Search datasets

33,758 datasets found

• S. cerevisiae 80-rDNA copy strain

  The University of Auckland

  S. cerevisiae strain with 80 rDNA copies

  Created 1 March 2021 • Updated 26 April 2024

• S. cerevisiae 40-rDNA copy strain

  The University of Auckland

  S. cerevisiae strain with 40 rDNA copies

  Created 1 March 2021 • Updated 26 April 2024

• LP or VT signals? How wave intrinsic attenuation influences volcano seismic...

  The University of Auckland

  These are the modelled data results for the manuscript entitled "LP or VT signals? How wave intrinsic attenuation influences volcano seismic signatures on Whakaari volcano"

  Created 1 March 2021 • Updated 26 April 2024

• Spatial uniformity of Dell U2415b

  The University of Auckland

  For explanation, see dataset titled "Spatial uniformity of EIZO CG247X".

  Created 1 March 2021 • Updated 26 April 2024

• Flicker cycle-averaged rms luminance for Dell U2415b

  The University of Auckland

  For details, see file "Flicker cycle-averaged rms luminance for EIZO CG247X".

  Created 1 March 2021 • Updated 26 April 2024

• Flicker cycle-averaged rms luminance for EIZO CG247X

  The University of Auckland

  Data for Figure 8 of the manuscript. Data are organized into 10 rows and 30 columns. Each column comprises 10 repeated measures. Columns 1 to 6 are for contrast = 20%, flicker frequency = 0.94 ... 30 Hz. Columns 7 to 12 are for contrast = 40%, flicker frequency = 0.94 ... 30 Hz. And so on. Data are normalized as described in the manuscript.

  Created 1 March 2021 • Updated 26 April 2024

• Flicker cycle-averaged luminance for Dell U2415b

  The University of Auckland

  For details, see file "Flicker cycle-averaged luminance for EIZO CG247X".

  Created 1 March 2021 • Updated 26 April 2024

• Flicker cycle-averaged luminance for EIZO CG247X

  The University of Auckland

  Data for Figure 8 of the manuscript. Data are organized into 10 rows and 30 columns. Each column comprises 10 repeated measures. Columns 1 to 6 are for contrast = 20%, flicker frequency = 0.94 ... 30 Hz. Columns 7 to 12 are for contrast = 40%, flicker frequency = 0.94 ... 30 Hz. And so on. Data are normalized, but not offset, as in the manuscript.

  Created 1 March 2021 • Updated 26 April 2024

• Viewing angle for Dell U2415b

  The University of Auckland

  For details, see file "Viewing angle for EIZO CG247X".

  Created 1 March 2021 • Updated 26 April 2024

• Viewing angle for EIZO CG247X

  The University of Auckland

  Data for Figure 3 of the manuscript. The file is organized in 2 blocks, each comprising 9 rows of 6 repeated measurements. The upper block is for display in the "landscape" orientation. The first column is the angular rotation (degrees) of the turntable. The lower block is as per the upper block, but the display was in the "portrait" orientation. Unit of...

  Created 1 March 2021 • Updated 26 April 2024

• Two-pulse time series EIZO CG247X

  The University of Auckland

  Data for Figure 9 of the manuscript. This file contains 16 columns. Column 1 is time rel. to a trigger, running from approx. -0.05 to 0.5 s. Columns 2,3,4 are the measured, predicted, error time series (see figure) for interpulse interval T = 0. Columns 5,6,7 are the measured, predicted, error time series for interpulse interval T = 16.7ms. And so on.

  Created 1 March 2021 • Updated 26 April 2024

• Two-pulse time series Dell U2415b

  The University of Auckland

  For details, see file "Two-pulse time series EIZO CG247X".

  Created 1 March 2021 • Updated 26 April 2024

• Spatial uniformity of EIZO CG247X

  The University of Auckland

  Data for Figure 2 of the manuscript. Rows 1 to 3 are low, medium, and high-luminance measurements, respectively, at display position 1. Rows 4 to 6 are low, medium, and high-luminance measurements, respectively, at display position 2. And so on. Columns are repeated measures. Unit of measure is cd/m^2.

  Created 1 March 2021 • Updated 26 April 2024

• Time series (for computing Fourier spectra) for EIZO CG247X

  The University of Auckland

  Time series data for Figure 4 of the manuscript. The file contains 110 time series (columns), each is 1 second duration, sampled at 100kHz. Time series 1 to 10 (ie., columns 1 to 10) are measurements of a test patch at 0% luminance. Time series 11 to 20 are measurements of a test patch at 10% luminance. And so on. Unit of measure is mV.

  Created 1 March 2021 • Updated 26 April 2024

• Time series (for computing Fourier spectra) for Dell U2415b

  The University of Auckland

  For details, see file "Time series (for computing Fourier spectra) for EIZO CG247X".

  Created 1 March 2021 • Updated 26 April 2024

• Rise times for Dell U2415b

  The University of Auckland

  Data for Figure 5 in the manuscript. Rows 1 through 5 are rise times for transitions from 0% luminance to 0, 25, 50, 75, and 100% luminance, respectively. Rows 6 through 10 are rise times for transitions from 25% luminance to 0, 25, 50, 75, and 100% luminance, respectively. And so on. Negative numbers (-1 or -2) are place-holders and can safely be ignored...

  Created 1 March 2021 • Updated 26 April 2024

• Fall times for Dell U2415b

  The University of Auckland

  Data for Figure 5 in the manuscript. Rows 1 through 5 are fall times for transitions from 0% luminance to 0, 25, 50, 75, and 100% luminance, respectively. Rows 6 through 10 are fall times for transitions from 25% luminance to 0, 25, 50, 75, and 100% luminance, respectively. And so on. Negative numbers (-1 or -2) are place-holders and can safely be ignored...

  Created 1 March 2021 • Updated 26 April 2024

• Rise times for EIZO CG247X

  The University of Auckland

  For details, see file "Rise times for Dell U2415b".

  Created 1 March 2021 • Updated 26 April 2024

• Fall times for EIZO CG247X

  The University of Auckland

  For details, see file "Fall times for Dell U2415b".

  Created 1 March 2021 • Updated 26 April 2024

• Example flicker waveforms Dell U2415b

  The University of Auckland

  For details, see file "Example flicker waveforms EIZO CG247X".

  Created 1 March 2021 • Updated 26 April 2024