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«««<G C < G «< G <G G G «G G <G G «««<G G G <G G <»» » »» »»» »» »»»»» »»»»» <br />A Q T E S O L V R E S U L T S <br />version 1.10 <br />/03/96 09:10:58 <br />-------------------------------------------------------------------------------- <br />TEST DESCRIPTION <br />Data set........... <br />Data set title..... <br />Company............ <br />Project............ <br />Client ............. <br />Location........... <br />Test date.......... <br />Test well.......... <br />Obs. well.......... <br />acln.dat <br />Lorencito Canyon AC-1 <br />Greystone <br />475 <br />A. P. Maxwell <br />Lorencito Canyon <br />04/10/96 <br />ACl <br />ACl <br />Knowns and Constants: <br />No. of data points .................. 157 <br />Radius of well casing ............... 0.333 <br />Radius of well ...................... 0.67 <br />Aquifer saturated thickness......... 8 <br />Well screen length .................. 8 <br />Static height of water in well...... 8 <br />Log(Re/Rw) .......................... 1.789 <br />• A, B, C ............................. 0.000, 0.000, 1.378 <br />----------------------- --------------------------------------------- <br />ANALYTICAL METHOD <br />Bouwer-Rice (Unconfined Aquifer Slug Test) <br />-------------------------------------------------------- <br />RESULTS FROM STATISTICAL CURVE MATCHING <br />STATISTICAL MATCH PARAMETER ESTIMATES <br />Estimate Std. Error <br />K = 2.6902E-002 +/- 9.1286E-004 <br />v0 = 1.5814E+000 +/- 2.3371E-002 <br />ANALYSIS OF MODEL RESIDUALS <br />residual = calculated - observed <br />weighted residual = residual * weight <br />''ighted Residual Statistics: <br />Number of residuals ............... 157 <br />Number of estimated parameters.... 2 <br />Degrees of freedom ................ 155 <br />Residual mean ..................... 0.01907 <br />GW-6-1 <br />