The spectral changes of the main components of wort (maltose, maltotriose, fructose, sucrose, dextrins and ethanol) were fully described by using FT-IR and MCR-ALS models, attributing the main changes governing the processes to maltose, maltotriose and ethanol evolutions.
Some models attribute the paucity of fine-grained sediments described from studies of pre-vegetation fluvial deposits to lower rates of chemical weathering in the absence of land plants.
The models attribute the BOLD signal to total deoxyhemoglobin and blood volume changes resulting from expansion and relaxation of local blood vessels.
The model attributed the large reduction in creep rate in alloys with a high population of CSL boundaries to the greater difficulty of extrinsic grain boundary dislocation (EGBD) absorption at coincident site lattice boundaries (CSLBs) vs. high angle boundaries (HABs).
An early model of cancer delay, the Anderson model, attributed the majority of delay to patient factors (Andersen et al, 1995).
A 1D mathematical model attributed the rate of change of actomyosin density in the cortex to turnover, gradient of actomyosin flux and a diffusion-like term representing nonlocal turnover (Equation 1).
The model attributes the asset price inflation to the provision of underpriced credit as lending institutions misprice risk to gain market share.
By assuming an initial crack length, the short crack model attributes the fatigue life to the action of a crack driving force, namely the effective cyclic J-integral.
The model attributes the growth of real GDP to the growth of labor (hours worked), capital (an index of capital services emanating from the stock of productive assets), and technological progress (total factor productivity). CBO estimates trends —that is, removes the cyclical changes in the labor and productivity components by using a variant of a relationship known as Okun's law.
Yet, it is an early model attributing the emergence of boredom to the absence of subjective interest (Smith 1981).
