Приклади вживання Current-carrying Англійська мовою та їх переклад на Українською
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Current-carrying capacity Max.
The magnetic field at the center of a circular current-carrying conductor.
The work on moving current-carrying conductor in a magnetic field.
However, welding on the hotter positivepole would result in a very low current-carrying capacity for the electrode.
On current-carrying conductor in a magnetic field experiences a force Ampere.
The only explanation was that the current-carrying wire was creating a temporary magnetic'field.'.
Any current-carrying conductor generates a magnetic field around itself.
The problem was that most of the common gases, like carbon dioxide,would react with the current-carrying electrodes within the sealed tube.
Work on moving current-carrying conductor is made current source.
Protective grounding intentional electric's unity with the earth or its equivalent current-carrying metal parts, can be under tension.
To connect to the current-carrying buses with the help of the mounting set in case of a rear connection.
A distinctive feature of the heating film SolarXis the presence of a silver mesh for the separation of current-carrying strips and a heating element.
If you put it in the field of the other current-carrying conductor, the conductor between the forces of interaction.
An electric motor uses electrical energy to produce mechanical energy,very typically through the interaction of magnetic fields and current-carrying conductors.
For PCBs with the size of current-carrying elements(conductor, clearance) from 0,15 to 0,2 mm, the coefficient 1,1 is used.
In certain situations, when the workplace,as well as approaches to it pass through current-carrying parts without fencing, they must be disconnected.
In this engine, a long, slender, current-carrying coil of wire that acts like a magnet surrounds a vacuum chamber that contains plasma.
When installing an infrared film floor, the adhesive tape is used to seal the terminals to which the wires are connected,as well as to isolate the current-carrying copper bus at the cutting locations.
The work done in moving the current-carrying conductor in a magnetic field is determined by the product of the current flowing through a conductor, the change of the magnetic flux.
He formulated Ampere'sLaw which states that the mutual action of two lengths of current-carrying wire is proportional to their lengths and to the intensities of their currents.
The damage occurs both in direct contact with the current-carrying parts and at a distance, due to the ionization of air- the formation of an electrical(volt) arc, which at ultrahigh voltages can reach 35 cm.
A radical solution to the problem electrical safety has become possible since, when in the second quarter of the 20th century was mastered production ofx-ray machines so-called closed type, in which all current-carrying parts of high voltage were reliably isolated from accidental contact.
Savard in experimental studies of the magnetic fields produced by a current-carrying conductor, allowed theorist Pierre Simon de Laplace in 1820 to formulate the law of Biot-Savart-Laplace.
These discoveries followed Ampère's discovery that electricity passing through a coiled wire produced a magnetic force and that of Dominique François Jean Arago finding that an ironbar is magnetized by putting it inside the coil of current-carrying wire, but Arago had not observed the increased strength of the resulting field while the bar was being magnetized.
Ampere studied the effect of magnetic field on the current-carrying conductors and found that the force, with which the magnetic field acts on the element wire with current I, in a magnetic field, directly proportional to the current I and the vector product on the magnetic induction.
Speakers and microphones: Most speakers employ a permanent magnet and a current-carrying coil to convert electric energy(the signal) into mechanical energy(movement that creates the sound).
André-Marie Ampère, professor of mathematics at the École Polytechnique,demonstrates that parallel current-carrying wires experience magnetic force in a meeting French Acadamy of Science, exactly one week after Ørsted's announcement of his discovery that a magnetic needle is acted on by a voltaic current.[16] He shows that a coil of wire carrying a current behaves like an ordinary magnet and suggests that electromagnetism might be used in telegraphy.
The infrared heating film is made by applying a heating element-carbon paste, current-carrying bands of tin-plated copper and silver contacts to the heat-insulating film with subsequent two-sided hot lamination.