1、 KSKSKSKSKSKSKSK KSKSKS KSKSK KSKS KSK KS KS D ISO 3882 KS D ISO 3882:2012 2012 11 10 http:/www.kats.go.krKS D ISO 3882:2012 : ( ) ( ) () NS () ( ) : (http:/www.standard.go.kr) ： ：2002 6 11 ：2012 11 10 2012-0601 ： ： ( 02-509-7274) (http:/www.kats.go.kr). 10 5 , . KS D ISO 3882:2012 i ii 1 1 2 1 3 .2
2、 4 .2 4.1 ( ) (KS D ISO 2128).2 4.2 (KS D ISO 2178 KS D ISO 2361) .2 4.3 (KS D ISO 2360)3 4.4 X (KS D ISO 3497)3 4.5 (KS D ISO 3543) .3 5 .4 5.1 (KS D 8519 ISO 1463) 4 5.2 (KS D ISO 3868) .4 5.3 (KS D ISO 4518).4 5.4 (KS D ISO 9220) 4 5.5 .4 9 KS D ISO 3882:2012 ii 2003 3 ISO 3882, Metallic and othe
3、r inorganic coatings Review of methods of measurement of thickness . ISO . KS D ISO 3882:2012 Metallic and other inorganic coatings Review of methods of measurement of thickness 1 ( 1, 2 3 ). , . 1 ( ) KS D ISO 2128 a KS D 8519 ISO 1463 KS D ISO 2178, KS D ISO 2361 KS D ISO 3868 b KS D ISO 2360 ( )
4、KS D ISO 4518 b X KS D ISO 3497 KS D ISO 9220 ： KS D ISO 10111 KS D ISO 3543 KS D ISO 2177 a . b . 2 . . ( ) . KS D 0246, KS D 8310, KS D 8519, KS D ISO 2064, KS D ISO 2128, KS D ISO 2177, KS D ISO 3882:2012 2 KS D ISO 2178, KS D ISO 2360, KS D ISO 2361, KS D ISO 3497, X KS D ISO 3543, KS D ISO 3868
5、 KS D ISO 4518, KS D ISO 9220, KS D ISO 10111, ISO 1463, Metallic and oxide coatings Measurement of coating thickness Microscopical method 3 KS D ISO 2064 . 4 4.1 ( ) (KS D ISO 2128) , . 45 , / . . / . , . , . . , 2 m , 100 m , . , (KS D ISO 2360), (KS D ISO 3868) (KS D 8519 ISO 1463) . , . 10 % .
6、4.2 (KS D ISO 2178 KS D ISO 2361) , . , , , , . KS D ISO 3882:2012 3 (KS D ISO 2178), (KS D ISO 2361) . 10 % 1.5 m . . 4.3 (KS D ISO 2360) KS D ISO 2360 . . , . . , . . KS D ISO 2360 . 10 % 0.5 m . 4.4 X (KS D ISO 3497) X . X 2 . X . . , 2 . . . , . 10 % . 4.5 (KS D ISO 3543) . . . . , . KS D ISO 38
7、82:2012 4 , . 10 % . 5 5.1 (KS D 8519 ISO 1463) , . 0.8 m 10 % . , 0.4 m . 5.2 (KS D ISO 3868) , . . , . . (m ) X . (0.002 0.2) m . 0.001 m . 5.3 (KS D ISO 4518) , . . (0.01 0.000 02) mm(20 nm) . 10 % . 5.4 (KS D ISO 9220) , . . . 10 % 0.1 m . 5.5 5.5.1 (KS D ISO 2177) KS D ISO 3882:2012 5 . . . 10
8、 . 5.5.2 ( )(KS D ISO 10111) , . . . . , . , . 5 % . 5.5.3 ( )(KS D ISO 10111) , . . . . . . , . 5 % . 2 Al Ag AOaAu Cd Cr Cu NibNicNMdPb Pd Rh Sn Sn-Ni Sc-Pb VEeZn Al B C X E B C X B C XB C X E B C XB C X M f,gB Ch Ef,h Xh,iE B C X B X B XiB C X B C X Bj X CjE B C X Ag B Xk C X B C X C X B C X E B
9、 C XB C X Mf,gB Ch,i X E B E XiB C X XiX C X X Bj X E Xi B C X Cu B XkB C X E B C X B C XB C X E Cl X C X Mf,gCh Ef XiB E XiB C X BX BX B C X C X Bj X CjE XiC X Mg B XkB X E B X B X B X B X B X Mf,gB Xh Ef,hE B X B X B X B X X Bj X E B X Ni B X MkB C X MkB B C X MkB C X MkB C X MkC X MkS Mk XiB C X
10、MkB X MkB X MkB C X MkX MkBj Cj X MkMk XiC X MkNi-Co-Fe B M Xi,kB M C X X B C M XB C M XC M X CMX C XiC XiMfB M XiB C M XB M X B M XB M C X X B M X CjXi MM C X NMdB E XB C X Em B C X EmB C X EmB C X EmB C X EmB C X Mf,gB Ch Xm Ef,h B C X EmB X EmB X EmB C X EmX EmBj Cj X Em B C X EmSteelsoB M XkB C
11、M X X B C M XB C M XC M XhC M XC X Mf,gCh M XiB E M XiB C M XB M X B M XB C M XX Bj M X CjM XiB C M X SteelspB XkB C X EmX B C X EmB C X C XnC X EmC X Mf,gCh Xh,iB E XiB C X B X B X B C X X C Bj X CjE XiB C X Ti Bi XkB C X EmX B C X EmB C X C X B C X EmB C X Mf,gB Ch XiB E B X B X B X B C X BjC X Xi
12、B C X Zn B XkB C X X B X B X C X C X C X Mf,gC Xh,iB E XiB X B X B X B C X Bj X Ej Xi 6 KS D ISO 3882:2012 2 ( ) . B (KS D ISO 3543) C (KS D ISO 2177) E (KS D ISO 2360) M / (KS D ISO 2178), ( g ) S STEP X X (KS D ISO 3497) 1 . . , . . . 2 ( ) (ISO 1463) (KS D ISO 9220) . (KS D ISO 10111), (KS D ISO
13、3868), (KS D ISO 4518) (KS D ISO 2128) . a b c d e f g (KS D ISO 2361) h / i , j k l - (CuZn), - (CuBe), - (CuSnAl) m n o p 7KS D ISO 3882:2012KS D ISO 3882:2012 8 3 a, bm ( ) 5 7 500 KS D ISO 2178 ( ) 1 125 KS D ISO 2361 5 2 000 KS D ISO 2360 X 0.25 25 KS D ISO 3497 0.1 1 000 KS D ISO 3543 2 100 KS
14、 D ISO 2128 0.25 100 KS D ISO 2177 4 ISO 1463 0.002 100 KS D ISO 4518 1 KS D ISO 9220 1 . a) b) , , c) , , d) , , . . . 2 , 1/10 100 % . 4 m 1/10, 0.4 m . a . b 10 % KS D ISO 3882:2012 9 1 CLARKE, M., and DUTTA P.K.,Transaction of the institute of metal finishing, 1966, 44(1), 9. 2 HARBULAK, E. P.,
15、Simultaneous thickness and electrochemical potential determination of individual layers in multilayer nickel deposits, Plating and surface finishing. February 1980, 67(2), 49 54. 3 JOFFE, B. B., Plating and surface finishing. September 1983, 40. 4 LATTER, T. D. T., British journal of NDT. July 1989,
16、 31(7), 372. 5 KOMATSU, H., Interferometry： Principles and applications of two-beam and miltiple-beam interferometry. Sendai, Japan, Institute of Materials Research, Tohoku University. 6 RAY, G. P., Thickness testing of electroplated and related coatings. Elcetrochemical Publications Ltd., Asahi Hou
17、se, 10 Church Road, Port Erin, Isle of Man, British Isle, 1993, ISBN 0 901150 27 4. Available from the Institute of Metal Finishing, Exeter House, 48 Holloway Head, Birmingham B1 1NQ, UK 7 BIKULCIUS, G., Plating and surface finishing. August 1997, 84(8), 30. 153787 1 92 3(13) (02)26240114 (02)262401489 http:/ KS D ISO 3882:2012 KSKSKS SKSKS KSKS SKS KS SKS KSKS SKSKS KSKSKS Metallic and other inorganic coatings Review of methods of measurement of thickness ICS 25.220.20, 25.220.40 Korean Agency for Technology and Standards http:/www.kats.go.kr
