How to use in-sentence of “dipole”:
+ Magnetization preserved in oven-stones and baked hearths show that the axial dipole field moved up to 120 degrees from its normal position around 30,000 years ago.
+ The dipole antenna is simply two wires with one end of each wire connected to the radio and the other end standing free in space.
+ A dipole moment is another way of saying that the atom behaves a bit as if it was a tiny magnet with a north and a south pole.
+ The science instrument is set to a RF quiet spacecraft bus and is made of a three-element radiometer, including electrically-short, tapered, biconical dipole antennas, a receiver, and a digital spectrometer.
+ They can be viewed as a folded dipole deformed into a different shape, and have rather similar characteristics such as a high radiation efficiency.
+ An example of an electric dipole moment occurring is in a pair of electric charges with opposite signs.
Example sentences of “dipole”:
+ It consists of a periodic structure of dipole magnets.
+ The dipole repeller.
+ This takes both the magnetic dipole moment due to the orbital angular momentum and the magnetic momentum arising from the electron spin into account.
+ It consists of a periodic structure of dipole magnets.
+ The dipole repeller.
+ This takes both the magnetic dipole moment due to the orbital angular momentum and the magnetic momentum arising from the electron spin into account.
+ The magnetic dipole moment would point through the loop, with a magnitude equal to the current in the loop times the area of the loop.
+ The dipole antenna is one of the most important and commonly used type of radio antenna.
+ Being more specific, a dipole is usually an antenna that uses a resonant length of conductor.
+ Antihydrogen has, like many atoms and especially hydrogen, a small magnetic dipole moment.
+ More precisely, the term “magnetic moment” normally refers to a system’s magnetic dipole moment, which produces the first term in the multipole expansion of a general magnetic field.
+ If an oscillation leads to a change in dipole in the molecule, then it will absorb a photon which has the same frequency.
+ The length of a dipole is very important for selecting the frequency that the antenna will work at.
+ The dipole antenna is made of two poles into which radio frequency current flows.
+ This dipole acts like a magnet, if other bonds that work as dipoles are nearby, it will react to them.
+ An important characeristic of dipoles is their dipole moment, which is a vector quantity with both a Magnitude magnitude and direction.