"The question we set out to answer is: can we apply spectral
techniques to predict photosynthetic capacity when we have genetically altered the photosynthetic machinery.
Megan Corbin's chapter on "Spectral
Presences and Metaphoric Re-memberings" deftly discusses the testimonial power and phantasmal presence of objects and body parts belonging to the disappeared in Argentina and Chile's military dictatorships as evidenced in different types of cultural production from the two countries.
Through its 16-bit DAC current drivers, users can achieve a spectral
accuracy greater than [+ or -]0.25nm.
For the first time, color specifiers and manufacturers will have instant access to upto-date spectral
values for Pantone Colors for plastics, coatings and textiles, including the Pantone Color of the Year 2018: PANTONE 18-3838, Ultra Violet.
While different manufacturers use different names--dual-energy, spectral
CT and spectral
imaging--and different underlying technologies, the latest iteration's purpose is inherently similar: simultaneously using two different energy settings to capture images that enable radiologists to differentiate tissues and pathologies based on their energy-related attenuation characteristics, or materials density.
Andrew Boorn, CEO & Chairman at Tornado Spectral
Systems states, "At Tornado, we are intensely focused on both the user experience and data integrity.
Henceforth, unless specified otherwise, A is supposed to be a scalar type spectral
operator in a complex Banach space (X, [parallel]*[parallel]) and [E.sub.A](*) is supposed to be its strongly o-additive spectral
measure (the resolution of the identity) assigning to each Borel set [delta] of the complex plane C a projection operator [E.sub.A] ([delta]) on X and having the operator's spectrum [sigma](A) as its support [6, 7].
For example, in RS images, it is reasonable to assume that samples are likely to have similar labels, if they have close spectral
information or if they are neighbours spatially.
CT simultaneously acquired the raw data per location at two different energies (80 and 140 kVp) in a single 360[degrees] gantry rotation.
The potential of spectral
imaging technologies has been shown in many fields, such as medicine, life science and industry where the spectrum has been used, for example, to differentiate healthy and unhealthy tissue or separate real and counterfeit objects.
images (SI) contain high-resolution spectral
information about materials or vegetation present over the earth (Griffin, May-Hsu, Burke, Orloff, & Upham, 2005), which corresponds to the surface radiance and reflectance.
We also use bit per joule metric in this study, since our focus is to obtain energy efficient methods for increasingly high demands of spectral