In economics, the concept of quantity adjustment refers to one possible result of supply and demanddisequilibrium in a market, either due to or in the absence of external constraints on the market. In the textbook story, if the quantity demanded does not equal the quantity supplied in a market, price adjustment is the rule: if there is a market surplus or glut (excess supply), prices fall, ending the glut, while a shortage (excess demand) causes price rises. However, instead of price adjustment -- or, more likely, simultaneously with price adjustment -- quantities may adjust: a market surplus leads to a cut-back in the quantity supplied, while a shortage causes a cut-back in the quantity demanded. The "short side" of the market dominates, with limited quantity demanded constraining supply in the first case and limited quantity supplied constraining demand in the second.
Economist Alfred Marshall saw market adjustment in quantity-adjustment terms in the short run. During a given "market day," the amount on the market was given -- but it adjusts in the short run, a longer period: if the "supply price" (the price suppliers were willing to accept) was below the "demand price" (what purchasers were willing to pay), the quantity in the market would rise. If the supply price exceeded the demand price, on the other hand, the quantity on the market would fall.
Quantity adjustment contrasts with the tradition of Leon Walras and general equilibrium. For Walras, (ideal) markets operated as if there were an Auctioneer who called out prices and asked for quantities supplied and demanded. Prices were then varied (in a process called tatonnement or groping) until the market "cleared," with each quantity demanded equal to the corresponding quantity supplied. No actual trading was allowed until the market-clearing price was determined. In Walras' system, only price adjustment operated equate the quantity supplied with the quantity demanded.
RQ adjustment begins with an evaluation of the intrinsic physical, chemical, and toxicological properties of each substance.
RQs for radionuclides were determined by estimating the quantity of a radionuclide that, if released into the environment under an assumed set of conditions, could result in an individual receiving a specified dose of radioactivity.
To estimate this quantity for each radionuclide, a series of hypothetical (but conservative) exposure scenarios were analyzed to link a quantity released with an accepted dose level.
A method according to claim 3, wherein the second fuel quantity is supplied if the vehicle is in the hill climbing mode and an accelerator pedal of the vehicle has been operated to a position exceeding 60% of a position corresponding to the full fuel-load fuel position.
The normal fuel quantity boost L may be a fraction of the full-load quantities, and in the case of the abovementioned 11-liter engine the fuel quantity may preferably be approximately 35 mg of diesel fuel per injection shot.
In normal downshifts it is advantageous for a lower fuel quantity boost L to be activated within the range 15-30% of full-load quantity, preferably 20% of full-load quantity.