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George and his colleagues (Zou, Ertug, George, 2018) [4] conduct a meta-analysis of absorptive capacity and they find that: (1) Absorptive capacity is a strong predictor of innovation and knowledge transfer, and its effects on financial performance are fully mediated by innovation and knowledge transfer; (2) The firm size-absorptive capacity ...
Calculation of the true sorptivity required numerical iterative procedures dependent on soil water content and diffusivity. John R. Philip (1969) showed that sorptivity can be determined from horizontal infiltration where water flow is mostly controlled by capillary absorption: I = S t {\displaystyle I=S{\sqrt {t}}} where S is sorptivity and I ...
Absorbance is defined as "the logarithm of the ratio of incident to transmitted radiant power through a sample (excluding the effects on cell walls)". [1] Alternatively, for samples which scatter light, absorbance may be defined as "the negative logarithm of one minus absorptance, as measured on a uniform sample". [2]
Radiance absorbed and scattered by a volume per unit length, divided by that received by that volume. Spectral directional attenuation coefficient: μ Ω,ν μ Ω,λ: m −1: Spectral radiance absorbed and scattered by a volume per unit length, divided by that received by that volume.
Following the absorptive capacity concept of Cohen and Levinthal (1990), [4] the notion of desorptive capacity was first mentioned as an important capability in an open innovation framework [5] in 2009 and further explicated in an article about interorganizational technology transfer in 2010. [6]
Assimilative capacity is the ability for pollutants to be absorbed by an environment without detrimental effects to the environment or those who use of it. [1] Natural absorption into an environment is achieved through dilution, dispersion and removal through chemical or biological processes. [1]
absorption coefficient is essentially (but not quite always) synonymous with attenuation coefficient; see attenuation coefficient for details; molar absorption coefficient or molar extinction coefficient , also called molar absorptivity , is the attenuation coefficient divided by molarity (and usually multiplied by ln(10), i.e., decadic); see ...
A.M Cottenden, J.G Rothwell, H Leander, C Grau, R.J Brooks, "An investigation of the repeatability and reproducibility of ISO 11948-1 (the Rothwell method) for measuring the absorption capacity of incontinence pads", Medical Engineering & Physics, vol. 24, iss. 2, pp. 159–163, March 2002.