principle of magnetic field in electromagnetic propulsion (EMP) of the current object. On the other side of creation or the magnetic field now bounce the field rates. Current flows through the magnetic field, and the eletmag conductor

INTO JAPANESE

現在のオブジェクトの電磁推進 (EMP) における磁場の加速度原理。作成または磁気フィールドの反対側に今フィールド料金をバウンスします。電流が流れて磁場、および eletmag コンダクター

BACK INTO ENGLISH

Acceleration principle of magnetic field in electromagnetic propulsion (EMP) of the current object. On the other side of creation or the magnetic field now bounce the field rates. Current flows through the magnetic field, and the eletmag conductor