ライフサイエンスコーパス: quantization

1 ion of elastic normal mode theory and vector quantization.

2 ctive was to investigate the impact of image quantization.

3 tum oscillation that does not rely on Landau quantization.

4 antum control and characterization of charge quantization.

5 period of which agrees with the lateral size quantization.

6 chemical potential regimes far from perfect quantization.

7 e the kinetic energy is frozen out by Landau quantization.

8 er tomography for simultaneous capillary CBF quantization.

9 ducts for enhanced detection sensitivity and quantization.

10 sing fermionic carriers that undergo orbital quantization.

11 s an internal standard for R6G concentration quantization.

12 ems in the more standard theory of geometric quantization.

13 ctron density using the techniques of vector quantization.

14 by single-electron charging and energy-level quantization.

15 Here, we report a quantum Hall resistance quantization accuracy of three parts per billion in mono

16 al neural network based on a learning vector quantization algorithm, was used to identify putative co

17 oducing two tools--semiclassical phase-space quantization and a numerical implementation of a layered

18 The quantization and calculation methods both had an impact

19 ulti-scale refinement method based on vector quantization and force-field methods that gives excellen

20 sult in an exponential suppression of charge quantization and in a universal square-root scaling, val

21 to interesting findings of fractional charge quantization and magnetic monopoles.

22 in metals and semiconductors leads to Landau quantization and magneto-oscillatory behavior in their p

23 omplexity technique based on classification, quantization and sampling of MS peaks.

24 es using co-occurrence matrices (such as the quantization and spatial directionality relationships) w

25 m, the interrelation between the conductance quantization and the topological properties of the syste

26 ctrons results in spin-dependent conductance quantization and various unusual magnetoresistive phenom

27 Absorptance quantization appears to be universal in 2D systems inclu

28 guity in the previously utilized energy-time quantization approach and correctly reproduces the numer

29 ument the breakdown of universal conductance quantization as many-body correlations appear.

30 diagonal resistance without Hall resistance quantization at low temperatures and low magnetic fields

31 In such devices, we observe conductance quantization at low temperatures, corresponding to balli

32 a characteristic dependence on the choice of quantization axis.

33 d: a quantization into a set number of bins (quantization B) and an alternative quantization with bin

34 Features were more reliable in PET with quantization B, whereas quantization W showed better res

35 Quantization by EPR gives a yield of 0.85 radicals per P

36 The observed anomalous quantization challenges a Fermi liquid description of th

37 found to oscillate according to the Onsager quantization condition, involving only fundamental const

38 was periodic according to the London fluxoid quantization condition.

39 side branch, which does not affect the flux quantization condition.

40 Strong quantization effects and tuneable near-infrared photolum

41 This calculation includes quantization effects on bound vibrations but not on the

42 Quantization error owing to the finite voxel representat

43 le strips formed at the edges result in Hall quantization, even if the bulk is compressible.

44 etamaterial which exploits the magnetic flux quantization for switching.

45 s: from a 4-bit uniform to 3-bit non-uniform quantization in phase.

46 roviding for more accessible use of absolute quantization in research and in diagnostics.

47 Today, the persistence of charge quantization in small, weakly connected conductors allow

48 biguously confirm the identification of size quantization in the constriction.

49 Similar quantization in the phonon spectra has been difficult to

50 Two quantization methods were considered: a quantization into a set number of bins (quantization B)

51 an be significantly increased such that full quantization is achieved at 300 mK, and zero-field Hall

52 approaching the ballistic limit, that charge quantization is destroyed by quantum fluctuations, and s

53 The quantization is realized by the strong cross-phase modul

54 We found that noise, resolution, choice of quantization method and the number of gray levels in the

55 ow the ADC map is constructed, the choice of quantization method, and the number of gray levels in th

56 ilar resolutions and noise levels, using one quantization method, and the same number of gray levels

57 Our quantization method, specifically designed for supercond

58 Two quantization methods were considered: a quantization int

59 angle, poor scalability, and the presence of quantization noise, unwanted diffractive orders and zero

60 gains in the current transducer, minimizing quantization noise.

61 stal with a well-defined orientation of spin quantization NV axes is attached to the fiber tip, allow

62 of Atiyah and Weinstein for the index of the quantization of a contact transformation between cospher

63 This is the first experimental quantization of an ortho fluorine effect as predicted by

64 An algorithm based on scale-specific quantization of biorthogonal wavelet coefficients was de

65 e primary KIE is mainly a consequence of the quantization of bound vibrations.

66 he edge-mode transport leads to the observed quantization of conductance close to multiples of G0 = 2

67 l consequences, most famously explaining the quantization of electric charge.

68 One striking result in this domain is the quantization of electrical conduction, observed in a qua

69 modified by single-electron charging and the quantization of energy levels.

70 as observed directly in systems in which the quantization of flow could not be observed, and indirect

71 port a blood test, based on the simultaneous quantization of four analytes (leptin, prolactin, osteop

72 wn to few tens of mK are needed to reach the quantization of Hall resistance, which is two orders of

73 le moves freely inside the cage and exhibits quantization of its translational and rotational degrees

74 Prominent examples include the anomalous quantization of magneto-electric coupling, half-fermion

75 Key to quantization of mineral formation is the use of first-de

76 Here we demonstrate that quantization of molecular rotation plays a key role in c

77 The value of quantization of neutrophil PRV-1 mRNA, platelet c-mpl ex

78 sistivity: the first can be explained by the quantization of spin density waves due to the finite fil

79 image both the spatial interference and the quantization of such confined plasmonic fields.

80 This paper is devoted to the quantization of the degree of nonlinearity of the relati

81 Although the quantization of the electrical conductance of one-dimens

82 themselves in transport experiments with the quantization of the Hall resistance and a vanishing long

83 The exact quantization of the Hall resistance and the zero of the

84 Quantization of the Hall resistance arises from occupati

85 The effect comprises the quantization of the Hall resistance in two-dimensional e

86 our knowledge, successful visualization and quantization of the interface between live cells and a s

87 icant number of vesicles, showing correlated quantization of the lamellarity.

88 This time evolution is a consequence of the quantization of the light field in the cavity and the no

89 o the partitioned charge), we first observed quantization of the partitioned charge q = e*/e = n, wit

90 But quantization of the radiation field is required to expla

91 ultracold energy regime lead to an effective quantization of the scattering phase shift enabling maxi

92 lattices, which by Euler's theorem requires quantization of their cone angles.

93 ur results establish the universality of the quantization of thermal conductance for fractionally cha

94 xperimentally established, demonstrating the quantization of thermal conductance has been challenging

95 We observe the quantization of this response, which we term the rotatio

96 anning tunnelling spectroscopy we follow the quantization of unoccupied molecular states as a functio

97 age-level representations by applying vector quantization on the image descriptors.

98 onfiguration exists in a plasma and exhibits quantization owing to its small size.

99 We show that the phase-space quantization picture fixes an ambiguity in the previousl

100 Image quantization played a major role in feature repeatabilit

101 how these logical relations based on coarse quantization reflect corresponding relations in the cont

102 repeatability also depended strongly on the quantization step, with different optimal choices for ea

103 as principal components analysis and vector quantization, that learn holistic, not parts-based, repr

104 a quantum dot with strong strain and strong quantization, the heavy hole with spin-3/2 behaves as a

105 ies that different mechanisms underlie their quantization: the additive response of nonsaturated AMPA

106 We discuss some applications of signature quantization to the representation theory of compact Lie

107 in vector space, with tree-structured vector quantization (TSVQ).

108 e ultralow temperatures needed to reach full quantization-usually below 100 mK in either Cr- or V-dop

109 reliable in PET with quantization B, whereas quantization W showed better results in CT.

110 ative quantization with bins of fixed width (quantization W).

111 In the framework of geometric quantization we explicitly construct, in a uniform fashi

112 We explain the observed conductance quantization, which is fractional in the bipolar regime

113 we explore the complete evolution of charge quantization while scanning the entire range of connecti

114 of bins (quantization B) and an alternative quantization with bins of fixed width (quantization W).

115 Group (JPEG) or wavelet-based trellis-coded quantization (WTCQ) algorithms at compression ratios of