Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ