Exact(3)
ω t is a multivariate Gaussian random variable and it correlates to random translation of the sample center coordinates.
The writing technique consists of an original laser inscription based on a helical translation of the sample parallel to the laser beam.
While traditional confocal microscopes require physical translation of the sample or objective lens to acquire data in depth, the CCM captures confocal reflectance data over the 157 µm depth range of the chromatic shift in a single shot.
Similar(57)
In the following Figs. 10, 11 and 12, the VCCL translations of the sample queries are shown.
In [ 10], the method requires translation of both the sample and reference arms, and must also sacrifice spatial resolution to achieve the spectral resolution required for quantification.
The optical design was developed to improve upon the spatial resolution limit imposed by the laser beam profile (∼25 50 μm) and to decrease the long analysis times associated with mechanical translation of the MALDI sample stage.
To obtain a thermodynamically stable starting point, non-native optima of S gap (eq. 15) in protein sequence space were sampled as described above and a starting DNA sequence was randomly selected from the reverse translation of those samples.
Here the speckle pattern (in reciprocal space), due to density fluctuations in the sample, from a bounded beam illuminating the sample is measured as a function of rotation and translation (in real space) of the sample.
Sample 1 completed a Greek translation of the Coping Styles Questionnaire, while Sample 2 completed the original English version.
Four steps were followed during the data analysis: 1) immediate debriefing between data collectors and study Principal Investigator (AM) after each focus group, 2) listening to the tape and transcribing the content of the tape, 3) checking the content of the tape with the moderator and noting any non-verbal behavior, and 4) back translation of a sample prior data analysis, as noted above [ 23].
The study showed that the passive sampling process caused less variability in results than the laboratory analysis and the translation of passive sampling data into water concentrations.
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