KS D 1678-2012 Methods for inductively coupled plasma emission spectrometric analysis of aluminum and alumnium alloys《铝和铝合金感应耦合等离子体发射光谱分析方法》.pdf

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1、 KSKSKSKSKSKSKSK KSKSKS KSKSK KSKS KSK KS KS D 1678 KS D 1678:2012 2012 5 8 http:/www.kats.go.krKS D 1678:2012 : ( ) ( ) ( ) ( ) ( ) : (http:/www.standard.go.kr) : :2002 7 2 :2012 5 8 2012-0188 : : ( 02-509-7274) (http:/www.kats.go.kr). 10 5 , . KS D 1678:2012 i 1 1 2 1 3 1 4 1 5 A .2 5.1 .2 5.2 .2

2、5.3 .4 5.4 .6 5.5 .6 5.6 7 5.7 .7 5.8 .9 5.9 .10 6 B .11 6.1 .11 6.2 .11 6.3 .13 6.4 .16 6.5 .16 6.6 17 6.7 .17 6.8 .19 6.9 .20 KS D 1678:2012 Methods for inductively coupled plasma emission spectrometric analysis of aluminum and alumnium alloys 1 . 2 . . ( ) . KS A ISO 5725 16, ( ) KS D 1650, KS D

3、1851, KS M 0001, KS M 0028, 3 KS A ISO 5725 16, KS D 1650, KS D 1851, KS M 0001, KS M 0028 . 4 . a) A 99.0 %( ) , 1 . b) B 99.0 %( ) , 2 . KS D 1678:2012 2 1 A %() 0.002 0.25 0.002 1.0 0.002 0.1 2 B %() 0.01 6.0 0.02 1.5 0.01 2.0 0.01 12.0 0.01 8.0 3.0 0.01 0.5 0.01 1.0 0.01 0.5 0.01 0.25 5 A 5.1 (

4、 ICP .) . 5.2 a) (1 1) b) c) (1 1) KS D 1678:2012 3 d) e) . f) (1 mg/L) 99.9 %( ) 1.270 g (700 mL) , (1 1) 50 mL . 1 000 mL , . g) 99.9 %( ) 0.1 g (200 mL) . (1 1) 30 mL . 100 mL . h) 99.9 %( ) 0.1 g (100 ) 40 mL 50 80 . 100 mL . i) A(100 mg/L) 0.100 g 99.9 %( ) (200 mL) , (1 1) 20 mL . . 1 000 mL

5、 A . j) B(10 mg/L) Ai) 10 B . k) A(500 mg/L) 0.500 g 99.9 %( ) (200 mL) , (1 1) 30 mL . . 1 000 mL A . l) B(100 mg/L) Ak) 5 B . m) A(100 mg/L) 0.100 g 99.9 %( ) (200 mL) , (1 1) 20 mL . . 1 000 mL A . n) B(10 mg/L) Am) 10 B . o) A(100 mg/L) 0.100 g 99.9 %( ) (300 mL) , 50 mL (1 1) 20 mL . . 1 000 m

6、L A . p) B(10 mg/L) Ao) 10 B . q) A(100 mg/L) 0.100 g 99.9(%( ) (200 mL) , (1 1) 20 mL . . 1 000 mL A . r) B(10 mg/L) Aq) 10 B . s) A(100 mg/L) 0.100 g 99.9 %( ) (200 mL) , (1 1) 80 mL . (1 1) . 1 000 mL (1 1) (1 1) A . KS D 1678:2012 4 t) B(10 mg/L) As) (1 1) 10 B . u) A(100 mg/L) 0.100 g 99.9 %( )

7、 (200 mL) , (1 1) 20 mL . . 1 000 mL A . v) B(10 mg/L) Au) 10 B . w) A(100 mg/L) 0.100 g 99.9 %( ) (200 mL) , ( 3 1) 20 mL . . 70 mL . . 1 000 mL A . x) B(10 mg/L) Aw) (150) 10 B . 5.3 . a) ICP ICP c) . b) . ( ) . . 1) 0.500 g 5.2(e) (200 mL) ( , 0.500 g ) . , 5.5.1 b), c) 5.5.2 a) 5.5.1 b), c) 5.5.

8、2 .1)2) 0.500 g 5.2(e) (200 mL) . 5.5.1 b), c) 5.5.2 a) 5.5.1 b), c) 5.5.2 b) 1) .1)3) 5.7 a) 1)3) 5.7 b) 1) 2) 1) . 4) . mbaL= L : j a : 1) 3) (g) 1) . KS D 1678:2012 5 b : 2) 3) (g) m: 1) (g) c) ( , , ) 2 . 1) 10 3 . 1.1) 0.500 g 5.2(e) (200 mL) 3 5.5.1 b), c) 5.5.2 a) 1) 6.1 b), c) 5.5.2 b) 1) .

9、1.2) 0.500 g 5.2(e) (200 mL) 5.5.1 b), c) 5.5.2 a) 1) 5.5.1 b), c) 5.5.2 b) 1) . 1.3) 1.1) 1.2) 5.5.2 a) 2) 5.5.2 b) 2) i . 1.4) 5.7 a) 1) 2) 5.7 b) 1) 1.1) . 1.5) 1.4) 5.7 a) 3) 5.7 b) 2) 1.3) i . 1.6) 1.3) 1.5) i i ( ) 4 . 100500.0=iiiBAC Ci: i %( ) Ai: 1.1) 1.3) 1.5) i (g) Bi: 1.2) 1.3) 1.5) i (g

10、) 1.7) 1.3), 1.5) 1.6) 10 10 . 2) 10 4 . 2.1) 0.500 g 5.2(e) (200 mL) 4 5.5.1 b), c) 5.5.2 a) 1) 5.5.1 b), c) 5.5.2 b) 1) . 2.2) 1) 1.2) . 2.3) 1) 1.3) . 2.4) 1) 1.4) . 2.5) 1) 1.5) . 2.6) 1) 1.6) . 2.7) 1) 1.7) . KS D 1678:2012 6 3 A mL g %() %() 5.2 j) 10 0.002 0.000 2 5.2 l) 100 0.020 0.001 5 5.2

11、 n) 5.2 p) 5.2 r) 5.2 t) 5.2 v) 5.2 x) 1.0 10 0.002 0.000 3 4 A mL g %() %() 5.2 i) 12.5 1 250 0.25 0.005 5.2 k) 10.0 5 000 1.00 0.020 5.2 m) 5.2 o) 0.002 5.2 q) 5.2 s) 5.2 u) 5.2 w) 5.0 500 0.10 0.003 5.4 0.500 g . 5.5 5.5.1 . a) (200 mL) . b) (1 1) 15 mL .2) 1 mL . c) .3)2) 5.2(g) 5.2(h) 1 mL . 3)

12、 (5 C) , (1 100) . (200 mL) . (30 ) . (1 1) 5 mL . (1 1) 2 mL . KS D 1678:2012 7 5.5.2 . a) 1) 5.5.1 c) 100 mL . 2) ICP 5.3 c) .4)b) ( ) 1) 5.5.1 c) 100 mL 5.2 f) 5 mL . 2) ICP 5.3 c) .4) . 5.6 0.500 g 5.2(e) (200 mL) , 5.5.1 b), c) 5.5.2 a) 5.5.1 b) .5)5.7 . a) 5.5.2 a) 1) 0.500 g 5.2 e) 7 (200 mL)

13、 , 5.5.1 b), c) . 5 .6), 7)2) 7 100 mL . 3) 5.5.2 a) 2) . b) 5.5.2 b) 1) a) 1) 5.2 f) 5 mL , a) 2) . 2) 5.5.2 b) 2) . 70 mL . 4) KS M 0028 9.( , ) . 5) 3) 3) . 6) . . 7) 70 mL 70 mL .KS D 1678:2012 8 5 A 1 2 mL mL g mL mL g 0.0 0 0.0 0 5.2 k) 10.0 5 000 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 3 4 mL mL

14、g mL mL g 5.2 j) 2.5 25 5.2 j) 5.0 50 5.2 k) 8.0 4 000 5.2 l) 5.0 2 500 5.2 n) 1.0 10 5.2 p) 1.0 10 5.2 r) 1.0 10 5.2 t) 1.0 10 5.2 v) 1.0 10 5.2 x) 1.0 10 5 6 mL mL g mL mL g 5.2 j) 2.5 250 5.2 i) 5.0 500 5.2 l) 3.0 1 500 5.2 k) 5.0 500 5.2 n) 5.0 50 5.2 m) 2.5 250 5.2 p) 5.0 50 5.2 o) 2.5 250 5.2

15、r) 5.0 50 5.2 q) 2.5 250 5.2 t) 5.0 50 5.2 s) 2.5 250 5.2 v) 5.0 50 5.2 u) 2.5 250 5.2 x) 5.0 50 5.2 w) 2.5 250 KS D 1678:2012 9 5 A ( ) 7 mL mL g 5.2 i) 12.5 1 250 5.2 k) 1.0 100 5.2 m) 5.0 500 5.2 o) 5.0 500 5.2 q) 5.0 500 5.2 s) 5.0 500 5.2 u) 5.0 500 5.2 w) 5.0 500 5.8 a) 5.5.2 a) 5.5.2 a) 2) 5.

16、6 5.7 a) 3) . =jjiiiiWlmAAAX 100)(321 Xi : i %( ) A1i : i (g) A2i : i (g) A3i : 5.6 5.2 e) 0.500 g i (g) m : (g) lj : 5.3 b) i j Wj : j %( ) b) 5.5.2 b) 5.5.2 b) 2) 5.6 5.7 b) 2) . =jjiiiiWlmAAAX 100)(321 Xi : i %( ) A1i : i (g) A2i : i (g) A3i : 5.6 5.2 e) 0.500 g i (g) m : (g) lj : 5.3 b) i j Wj :

17、 j %( ) KS D 1678:2012 10 5.9 6 . 6 D2 KS A ISO 5725 6 4 . 6 A %() D2 0.008 2(Cu ) 0.000 3 D2 0.015 6(Cu ) 0.000 2 D2 0.007 5(Cu ) 0.000 2 D2 0.013 8(Cu ) 0.000 1 D2 0.010 0(Fe ) 0.000 3 D2 0.012 3(Fe ) 0.000 3 D2 0.009 2(Fe ) 0.000 2 D2 0.010 8(Fe ) 0.000 4 D2 0.015 7(Mn ) 0.000 1 D2 0.024 2(Mn ) 0

18、000 3 D2 0.013 0(Mn ) 0.000 2 D2 0.022 8(Mn ) 0.000 1 D2 0.018 4(Mg ) 0.000 1 D2 0.026 6(Mg ) 0.000 2 D2 0.015 6(Mg ) 0.000 2 D2 0.023 0(Mg ) 0.000 2 D2 0.017 7(Zn ) 0.000 2 D2 0.030 2(Zn ) 0.000 3 D2 0.014 7(Zn ) 0.000 2 D2 0.026 1(Zn ) 0.000 1 D2 0.016 0(Ti ) 0.000 2 D2 0.034 5(Ti ) 0.000 3 D2 0.013 7(Ti ) 0.000 1 D2 0.032 4(Ti ) 0.000 2 D2 0.014 3(Cr ) 0.000 7 D2 0.025 6(Cr ) 0.000 4 D2 0.014 1(Cr ) 0.000 5 D2 0.024 4(Cr ) 0.000 4 D2 0.014 1(V ) 0.000 2 D2 0.025 4(V ) 0.000 3 D2 0.013 8(V ) 0.000 2 D2 0.026 0(V ) 0.000 3 KS D 1678:2012 11 6 B 6.1 (ICP)

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