Sentence examples for lamp spectrometer from inspiring English sources

For measurements by individual solid-core fibers, 0.22-NA bifurcated step-index multimode fibers with d f = [0.2, 0.4, 0.6, 0.8, 1.0] mm were used as described in Kanick et al. [ 22], utilizing the same halogen lamp, spectrometer, and data acquisition software described above.

The steady-state portion of the instrument is a combination of a broadband lamp and spectrometer.

On the other hand, the MWL Visible signal still has sufficient intensity at wavelengths up to >800 nm, suggesting the interesting possibility of measuring in the near IR (>800 nm), already with the existing flash lamp and spectrometer.

Leaf irradiation measuring about 800 μmol m-2 s-1 was provided through one side of the bifurcated fibre from a halogen lamp in the spectrometer.

In contrast to the XL-A, where the wavelength positions have to be calibrated internally from the intensity spectrum of the flash lamp, the USB2000 spectrometer is shipped pre-calibrated by the manufacturer.

Model Analyst-700 spectrometer with As lamp (lamp current 380 mA), illuminating at 193.7 Å (specific for As) was utilized for this purpose (Biswas et al. 2008).

Optical transmittance was measured by a monochromatic Xe lamp and an Acton Research Corporation SpectraDrive spectrometer (Acton Research Corporation, Acton, MA, USA), and the incident light power data acquisition was recorded by a Newport dual-channel power meter model 2832-C power meter (Newport Corporation, Irvine, CA, USA).

For a subsequent work, Goia et al. [48] employed the Characterization of Advanced Transparent Materials CATRAMM) facility for the investigation of the proposed PCM-incorporated transparent system consisting of a halogen lamp and three array spectrometers.

These spectra were measured at 300 K in the 200 500-cm−1 range, using a Bruker IFS 66v/s spectrometer with Hg lamp as the source of radiation with a resolution of 0.5 cm−1, 200 500-cm−1ranges employing polarized radiation were collected in each experiment.

A measurement platform of spectral bidirectional transmittance distribution function (BTDF) with a full three dimensional spatial coverage is developed based on a fiber spectrometer, a tungsten halogen lamp and a 3D mechanical rotation angle system.

With this change, we eliminated the noise caused by the response time difference of spectrometer and flash lamp, which were triggered by the same pulse.