elementary charge การใช้

• With q being the elementary charge and n the electron density.
• The elementary charge, measured in terms of the Planck charge, is
• This elementary charge is a fundamental physical constant.
• The electron is a stable particle possessing one elementary charge and one electron mass.
• "The ampere is equivalent to one coulomb ( roughly times the elementary charge ) per second.
• In this case, " elementary charge " would be synonymous with the " quantum of charge ".
• Na + is a sodium ion with charge number positive one ( an electric charge of one elementary charge ).
• The elementary charge is one of the fundamental physical constants, and accurate knowledge of its value is of great importance.
• For instance, the accepted value of the unit of elementary charge can properly be expressed as, which is shorthand for
• The magnitude of the elementary charge was first measured in Robert A . Millikan's noted oil drop experiment in 1909.
• In this case, one says that the " elementary charge " is three times as large as the " quantum of charge ".
• ,the accepted value for the elementary charge is, where the ( 35 ) indicates the uncertainty of the last two decimal places.
• Where e is the electric charge of the particle ( not necessarily the elementary charge ), \ phi is the gauge transformation ).
• The elementary charge-to-electron mass quotient, e / m _ { e }, is a quantity in experimental physics.
• Charge number or valence of an ion is the coefficient that, when multiplied by the elementary charge, gives the ion's charge.
• The elementary charge " e " is one of the fundamental physical constants and thus the accuracy of the value is of great importance.
• Where U = eV is the potential energy of the electron in the central field, and " e " is the elementary charge.
• The measurements in electron volts are less accurate, because the conversion involves the elementary charge, which is not as accurately known as the masses themselves.
• N is the nuclear magneton, " e " is the elementary charge and " m " p is the proton rest mass.
• On the other hand, the term " elementary charge " is unambiguous : it universally refers to a quantity of charge equal to that of a proton.