The phrase "absorptive in" is correct and usable in written English.
It can be used in contexts discussing the ability to absorb or take in information, substances, or qualities.
Example: "The absorptive in nature of the material makes it ideal for filtration applications."
Alternatives: "capable of absorbing" or "having absorptive qualities".
On the other hand, snow is highly absorptive in the short wave infra red part of the electromagnetic spectrum while cloud is highly reflective.
When these coatings are incorporated into electrochromic devices, the WO3 film serves a dual purpose: It anti-reflects the metal in the bleached state and becomes absorptive in the colored state (as a LixWO3 tungsten bronze).
Metals would be one of the best options since they are more reflective than dielectric or semiconductor materials over a broad range of frequencies, due to their imaginary dielectric component that exists in even the optical and near infrared regions, where metals are dispersive and absorptive in these frequency regions [6 8].
Except for ice, most pica substances are absorptive in the dry state (e.g. charcoal, ash, clay, ground uncooked rice) and all readily absorb moisture.
Blood contains a variety of chromophores such as oxygenated hemoglobin, deoxygenated hemoglobin, both are strongly absorptive in the visible to near-infrared (NIR) spectral region.
Firms may have to invest in absorptive capacity in order to access and transform external knowledge for their own use.
It is also expressed in goblet, ciliated, and absorptive cells in adults and in poorly differentiated cells of embryos and fetuses (Buisine et al, 1998, 1999).
The apparent permeability (Papp) of these two compounds in the secretory direction was larger than that in the absorptive direction in the concentration range of 10 1000 μM.
By definition, BMR represents minimum metabolic rates while animals are post-absorptive, in the rest-phase of their daily cycle; and exposed to thermoneutral temperatures.
Thus, GATA-4 may well be involved in digestive and absorptive functions in the proximal gut, whereas GATA-6 is likely to have a more ubiquitous task throughout the gastrointestinal tract.
To assess potential modifications in the jejunum absorptive processes in the ob/ob mice compared with lean counterparts, total GLUT2, GLUT5, SGLT-1, and Villin protein expression was quantified from jejunum.
