fundamental quantity การใช้

• Further, the scalar potential is the fundamental quantity in quantum mechanics.
• This emphasis of momentum as a fundamental quantity in dynamics is of prime importance.
• Kinoshita is known for his extensive precision computations of fundamental quantities in quantum electrodynamics.
• One of the most fundamental quantities of coherent structures is characterized by coherent vorticity, \ Omega _ c.
• The fundamental quantity is the measure of the activity of an excitatory or inhibitory subtype within the population.
• Maxwell, at first, did not adopt the modern concept of a field as fundamental quantity that could independently exist.
• Thus, similar to the definition of other fundamental quantities ( like time and mass ), space is defined via measurement.
• This question is at the root of the nature of information _ is it a fundamental quantity in the Universe?
• The fundamental quantities involved electroweak theory and corrections related to the Standard Model, such as the Kenneth Lane, Kurt Gottfried.
• The Hamiltonian in classical mechanics is derived from a Lagrangian, which is a more fundamental quantity relative to special relativity.
• The proposal before the CIPM seeks to remedy this by using the fundamental quantities of nature as the basis for deriving the base units.
• To avoid misunderstandings, the meaning of any " A-like " symbol should always be explicitly defined in terms of the more fundamental quantities involved.
• Setting the units of measurement, physics covers such fundamental quantities as space ( length, breadth, and depth ) and time, mass and force, temperature, energy, and quantum.
• Space is one of the few fundamental quantities in physics, meaning that it cannot be defined via other quantities because there is nothing more fundamental known at present.
• In physics and other sciences, " time " is considered a fundamental quantity; part of the basic structure of the universe, a dimension in which events occur in sequence.
• The idea that information could be the fundamental quantity at the core of physics was presented earlier by Wiley-Interscience, 1977 ) developed the idea in detail, but without mathematical rigor.
• In the continuous process the payment is made continuously, as one might pour fluid from one container into another, where the rate of payment is the fundamental quantity " ."
• That leaves every physical quantity expressed as a dimensionless number, so it is not surprising that there are also physicists who have cast doubt on the very existence of incompatible fundamental quantities.
• In physics, "'mass energy equivalence "'states that anything having mass has an equivalent amount of energy and vice versa; these fundamental quantities are directly related to one another by Albert Einstein's famous formula
• In the electromagnetic cgs system, electric current is a fundamental quantity defined via Amp鑢e's law and takes the permeability as a dimensionless quantity ( relative permeability ) whose value in a vacuum is unity.