This result is achieved by orienting the magnetic dipole moments of the fuel molecules along the lines of force of the magnetic field, without creating a moment in said fuel molecules.
When the ball pivots out of its rest position, the magnet tries to roll the ball back into the centre of the lines of force of the magnetic field.
To produce a magnetic field in a vacuum chamber of a sputtering device, the magnetron unit includes a plurality of magnet units on a base plate such that the magnetic lines of force adjacent magnet units are balanced.
The method can avoid loss of magnetic field in other directions, so that the magnetic lines of force can be concentrated in a predetermined direction.
Each pixel comprises charged particles (115) that are movable under the influence of primary electric field lines of force (16) to set the optical appearance of the pixel.
Thus, the magnet actuator could increase the magnitude of magnetic force which can make said magnet motion depending on a effect created by magnetic lines' concentration on the top end.
Thus it is possible to further securely attract magnetic powder, and extend a period of time, during which the oil passes through a zone of lines of magnetic force.
In the powder magnetic core, lines of magnetic force (20) are formed from the start section (15) to the termination section (16).
A guard electrode for preventing lines of electric force from diffusing surrounds the plus electrode at an insulation distance is preferably provided.
The statically charged coating material (42) travels along lines of electric force (53) to coat the component body (2).
The force and measure lines are relatively long, but the signal rates are low enough to be accurately transmitted.
The fertiliser composition has a synergistic effect which facilitates the formation of electric flux lines, and therefore the production of an energy field in the soil.
The flow of the force lines of the magnet is obstructed by the various arrangements of the magnets according to the number thereof per device.
The hydraulic chambers of the booster (2) are connected with an actuating hydraulic engine (1) through a force and a drain line (14, 15).
With this configuration, it is possible to reduce a deviation in the length of respective magnetic paths from the permanent magnets ( 72a, 72b ) up to their respective magnetic poles.
The magnetic path part comprises a U-shaped yoke (32), magnetic steel (35), an armature (33), a bobbin (31), and a winding (34).
The structure is a balanced type magnetic path, thus disadvantages of original unbalanced structure are prevented.
The transformer (8) has a transformer core comprising several interruption points in the magnetic path, at which insulator sections are located.
The implement comprises a magnetic core composed of an amorphous Fe-based alloy.
A physical gap is disposed in the core's magnetic path.
The power lines (84, 84') and hoses (82, 82') for the chambers farther down the array pass through each chamber above them in the array.