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Laboratories, <br />Found Value of Me UC Type of imerest <br />Limit Upper limit for RPD, in %. <br />Lower Lower Recovery Lanit, in % (except fw LCSS, mglKg) <br />MDL Method Detection limit Same as Minimum Reporting Limit Alkwvs for instrument and annual fluctuations. <br />PCWSCN A numbw assigned tD reagenhJstaMards to trace to the manutachaefs cerfificate of analysis <br />PQL Praciicel Duan9/afian Umil iypically 5 times the MDL <br />DC Tnre Value m fire Control Sample or the amamt added m the Spike <br />Rec Amoum of the we value w sPtite added recevered, in % (except for LCSS, mgMg) <br />RPD Relative Percem Diflerence, calculation used fw Duplicate DC Types <br />Upper Uppw Recovery L'onil in % (except tw LCSS, mglKg) <br />Sample Value of the Sample of interest <br /> <br />P <br />AS Analytical Spike (Post Digestion) LCSWD Laboratory Comrd Sample - Watw Duplicate <br />ASD Anatyticel Spike (Post Digeston) Duplicate LFB Laboretory FoNfied Blank <br />CCB Contrnuirg Cal'brefim 81ank LFM Laboratory Fortified Matrbc <br />CCV Continuing Calivalion Verification standard LFMD laboratory Fortified Mab& Duplicate <br />DUP Sample Duplcate LRB Laboratory Reagent Blank <br />1C8 Initial Catibmtiwr Blardr MS Matrhr Spike <br />ICV Inital Cafibrefion Verifica0on standard MSD Matrbc Spike DWfiraOe <br />ICSAB Interalertrem CorteGion Standard - A plus B solutions PBS Prep Blank -Soil <br />LCSS Laboratory Cantrd Sampb - Sot! PBW ~ Prep Blank - Wafw <br />LCSSD Laboratory Control Sample - Sotl Duplicate PQV Ractical Quantization Verificafion stantlard <br />LCSW Laboratory Contrd Sample -Water SOL Serial Dlutron <br />P <br />Blanks Verifies that there is rm w minimal coMaminatron in the prep method w calibratiM procedure. <br />Contrd Samples Verifies the acwrecy of the method, intludkg the Prep Procedure. <br />Dupficafes Verifies 8re precision of the instrumerd andlw method. <br />SPkeslFwtified Matrix Determines sample mabiz interferences. d any. <br />Standard Verifies the validity of the calibretiat. <br />P <br />B Anatyte concentratron detected at a value between MDL and PQL. <br />H Analysis exceeded method Fxdd fime. pH rs a fieltl test with an immediate hold fime. <br />Analyze was analyzed for but rot detected at the indicated MDL <br />.N~~n;' ~'rr „ifS+Y:; ~."°. ., _~ -..+a ai..°~.' 3.~.r~~~ _ - - _. _`"d~'._ -~y{e, '4r <br />(1) EPA 60014-83-020. Methods for Chemical Analysis of Water arM Wastes, March 1903. <br />(2) EPA 60018-93-100. Mettmtls for the Determination of Inorganic Substances in Environmental Samples, August 199;1. <br />(3) EPA 600/8-94-1 t 1. Medrotls for the Determination of Metats in Environmental Samples - Supplamerit i, May 1994. <br />(5) EPA SW-846. Test Metlrods for EvaWa6ng SofM Waste, Third Edmion with Update III, December t996. <br />(6) SfardaN MetMds for the Examina6ai aF Water aM Wastewater, 19tli edifion, 1995. <br />(1) DC results wlcrrlafed fran raw dale. Results may vary slightly N the sounded values are used in the celCUlafions. <br />(2) Soil, Skdge, aM Plant matrices for Inorgarc analyses are reportd on a dry weigh basis. <br />(3) Animal matrices tw Inorganic ariatyses are reported on an'as received' basis. <br />REPIND3.02.07.01 <br />L64616: Page 4 of 9 <br />Balch A d~sfinct set of samples analyzed at a spedfic fime <br />