Übersetzung für 'quantization parameter' von Englisch nach Deutsch

quantization parameter

Quantisierungs­parameter {m}math.

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velocity encoding parameter <VENC parameter>

VENC-Parameter {m}MedTech.

Werbung

quantization

Quantelung {f}phys.

Quantifizierung {f}

Quantisierung {f}

quantization scheme

Quantisierungs­schema {n}phys.

quantization step

Quantisierungs­stufe {f}phys.

amplitude quantization

Amplitudenquantisierung {f}phys.

Amplitudenquantelung {f}phys.

vector quantization

Vektorquantisierung {f}comp.

directional quantization

Richtungs­quantisierung {f}phys.

space quantization

Richtungs­quantisierung {f}phys.

Richtungs­quantelung {f}phys.

quantization noise

Quantisierungs­rauschen {n}MedTech.phys.

quantization error

Quantisierungs­fehler {m}

quantization range

Quantisierungs­bereich {m}

quantization distortion

Quantisierungs­verzerrung {f}

quantization of direction

Richtungs­quantelung {f}phys.

Richtungs­quantisierung {f}phys.

learning vector quantization <LVQ>

lernende Vektorquantisierung {f} <LVQ>

parameter

Übergabevariable {f}comp.

• Loop-quantization does not reproduce the result for black hole entropy originally discovered by Bekenstein and Hawking, unless the value of a free parameter is set to cancel out various constants such that the Bekenstein–Hawking entropy formula is reproduced.
• Loop-quantization does not reproduce the result for black hole entropy originally discovered by Bekenstein and Hawking, unless one chooses the value of the Immirzi parameter to cancel out another constant that arises in the derivation.
• An experiment based on flux quantization of a three-grain ring of YBa2Cu3O7 (YBCO) was proposed to test the symmetry of the order parameter in the HTS.
• The parameter that can be changed to set the final quality is the quantization step: the greater the step, the greater is the compression and the loss of quality.
• An experiment based on pair tunneling and flux quantization in a three-grain ring of YBa2Cu3O7 (YBCO) was designed to test the symmetry of the order parameter in YBCO.

• For scale-invariant dilatonic theories of gravity with standard model-type matter couplings, Charles Wang and co-workers show that their loop quantization lead to a conformal class of Ashtekar–Barbero connection variables using the Immirzi parameter as a conformal gauge parameter without a preferred value.
• All noise sources except for photon noise and quantization noise can be included into a single parameter, the variance of the dark noise.
• Scalar quantization is then applied to round the transform coefficients to the appropriate precision determined by a step size control parameter, and the quantized transform coefficients are zig-zag scanned and entropy-coded (using a "run-level" variable-length code) to remove statistical redundancy.
• Consistency conditions between electric and magnetic charges limit the possible 't Hooft loops that can be used, similarly to the way that the Dirac quantization condition limits the set of allowed magnetic monopoles.
• The relativistic classical open string (background) is subject to quantization.

• Some aspects of vacuum structure in light-front quantization can be analyzed by studying properties of massive states.