ライフサイエンスコーパス: wavenumber

1 effective properties (density, bulk modulus, wavenumber).

2 a Scorpii) near 12.3 micrometers (811 to 819 wavenumbers).

3 -active modes shifted to significantly lower wavenumber.

4 on the solvent as well as on the excitation wavenumber.

5 o have the free-electron mass at much larger wavenumbers.

6 ver the full range of irradiation angles and wavenumbers.

7 hs, each corresponding to different incident wavenumbers.

8 wer CH stretching frequencies by hundreds of wavenumbers.

9 e optical path differences for the dispersed wavenumbers.

10 plays a pronounced positive signal at higher wavenumbers.

11 ration shifted characteristic peaks to lower wavenumbers.

12 by an increase in the amplitude of peaks at wavenumbers 1242cm(-1) and 1451cm(-1).

13 the N-N stretching vibration occur at lower wavenumbers (1260-1020 cm(-1)) than in the binary phases

14 bed the relaxation kinetics at two different wavenumbers, 1574 and 1669 cm (-1).

15 A weak infrared absorption feature near 4141 wavenumbers (2.415 micrometers) in the spectrum of WL5,

16 tion speed of 4-7 m/s predicted by theory; a wavenumber-2 or -3 structure for the planetary-scale, lo

17 governing surface stability over a range of wavenumbers 4-5 times larger than has previously been ob

18 within a particular wavelength range (zonal wavenumber 6-8).

19 At both wavenumbers, a portion of the relaxation is not resolved

20 points was derived from approximately 10(6) wavenumber-absorbance correlations.

21 In our previous studies of DNA, wavenumber-absorbance relationships of infrared spectra

22 Wavenumber-absorbance relationships of infrared spectra

23 To allow for wavenumber accuracy, a spectral calibration method has b

24 CD(2) band height and peak wavenumber analysis indicated that SP-B/C had no signifi

25 are sensitive to the flagellar beat pattern wavenumber and even to the asymptotically small modellin

26 asymmetric waves of higher amplitude, lower wavenumber and frequency propagating down the flagellum

27 singly, this motion is dominated by a single wavenumber and persists throughout the observation perio

28 The local wavenumber and subpartition amplitude ratios are determi

29 m head morphology and flagellar beat pattern wavenumber are conducted and reveal that stable surface

30 he melting temperature, the kinetics at both wavenumbers are biexponential.

31 e threshold absorbance peak shifted to lower wavenumbers as film thickness increased, which is consis

32 Within the wavenumber band l < 60, convective velocities are 20-100

33 l differences at the band ascribed to a high-wavenumber beta-sheet component near 1693 cm-1 and the b

34 rates that the most active species is a high wavenumber (ca. 1685 cm-1) carbonate that we associate d

35 A second, broader absorption at 4125 wavenumbers centimeters (2.424 micrometers) is probably

36 to the aniline amine were plotted versus the wavenumber (cm(-1)) for the lambdamax of the emission pr

37 nformations divided into three groups at 750 wavenumbers (cm-1)(A-->B, F), 1000 cm-1 [A-->C(2)], and

38 on, using partial least square regression in wavenumber combination of 1086-1056, 1343-1333, 1507-145

39 hifted by approximately 110 cm(-1) to higher wavenumbers compared to the parent tetracyano complexes

40 n bonding, the Raman intensity of the higher-wavenumber component of the canonical Fermi doublet is g

41 he possibility of transfer of energy to high wavenumber components in the condensate spatial profile.

42 ce of the secondary responses depends on the wavenumber content of a perturbation and the activity le

43 the partitioning of energy as a function of wavenumber, controls the phenomenology of force generati

44 with theoretical models also retaining full wavenumber-dependence, we find an excellent fit of the e

45 asymmetric with respect to the frequency and wavenumber domains in the dispersion relationship.

46 imaging spectrograph enables high-precision wavenumber duplicability of the 16 spectra.

47 interaction eigenvalue problem for the axial wavenumber, fluid pressure, and vibratory relative motio

48 alpha and IIbeta leads to a downshift in the wavenumber for both the alpha-helix and beta-strand band

49 pectrum was analyzed with SIMCA 2 at reduced wavenumbers for the classification of LF as well as BF s

50 A pure variable (e.g., wavenumber, frequency number, etc.) is defined as a vari

51 on relation in our numerical study using the wavenumber-frequency spectral analysis.

52 lop a simultaneous fingerprint (FP) and high-wavenumber (HW) confocal Raman spectroscopy and (ii) to

53 rint (FP) spectra (800-1800 cm(-1)) and high-wavenumber (HW) Raman spectra (2800-3600 cm(-1)) from th

54 entation of the transnasal image-guided high wavenumber (HW) Raman spectroscopy to differentiate tumo

55 The position of each bar matches the peak wavenumber in the corresponding spectrum but is independ

56 shift in the cyano stretch of 1 to a higher wavenumber in trifluoroethanol, which is consistent with

57 l space with axes representing the digitized wavenumbers, into readily visualizable two and three-dim

58 The N-N stretching wavenumber is preferred as a metric of N(2) reduction to

59 height of swimming sperm to the beat pattern wavenumber is sufficient to suggest the possibility that

60 This relation can be characterized by the wavenumber k and the particle radius r using the paramet

61 all scales, and a transition near horizontal wavenumber k(t) = f/NH, where f is the Coriolis paramete

62 Nonlinear sampling of the interferograms in wavenumber (k) space degrades the depth-dependent signal

63 Here we report a linear-in-wavenumber (k-space) spectrometer for an ultra-broad ban

64 dvection is dominated by Coriolis forces for wavenumbers l < 60, with Rossby numbers smaller than app

65 Fluctuations with wavenumbers larger than a few inverse microns are domina

66 a 25 mm radius hemisphere in terms of S/N at wavenumbers less than ca. 1400 cm(-1) despite the weaker

67 Wavenumber matching considerations can also be used to p

68 surface to absorb or reflect light is due to wavenumber matching requirements at the metal-sample int

69 the non-hydrogen-bonded phenoxyl, the lower-wavenumber member of the Fermi doublet loses most of its

70 an peak intensities of the higher- and lower-wavenumber members of the doublet) is diagnostic of spec

71 estimates for N, f, and H give a transition wavenumber near that observed, and numerical simulations

72 an apparent shift of nu(s)PO(2)(-) to higher wavenumbers (nu(s)PO(2)(-)M) in solution.

73 s detected by FT-IR spectroscopy at a unique wavenumber of 1104 cm(-1).

74 gher hydrophobicity with higher amplitude at wavenumber of 2874-2926 cm(-1) and 1731-1742 cm(-1) than

75 sc (25.82 mum in diameter, calculated at the wavenumber of 7.548 mum(-1)).

76 by plotting the absorption maxima versus the wavenumber of a Raman band found in the range 1610-1655

77 S)-NADD, there is an 11 cm-1 decrease in the wavenumber of the C4-D stretching band (nuC-D) and a 50%

78 le in tuning, the frequency variation of the wavenumber of the cochlear traveling wave was measured (

79 y predicted to be true for reductions in the wavenumber of the flagellum beat, but not universally so

80 infrared spectroscopy observes the change in wavenumber of the NO ligand band accompanying the isomer

81 fixed focal plane may inadvertently bias the wavenumber of the sperm that are observed.

82 rd propagation of planetary-scale waves with wavenumbers of 1 and 2, subsequently weakening the strat

83 t focal lengths depending on the wavelength (wavenumber) of the light.

84 patial information on NV electronic spins in wavenumber or 'k-space' followed by a fast Fourier trans

85 active phonons at approximately 100 and 300 wavenumbers pertaining to the lead-halide framework and

86 e an increase in CH(2) band heights and peak wavenumber positions indicated a further disordering of

87 1)) were analyzed, and band heights and peak wavenumber positions were assessed as a function of mono

88 o the full range of experimentally-available wavenumbers q, we extract the linear amplification rate

89 Close similarities in the low-wavenumber Raman spectra of the title compound and starc

90 High-wavenumber Raman spectroscopy is a reliable technique to

91 l differences in the CH region of HWVN (high-wavenumber) Raman spectra between melanoma and benign me

92 tion (QRA) of synoptic-scale waves with that wavenumber range becoming trapped within an effective mi

93 system acquired hyperspectral images in the wavenumber range of 102-2538 cm(-1) for a 25 x 25 mm(2)

94 AFM1 was best predicted in wavenumber range of 1800-650cm(-1) with coefficient of d

95 rgent) samples revealed clear differences in wavenumber range of 4000-500cm(-1).

96 in the range of 70-100nm, NIR spectra in the wavenumber range of 4000-7500cm(-1) and UV-Vis spectra i

97 laser source and the detection of a certain wavenumber range of the vibrational spectrum to differen

98 alth of information is contained in the high wavenumber range using 71 patients on a breast tissue mi

99 conformation spectra provide characteristic wavenumber ranges for the amide NH stretch fundamentals

100 unite group minerals were found in the lower wavenumber region from 700 to 400 cm(-1).

101 e equally shifted for all materials to lower wavenumbers relative to its noninteracting value in carb

102 sed to optimize PCR parameters, particularly wavenumber selection.

103 results based on Raman intensity variation, wavenumber shift, and linewidth broadening all give cons

104 The largest wavenumber shifts were 50cm(-1)/mM obtained for d-(+)-gl

105 und algorithm for optimal selection of a few wavenumbers, spectral phasor analysis provides a robust

106 ere for three recently introduced wavelength/wavenumber Standard Reference Materials (SRMs): SRM 2035

107 ponent suggests intensities at the following wavenumbers to be representative of nonplayable tapes: 1

108 the FT-IR chemical imaging, which has a high-wavenumber transmission window allowing measurement of t

109 smission mode with the same focus across all wavenumber values and simultaneous improvement in spatia

110 wavenumber while they are defocused at other wavenumber values.

111 The theoretical wavenumber was a solution of the dispersion relation of

112 The experimental wavenumber was found by taking the phase difference of b

113 s obtained are in focus only at a particular wavenumber while they are defocused at other wavenumber

114 For beta-sheet content predictions, 580 wavenumbers within the amide I, II, A, and B and the C-H

115 alpha-helix content prediction utilized 120 wavenumbers within the amide I, II, A, B, and IV and the

116 y blotting and the acquisition of distance x wavenumber x intensity three-dimensional TLC-SERS plots.