Whereas market share describes the percentage of all customers that patronize a company relative to the industry total, the patronage concentration ratio describes the percentage of one customer's patronage going to a company, relative to that persons spend in the industry.
42.
A bank with 10 loans, valued at 10 dollars a piece would have a concentration ratio of . 10; but if 9 of the loans were for 1 dollar, and the last was for 50, the concentration risk would be considerably higher.
43.
The solutions of KOH / SiO2 in the lab did not show any crystallisation across any of the concentration ratios, as opposed to the NaOH / SiO2 versions, which had much greater collection of solid around the bottom of their containers and the rims.
44.
This is from real data, collected from around the world, with very advanced paleoclimatological techniques, mostly involving pollen concentration, tree-ring analyzations, and various gas isotope concentration ratios derived from ice cores in the Antarctic and Greenland ( see D18O ).
45.
(1976 ) The concentrations of sulfur dioxide were measured under the negative pressure filtering respirator with elastomeric half mask, and in the breathing zone ( simultaneously ); and the results were used to calculate the respirator protection factors PF ( such as the concentration ratio, ambient to in-facepiece ).
46.
In 2015, a 4-junction GaInP / GaAs / / GaInAsP / GaInAs solar cell achieved a new laboratory record efficiency of 46.1 percent ( concentration ratio of sunlight = 312 ) in a French-German collaboration between the Fraunhofer Institute for Solar Energy Systems ( Fraunhofer ISE ), CEA-LETI and SOITEC.
47.
While the mass diffusion D dictates the kinetics of depletion, S T determines the steady-state concentration ratio c hot / c cold = exp (-S T ?T ) H " 1-S T ?T under a temperature increase ?T . The normalized fluorescence F norm = F hot / F cold measures mainly this concentration ratio, in addition to the temperature jump " F / " T . In the linear approximation we find : F norm = 1 + ( " F / " T-S T ) ?T . Due to the linearity of the fluorescence intensity and the thermophoretic depletion, the normalized fluorescence from the unbound molecule F norm ( A ) and the bound complex F norm ( AT ) superpose linearly.
48.
While the mass diffusion D dictates the kinetics of depletion, S T determines the steady-state concentration ratio c hot / c cold = exp (-S T ?T ) H " 1-S T ?T under a temperature increase ?T . The normalized fluorescence F norm = F hot / F cold measures mainly this concentration ratio, in addition to the temperature jump " F / " T . In the linear approximation we find : F norm = 1 + ( " F / " T-S T ) ?T . Due to the linearity of the fluorescence intensity and the thermophoretic depletion, the normalized fluorescence from the unbound molecule F norm ( A ) and the bound complex F norm ( AT ) superpose linearly.
