KS I 3215-2008 Testing method for pesticides of industrial water and waste water《用水、废水中的农药试验方法》.pdf

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1、 KSKSKSKSKSKSKSK KSKSKS KSKSK KSKS KSK KS KS I 3215 KS I 3215:2008 2008 11 24 http:/www.kats.go.krKS I 3215:2008 : ( ) ( ) ( ) : (http:/www.standard.go.kr) : :1998 12 31 :2008 11 24 2008-0794 : : ( 02-509-7266) (http:/www.kats.go.kr). 10 5 , . KS I 3215:2008 Testing method for pesticides of industri

2、al water and waste water 1 , 1 . 1 2 . 2 3 . 2 . . KS A 2110, KS L 2303, KS L 2317, KS M 0001, KS M 0027, KS M 0031, KS M 0033, KS M 0076, KS M 0100, KS M 0108, KS M 0111, KS M 1125, KS M 1131, KS M 8156, ( ) KS M 8221, n ( ) KS M 8241, ( ) KS M 8360, (9 )( ) KS M 8372, ( ) KS M 8445, ( ) KS M 8514,

3、 ( )( ) KS M ISO 6353 2, 2: 1 KS M ISO 6353 3, 3: 2 JIS K 8919, ( )( ) KS I 3215:2008 2 3 . a) KS M 0001 . b) KS M 0031 . c) KS M 0027 . d) KS M 0033 . e) KS M 0100 KS M 0111 . f) 1 . g) , (ng) . h) (%) .1)i) KS M 0076 A3 j) 1) KS , . 2) g/L mg/L( .) , (mol) mol/L m mol/L . 1 mL (mg/mL g/mL) . 3) (

4、) (a: b) . a mL ( ) b mL . KS M 0001 3 . 4) . (0.1 mol/L) 0.1 mol/L . . , . 5) i) , . 1) (%) 100x : x : KS I 3215:2008 3 6) (IUPAC) , KS . 7) . k) KS L 2303 KS L 2317 . . KS L 2303 1 . 2) . l) ( , , ) 4 6 , . , . m) . 4 4.1 a) 1) (200 mL 1 000 mL) 3. i) , 6.1 a) 2) . b) KS M 0108 . . , 1 mg L ( ) (4

5、0 g/L) 0.1 mL . 4.2 . KS M ISO 6353 2(R13) pH 12 , 0 10 . (100 g/L) pH 89 , 0 10 . 5 . 6 (C13H16NO4PS) O, O O (5 3 ) 2) KS A 2110 A 1 . KS I 3215:2008 4 . 6.1 , (FTD) (FPD) . : C13H16NO4PS 0.1 ng 2 ng, : 10 % 20 %( , .) a) 1) KS M 8221 .3)2) KS M ISO 6353 2(R12) .4)3) KS M ISO 6353 3(R57) .4)4) KS M

6、 ISO 6353 2(R35) . 5) KS M ISO 6353 2(R32) 250 2 . 6) (1: 19) 2) 1) . 7) (1 mg C13H16NO4PS/mL) 0.100 g , (100 mL) . 8) (10 g C13H16NO4PS/mL) (1 mg C13H16NO4PS/mL) 1 mL (100 mL) . 9) (1 g C13H16NO4PS/mL) (10 g C13H16NO4PS/mL) 1 mL (10 mL) . 10) KS M 1125 1 b) b.1) (2 L) . b.2) 100 mL 500 mL . . b.3)

7、1 L 5 L . b.4) 1) 3) . 1) 15 mm, 300 mm 2) ( 75 m 150 m, 130 16 , .) 3) 5 g , 4 g . 1 . b.5) 1) 8) . 1) 0.2 mm 1.2 mm, 12 m 50 m , . 2) 5) 0.1 m 5.0 m 3) 300 mL 1 mL 1 L d) , . 4) 100 mL 1 mL 1 L d) , . KS I 3215:2008 5 . 3) 6) 7)4) (99.99 vol% ) KS M 1125 1 , 20 cm/s 40 cm/s . 8) , 30 mL/min 60 mL/

8、min . 5) KS M 1131 4 , , . 6) ( ) . 50 100 , 220 280 . 7) 50 270 2 /min 20 /min . 8) 250 280 2 100 % DB 1, CBP 1, CBJ 1DB 1, CBP SIL 5CB, NB 1, SPB 1, Ultra 1 . b.6) b.7) 1 d) (0.1 g C13H16NO4PS/mL) (10 g C13H16NO4PS/mL) 0.1 mL 10 mL . 1 L (0.1 ng) . 2 , . a) ( ) 2 mL/min 10 mL/min ( ) 10 mL/min 180

9、 mL/min b) ( ) 50 mL/min 100 mL/min ( ) 80 mL/min 150 mL/min 3 . . 1) 8) . 1) 2 mm 3 mm, 1000 mm 1500 mm 2) (*)( 150 m 250 m .) (6 mol/L) 2 , . 5 % . 3) (*) (FTD) (FPD) 4) (99.99 vol% ) KS M 1125 1 , 40 mL/min 50 mL/min . 5) (*) KS M 1131 4 , . 6) 250 300 5) 100 % , 5 % 95 % 50 % 50 % , . 6) (NPD) .

10、 7) , 525 nm . 8) 0.53 mm , . KS I 3215:2008 6 7) 180 220 8) 250 300 (*) 1 100 (*) 5) 7)(*) 2 . 3 W, G , DC 200, OV 1, OV 17 . c) 1) 4.1 b) 9) (2 L) 1 L , 50 g 100 mL 5 . 2) (300 mL) . 100 mL 5 . (300 mL) . 3) (300 mL) 20 g 30 g10) 10 11), 5 A( 5 B)12) (300 mL)13) . 10 mL 20 mL (300 mL) , . 4) 14) 4

11、0 1 mL 2 mL , .15)5) 2 mL 3 mL 2 , 3 , (10 mL) . 6) 5) . 5) (10 mL) 2 mL 3 mL . 7) (1: 19) 50 mL 16), (200 mL)13) . 8) 14) 40 1 mL 2 mL , 1 mL .17)9) (40 g/L) (1: 11) . 10) . 11) . 2 . . . 12) . 13) (500 mL) . 14) 75 . . 15) . . 16) . 17) . KS I 3215:2008 7 9) 1 L (2 L) 1) 8) . d) 1) (1 g C13H16NO4P

12、S/mL) 1 L 18) , . 2) c) 8) 1 L 18) 1) , 1) 19) 20) . 3) c) 9) 1) 2) , 20) . 4) , (g/L) . VCvaN00011010313= N : (g/L) a : (ng) C : (L) v1: c) 8) (mL) V : (mL) 10 3 : ng g , L mL (10 g C13H16NO4PS/mL) 0.1 mL 2 mL (10 mL) . ( 1 L) , 1) 2) (ng) 20) . . 4 , c) 5) 8) . c) 4) 1 mL . d) 4) . 5 c) 5) c) 6) .

13、 . VCvvvaN0001101033213=N : (g/L) a : (ng) C : (L) V : (mL) 18) . 19) , . c) 8) , (10 mL) . 20) KS I 3215:2008 8 v1: c) 5) (mL) v2: c) 6) (mL) v3: c) 8) (mL) 10 3: ng g , L mL 6 4 36. . . 36.1.1 36.1.2 . a) 1) (C13H16NO4PS), (C15H24NO4PS), (C9H11Cl3NO3PS), (C12H21N2O3PS), (C14H17N2O4PS), MEP (C9H12N

14、O5PS), (C13H13Cl2N3O3), TPN(C8Cl4N2), (C9H11Cl2O3PS), (C17H16F3NO2), (C19H21ClN2O), (C17H19NO2), CAT(C7H12ClN5), MBPMC(C17H27NO2), (C17H21NO2), (C13H21N2O4PS), SAP(C14H24NO4PS3), (C13H19N3O4), (C17H20N2O) 2) 36.1.1 a) 25) (10 g C13H16NO4PS, 10 g C15H24NO4PS, 10 g C9H11Cl3NO3PS, 10 g C12H21N2O3PS, 20

15、 g C14H17N2O4PS, 10 g C9H12NO5PS, 20 g C13H13Cl2N3O3, 10 g C8Cl4N2, 10 g C9H11Cl2O3PS, 20 g C17H16F3NO2, 40 g C19H21ClN2O, 100 g C17H19NO2, 10 g C7H12ClN5, 40 g C17H27NO2, 40 g C17H21NO2, 10 g C13H21N2O4PS, 50 g C14H24NO4PS3, 20 g C13H19N3O4 100 g C17H20N2O)/mL . b) 1) (C13H16NO4PS), (C15H24NO4PS),

16、(C9H11Cl3NO3PS), (C12H21N2O3PS), DEP(C8H8Cl3O4P), (C14H17N2O4PS), MEP(C9H12NO5PS), (C9H11Cl2O3PS) (C13H21NO2P4S) 2) 36.1.2 a) 15) (10 g C13H16NO4PS, 5 g C15H24NO4PS, 5 g C9H11Cl3NO3PS, 5 g C12H21N2O3PS, 100 g C4H8Cl3O4P, 20 g C14H17N2O4PS, 10 g C9H12NO5PS, 10 g C9H11Cl2O3PS 10 g C13H21N2O4PS) /mL .

17、6.2 , (SIM) (MC) . : C13H16NO4PS 0.1 ng 2 ng, : 10 % 20 %( .) a) 1) 6.1 a) 1) . 2) 6.1 a) 2) . 3) 6.1 a) 3) . 4) 6.1 a) 4) . 5) 6.1 a) 5) . KS I 3215:2008 9 6) (1: 19) 6.1 a) 6) . 7) (10 g C13H16NO4PS/mL) 6.1 a) 8) . 8) (1 g C13H16NO4PS/mL) 6.1 a) 9) . 9) 6.1 a) 10) . b) b.1) 6.1 b.1) . b.2) 6.1 b.2

18、) . b.3) 6.1 b.3) . b.4) 6.1 b.4) . b.5) 1) 9) . 1) 6.1 b.5) 1) . 2) 6.1 b.5) 2) . 3) (SIM) (MC) . 4) (99.99 vol% ) 5) 6.1 b.5) 6) . 6) 200 280 21)7) (源 ) 150 . 8) 70 eV(EI) . 9) 50 240 (20 /min 30 /min) b.6) b.7) 6.1 b.7) . c) 1) 6.1 c) . d) 1) (1 g C13H16NO4PS/mL) 1 L 18) , (m/z 105, 177 ) 22), ,

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