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<br />. <br /> <br />OllJ37:J <br /> <br />bankstorage <br />concentration <br /> <br />flow into arevious /reservoir previous previous <br />'" + X <br />bankstorage concentration bankstorage banks/Drage cone <br />flow into bankstorage +previous bankstorage <br /> <br />(2) <br /> <br />If the flow is from bank storage to the reservoir, then the concentration of water from <br />bank storage equals the concentration in bank storage. CRSS then computes the <br />concentration of the reservoir and the concentration of the monthly release using a <br />weighting scheme. A weighting factor is determined by: <br /> <br />weighting factor = 1.0 <br /> <br />O 6 river flow into res + total outflow of res <br />+ . x <br />prey months res contents +current contents +2(dead storage) <br /> <br />(3) <br /> <br />The concentration of the reservoir is then given by: <br /> <br />conca! <br />reservoir <br /> <br />prevmonths prevmonths dead; .)nflow . fl ) .bankstorage bankstorage) prevmonths total I <br />.leT" #- "'1: ,nfl ow +f, x \' x x ) <br />cone contents uorag cone mtores cone cone flowout weighting <br />(t.O- ) <br />factor <br /> <br />currentres .. dead + weighting x total )( <br />contents storage factor flaM/out weighting <br />(1.0.. factor) <br /> <br />I. (4) <br /> <br />. <br /> <br />where inflows and outflows are volumes. Finally, the concentration of the release <br />from the reservoir is given by: <br /> <br />reservoir release <br />concentration <br /> <br />previous months weighting reservoir <br />reservoir concentration + factor xconcentratioii <br /> <br />1 + weighting factor <br /> <br />(5) <br /> <br />2.3.b Inflows <br /> <br />The salt concentration of all hydrologic inflow points is provided by the user or OM!. <br />As water flows through the system and accumulates additional flows or diverts water, <br />the concentration in the river is recalculated using flow weighting. Individual <br />equations are discussed below. <br /> <br />2.3.c Diversions <br /> <br />A diversion from a reservoir is made at the same concentration as the concentration <br />in the reservoir. If the sequence point is a diversion, the concentration of the <br />