ライフサイエンスコーパス: peak-to-peak

1 anging in strength from 25 mV/cm to 20 V/cm (peak to peak).

2 t is 3.2 x 10(-6) AU rms and 1.3 x 10(-5) AU peak-to-peak.

3 eration limited to signal levels up to 20 mV peak-to-peak.

4 An input peak-to-peak AC voltage of 10 mV and sweeping-frequency

5 ps of 2% until a motor response with a 50 uV peak to peak amplitude, defined as the RMT, was evoked a

6 orded, and the visual evoked potential (VEP) peak-to-peak amplitude (N70 and P100) was calculated for

7 frequency alters EP morphology, focusing on peak-to-peak amplitude (PPa), peak-to-peak duration (PPd

8 or threshold, latency, area-under-the-curve, peak-to-peak amplitude and duration.

9 The N70-P100 peak-to-peak amplitude and N70 and P100 latencies were a

10 CA)-LIBS score values with the acoustic wave peak-to-peak amplitude and with the intraposition signal

11 The x-ray flux from M82 is modulated, with a peak-to-peak amplitude corresponding to an isotropic lum

12 , so even apparently simple measures such as peak-to-peak amplitude have a complex interpretation.

13 lse trials only showed noteworthy changes in peak-to-peak amplitude in the 100 dB condition.

14 Peak-to-peak amplitude of action potentials ranged from

15 showed a significantly lower increase in the peak-to-peak amplitude of N-tert-butyl-alpha-phenylnitro

16 The peak-to-peak amplitude of the composite MJO modulation i

17 We measured the peak-to-peak amplitude of the evoked motor potential (ME

18 The peak-to-peak amplitude of their result must be reduced t

19 The VEP peak-to-peak amplitude was reversibly suppressed relativ

20 he rates of losses were 10.5% per decade for peak-to-peak amplitude, 11.7% per decade for scalar prod

21 s showing population spikes larger than 5 mV peak-to-peak amplitude, a depression of spike size was o

22 ements of MUP templates, including duration, peak-to-peak amplitude, area, area-to-amplitude ratio, a

23 bility for latency, area-under-the-curve and peak-to-peak amplitude.

24 r =1 mV or > or =15% of the preceding R-wave peak-to-peak amplitude.

25 profile as a function of the electric field peak-to-peak amplitude.

26 methods were used to quantify the responses: peak-to-peak amplitudes and implicit times, scalar produ

27 h jerk, pendular, or both waveforms and with peak-to-peak amplitudes as great as 15 degrees .

28 MUP peak-to-peak amplitudes in the patients with OSA were no

29 We recorded action potentials with peak-to-peak amplitudes of 15.1-91.7 uV and signal-to-no

30 Large internal tidal waves with peak-to-peak amplitudes of up to 300 meters occur on the

31 Spike amplitudes of 84 uV peak-to-peak and signal-to-noise ratio of 6.24 were achi

32 P_MV), as well as number of zero-crossings, peak-to-peak, and area of sudden deceleration and accele

33 e is 2.8 x 10(-6) AU rms and 1.0 x 10(-5) AU peak-to-peak, and for the HPLC separations, it is 3.2 x

34 on was only 2 x 10(-7) absorbance units (AU) peak to peak, as compared to 1 x 10(-5) AU for a state-o

35 tress with an average amplitude of 2.7 mm Hg peak to peak at a 1-Hz frequency for 2 hours in the pres

36 ith a path length of 200 microm, whereas the peak-to-peak baseline noise of CRDS detection is approxi

37 e figures of merit should be compared to the peak-to-peak baseline noise of one of the best commercia

38 The peak-to-peak baseline noise of the thermal lensing detec

39 ificant (76%) reduction was observed in mean peak-to-peak bipolar electrogram voltage before and afte

40 -Related Potential (ERP) techniques (such as peak-to-peak) by applying Randomisation, a form of Monte

41 For toxicity, peak-to-peak comparisons between ERG studies before and

42 he solar signal, our record shows a distinct peak-to-peak correlation with cosmogenic nuclide (14)C,

43 One hundred thirteen patients with AMI had peak-to-peak cyclic IBS measured in the myocardial terri

44 mongst replicates, and often exhibit varying peak-to-peak distances (non-stationarity).

45 o monodisperse LiYF(4):Yb,Tm bipyramids with peak-to-peak distances of (43 +/- 2) nm and (29 +/- 2) n

46 lse oximeter (correlation between respective peak-to-peak distances was 0.977).

47 y, focusing on peak-to-peak amplitude (PPa), peak-to-peak duration (PPd), and time to peak (TP).

48 interpolation to measure half-amplitude and peak-to-peak durations, applies principal component anal

49 Ocular survival, disease-free survival, ERG: peak-to-peak ERG amplitudes in response to 30-Hz photopi

50 If, as suggested by measured peak-to-peak extension distances, pulling proceeds to ne

51 rthermia and high pressures of HIFU (8.2 MPa peak-to-peak free-field at 1 MHz) relative to controls.

52 We detect three PDWs, each with peak-to-peak gap modulations of around 10 mueV and at in

53 The average immediate peak to peak gradient reduction was 56.4 +/- 19.9% (mean

54 by NPS R-568 varied over a 2-fold range from peak to peak intervals of 60-70 to 30-45 s, depending up

55 consist of 2 or more population spikes with peak to peak intervals of approximately 5 ms.

56 chroic signals at 370 and 406 nm, and an ESR peak-to-peak line width of 13.9 G.

57 The SQ exhibits a g = 2.005 signal with a peak-to-peak line width of approximately 1.1 milliteslas

58 determination that is based on measuring the peak-to-peak line width of the EPR spectrum in the prese

59 ignal consists of a broad single line with a peak-to-peak linewidth of 15 Gauss and a g value of 2.00

60 imilar showing [Glucan+Na](+) cations with a peak-to-peak mass difference of 16 Da consistent with th

61 le extensor motoneurons, producing increased peak-to-peak modulation of synaptic currents.

62 A detection limit of 780 (3 x peak-to-peak noise) or 180 ppb (3 x rms noise) is estima

63 a low and stable background current with low peak-to-peak noise.

64 ing the criterion of a signal of 3 times the peak-to-peak noise.

65 on nanotube yarn generated a 2.8-fold higher peak-to-peak open circuit voltage (OCV) and a 1.5-fold h

66 The prototype device provides a peak-to-peak open-circuit voltage of 157 V and instantan

67 Effects of fields of < or = 16 V m(-1) peak-to-peak (p-p) did not outlast application.

68 Hz was associated with a lack of increase in peak-to-peak pelvic floor EMG amplitude compared to stim

69 tocorrelation function peaks, and an average peak-to-peak period length of ~7.5 generations.

70 lar fluctuations with a wide distribution of peak-to-peak period lengths averaging approximately nine

71 When electrically driven with oscillating peak-to-peak potentials of +/-1 to +/-10 kV, the paper-b

72 ound had a -6 dB bandwidth of 31.3 MHz and a peak-to-peak pressure of 1.87 MPa, as measured at 1.5 mm

73 as employed (220 kHz frequency, and 0.44 MPa peak-to-peak pressures) for 30 min.

74 nd scatter plots of peak frequency, RMS, and peak-to-peak received levels.

75 Amplitude of peak to peak recruitment was greater in the contralatera

76 oduce a new metric that can enable comparing peak-to-peak resolution across varying cIMS-MS pathlengt

77 separation was quantified by calculating the peak-to-peak resolution for each pairwise combination of

78 ow rate during separation that increases the peak-to-peak resolution of the resulting fractograms.

79 An increase in peak-to-peak resolution was also noted as pressure incre

80 We found that the peak-to-peak responses of a class of visual motion-proce

81 with the liquid properties, the ratio of the peak to peak roughness and the surface feature mean widt

82 The peak-to-peak SEP amplitudes increased as the power in th

83 T, 2.1 fold higher peak current and very low peak to peak separation (DeltaE(p)) of 26 mV were observ

84 aks with the formal potential of -0.33 V and peak to peak separation of 22 mV.

85 signals, and exhibit a doublet signal with a peak-to-peak separation (deltaB) of 56 G.

86 analysis of two-peak resolution (R(pp)) and peak-to-peak separation (DeltaP) indicated that HRdm per

87 to 500 mV s(-1) range, allowed to determine peak-to-peak separation, half-wave potential, and charge

88 try behaviour such as peak broadening, large peak-to-peak separation, peak asymmetry and multiple pea

89 is shown, with enhanced currents and reduced peak-to-peak separations in the voltammetry in compariso

90 The peak-to-peak source levels (SL, measured at one meter fr

91 ously showed that brief application of 2 mA (peak-to-peak) transcranial currents alternating at 10 Hz

92 eived angle of their whole-body tilt and the peak-to-peak translation of their head in space and used

93 pression in single-cell time series, despite peak-to-peak variability in period and amplitude of sing

94 umetry and aqueductal CSF hydrodynamics (CSF peak-to-peak velocity amplitude and aqueductal stroke vo

95 oke volume (14.6 muL; P = .045) and mean CSF peak-to-peak velocity magnitude (2.2 cm/sec; P = .01).

96 levels that maximized oxygenation, minimized peak-to-peak ventilation pressures, and minimized indexe

97 the electric field generated at 3 MHz and 20 peak to peak voltage (V(pp)), and only targeted E. coli

98 (EGM) analysis in AF is the resultant lower peak-to-peak voltage (Vpp) from variations in wavefront

99 TFSI]) as the luminophore turned on at an AC peak-to-peak voltage as low as 2.6 V (i.e., -1.3 to +1.3

100 ation yielded 421 single neurons with a mean peak-to-peak voltage of 115 +/- 3 microV and a signal-to

101 des; low frequency (10 Hz) sinusoidal (0.5 V peak-to-peak) voltage increases connectivity between sti

102 , high frequency (1000 Hz) sinusoidal (2.5 V peak-to-peak) voltage stimulation decreases network conn

103 m to compare bipole Vpp with novel omnipolar peak-to-peak voltages (Vmax) in sinus rhythm (SR) and AF

104 was measured at 1.3 ms with an 800 Hz, 90 V, peak-to-peak (Vpp) applied AC field.

105 By systematically tuning the peak-to-peak wavelength of this spatial temperature vari

106 and TPEEPT have g values of 2.008-2.012 and peak-to-peak widths in the range 4.2-5.3 G.

107 e, spike amplitudes ranged from 70 to 300muV peak to peak, with a mean signal-to-noise ratio of bette