The phrase "absorptive intensity" is correct and usable in written English.
It can be used in contexts related to physics, chemistry, or biology, particularly when discussing the capacity of a material to absorb energy or substances.
Example: "The absorptive intensity of the material was measured to determine its effectiveness in filtering light."
Alternatives: "absorption rate" or "absorption capacity."
Segarra-Blasco and Arauzo-Carod (2008) analyze a Spanish version of the Community Innovation Survey (CIS-3) to obtain data about the R&D cooperation of 4150 innovative firms in Spain and maintain that a firm's size, R&D intensity, and absorptive capacity, as well as access to public subsidies, positively affect a firm's capacity to cooperate with universities.
With generalized theory it is shown, first, that previously introduced 'canonical' schemes, characterized by primary phases being multiples of π/4, afford maximal intensity of the desired absorptive signals in the absence of secondary phase shifts, and second, how primary phases can be adjusted to maximize the signal intensity provided that the secondary phase shifts are known.
Volumes can be alternatively rendered from the 3D data set using a direct volume rendering algorithm (see Materials and Methods) that assigns to each voxel arbitrarily selected emissive and absorptive properties according to its reconstructed intensity value and projects an image of the volume onto a 2D image plane.
Other means of varying the optical properties of materials are offered by nonlinear optical (NLO) processes in which the intensity of the light modifies absorptive and refractive properties of the irradiated material within the limits of its photochemical stability (photochromic effect).
The algorithm is based on two decisions: 1) selecting lines which contain absorptive features (objects), and 2) selecting pixels to be used for the zero intensity calculation.
Alternatively, the reconstruction of absorptive inclusions using the CW and time-gate datatype using wide patterns having uniform intensity has been demonstrated [ 28, 29].
The G mode intensity scales with crystal size [ 39], light absorptivity [ 43], and mass of EC [ 42, 44] in the bulk sample and so there is potential to use RS to quantify the absorptive properties and mass concentrations of EC.
Multinational enterprises' R&D activities positively affect the innovation intensity of non-returnee firms only when these local firms possess the sufficient level of absorptive capacity.
While being a multidimensional concept, the measure of absorptive capacity has remained mainly based on R&D proxies, that is to say R&D inputs (notably R&D intensity) and outputs (especially patents), even if some recent works try to improve this measure by including new criteria (Flatten et al. 2011).
