Sentence examples for exact wavelength from inspiring English sources

Light at the exact wavelength would normally be totally absorbed by the GaAs photovoltaic material.

It probably doesn't happen often, but in this instance she is on nearly the exact wavelength as George E. Harlow, the curator of gems and minerals at the American Museum of Natural History in New York.

Despite the observed repetition in pattern from observation to observation, observers are reminded that the exact wavelength error for any given line depends on the exact position of the target on the detector.

The fine structure constant determines the exact wavelength of fine structure lines in the spectra of atoms, and measurements of the spectra of quasars suggest that it many have decreased by 0.00072 +/- 0.00018 % over the past 6-10 billion years (ref in the Nature article).

Next, the exact wavelength at which the spectral lines fall depends on the velocity of the Sun's atmosphere relative to us, along our line of sight: that means that we can track motions in the solar photosphere by looking for wavelength shifts in the spectral lines!

Those that glowed were tested further to determine the exact wavelength of light emitted.

He offered the following addition: Satellites measuring infrared radiation coming from Earth find less heat escaping to space over the last few decades, at those exact wavelengths that carbon dioxide absorbs energy (Harries 2001, Griggs 2004, Chen 2007).

By measuring the exact wavelengths at which this absorption takes place and comparing the results with spectra of gases obtained in the laboratory, astronomers can identify the gases in Jupiter's atmosphere.

I quickly received a response from Lakely, saying: "Thanks, we'll send this through our peer-review process". Satellites measuring infrared radiation coming from Earth find less heat escaping to space over the last few decades, at those exact wavelengths that carbon dioxide absorbs energy (Harries 2001, Griggs 2004, Chen 2007).

"Right now you're limited to the exact wavelengths you put into that fiber.

A number with a value of about 1/137, the constant dictates the strength of the electromagnetic force and, hence, determines the exact wavelengths of light an atom will absorb.