Examples of using Schroedinger in English and their translations into Danish
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It's Schroedinger.
I speak, of course, of Schroedinger.
Jeg taler jo om Schrödinger.I sent Schroedinger so you would know I was a friend.
Jeg sendte Schrödinger, så du kunne vide, at jeg var en ven.His name's Schroedinger.
Han hedder Schrödinger.The Schroedinger equation for a system is derived from its Hamiltonian function.
Det Schrödinger ligning for et system er afledt af dens Hamiltonian funktion.
People also translate
Don't forget Schroedinger.
Glem nu ikke Schrödinger.Erwin Schroedinger constructed an extremely interesting thought experiment.
Udviklet et ekstremt interessant tankeeksperiment. For at forklare det, har Erwin Schrödinger.So you would know I was a friend. I sent Schroedinger.
Jeg sendte Schrödinger, så du kunne vide, at jeg var en ven.But the Schroedinger equation approach can be solved for only a very limited number of models.
Men Schroedinger ligning tilgang kan løses for kun et meget begrænset antal modeller.The wave function for a system is found as a solution to its Schroedinger equation.
Kurven funktion for et system er fundet som en løsning på sin Schrödinger ligning.Schroedinger later formulated the concept of Zitterbewegung(trembling motion) in the movement of particles at the quantum level.
Schroedinger senere formulerede begrebet Zitterbewegung(rysten bevægelse) i bevægelsen af partikler på kvante-niveau.Devised an extremely interesting thought experiment. To help explain,Erwin Schroedinger.
Udviklet et ekstremt interessant tankeeksperiment. For at forklare det,har Erwin Schrödinger.The Schroedinger equation replicated this explanation in a more sophisticated manner and the Bohr analysis was considered obsolete.
Det Schroedinger ligning kopieret denne forklaring på en mere sofistikeret måde, og Bohr analyse blev anset for forældet.
If H^ is the Hamiltonian operator for the system andt is time then the Schroedinger equation for the system is.
Hvis H^ er det Hamiltonian fører til systemet ogt er tiden derefter Schrödinger ligning for systemet.Beyond this limited set the Schroedinger equation approach gives no insights, whereas the Bohr model does provide insights into diverse cases.
Ud over denne begrænsede sæt Schroedinger ligning tilgang giver ingen indsigt, mens Bohr model giver indsigt i forskellige sager.It is generally accepted that the squared value of the wave function solution to the Schroedinger equation for a system is a probability density function.
Det er almindeligt accepteret, at den kvadrerede værdi af bølgefunktionen løsning på Schroedinger ligning for et system er en tæthedsfunktion.The Schroedinger Equation Erwin SchroedingerThe wave function for a system is found as a solution to its Schroedinger equation.
Det Schrödinger ligning Erwin This means that if P(x)is the probability density from the Schroedinger equation then the velocity in the quantum level is given by.
Det betyder, at hvis P(x)er sandsynligheden tæthed fra Schrödingers ligning så hastigheden i kvante-niveau er givet ved.The Schroedinger equation for a system is derived from its Hamitonian Operator, which is its Hamiltonian function with momentum being replaced by ih∇ where i is the imaginary unit, h is Planck's constant divided by 2π and∇ is the gradient operator for the system.
Det Schrödinger ligning for et system er afledt af dens Hamitonian operatør, som er dens Hamiltonian funktion med momentum er erstattet af ih∇ hvor i er den imaginære enhed, h er Planck's konstant divideret med 2π og ∇ er en gradient operatør for systemet.Therefore the time averaged version of the limit of the solution to the time independent Schroedinger equation for a system is its time spent probability density function.
Derfor tiden gennemsnit version af grænsen af løsningen på tiden uafhængig Schroedinger ligning for et system er det tid brugt sandsynlighedsfordeling.If H^ is the Hamiltonian operator for the system andt is time then the Schroedinger equation for the system is H^ψ ih(∂ψ/∂t) Deviations from the Expected Values The deviation of a variable f(X) from its expected value is expressed Δf f(X)-< f> The expected value of the squared deviations of a variable is called its variance.
Hvis H^ er det Hamiltonian fører til systemet ogt er tiden derefter Schrödinger ligning for systemet H^ψ ih∂(ψ/∂t) Afvigelser fra de forventede værdier Afvigelsen fra en variabel f(X) fra den forventede værdi er udtrykt Δf f(X)- f > Den forventede værdi af kvadreret afvigelser fra en variabel kaldes dens afvigelse.The Nature of the Probability Density Distributions in Quantum Theory The fact that the probability density distribution that derives from the Schroedinger equation reduces to the time-spent probability density distribution of classical analysis strongly suggest that it is itself in the nature of a time-spent probability density distribution.
Den art sandsynlighedstæthed Udlodninger i Quantum Theory Det faktum, at sandsynligheden tæthed fordeling, der stammer fra Schrödingers ligning reducerer til den tid-brugt sandsynlighedsfordeling distribution af klassisk analyse tyder på, at det har karakter af en tid-brugt sandsynlighedsfordeling.This means that if P(x) is the probability density from the Schroedinger equation then the velocity in the quantum level is given by:_v(x)_ 1/(TP(x)) where T is the time period of the periodic motion of the system.
Det betyder, at hvis P(x) er sandsynligheden tæthed fra Schrödingers ligning så hastigheden i kvante-niveau er givet ved: _v(x)_ 1/(TP(x)) hvor T er den periode af den periodiske bevægelse af systemet.The fact that the probability density distribution that derives from the Schroedinger equation reduces to the time-spent probability density distribution of classical analysis strongly suggest that it is in the nature of a time-spent probability density distribution.
Det faktum, at sandsynligheden tæthed fordeling, der stammer fra Schrödingers ligning reducerer til den tid-brugt sandsynlighedsfordeling distribution af klassisk analyse tyder på, at det har karakter af en tid-brugt sandsynlighedsfordeling.If the probability density function from the time independent Schroedinger equation corresponds to a time spent probability distribution the Schroedinger probability density can be converted into a an absolute value of the velocity of a particle at the quantum level.
Hvis tæthedsfunktionen fra det tidspunkt uafhængig Schroedinger ligning svarer til en tid brugt sandsynlighedsfordeling Schroedinger sandsynlighedstæthed kan omdannes til en absolut værdi af hastigheden af en partikel på kvanteniveau.
