KS C IEC 60672-1-2003 Ceramic and glass insulating materials－Part 1：Definitions and classification《陶瓷和玻璃绝缘材料 第1部分 定义和分类》.pdf

《KS C IEC 60672-1-2003 Ceramic and glass insulating materials－Part 1：Definitions and classification《陶瓷和玻璃绝缘材料 第1部分 定义和分类》.pdf》由会员分享，可在线阅读，更多相关《KS C IEC 60672-1-2003 Ceramic and glass insulating materials－Part 1：Definitions and classification《陶瓷和玻璃绝缘材料 第1部分 定义和分类》.pdf（10页珍藏版）》请在麦多课文档分享上搜索。

1、 KS C IEC 60672-1KSKSKSKSSKSKSKS KSKSKS SKSKS KSKS SKS KS 1： KS C IEC 60672-1 : 2003 (2008 ) 2003 5 20 http:/www.kats.go.kr : ( ) ( ) ( ) : (http:/www.standard.go.kr) ： : 2003 5 20 : 2008 10 29 2008-0706 : ( 02-509-7294) . (http:/www.kats.go.kr) 10 5 , . ICS 29.035.30 KS C IEC 1： 60672 1： 2003(2008

2、) Ceramic and glass insulating materials Part 1：Definitions and classification 1995 2 IEC 60672 1 Ceramic and glass insulating materials Part 1：Definitions and classification , . 1. , , , , , . 2. . . KS C IEC 61006 3. . 3.1 (insulating material) 3.2 (ceramic insulating material) , ( ) . . 3.3 (glas

3、s insulating material) 3.4 (annealed glass) 3.5 (toughened glass) , 3.6 (glass-ceramic material) 3.7 (glass-bonded mica material) . . 3.8 (glaze) . . 3.9 (porosity) 3.10 (bulk volume) 3.11 bulk density( a) C IEC 60672 1： 2003 2 Mg/m3(g/cm3) . 3.12 () open(apparent) porosity(pa) % . 3.13 (dye porosit

4、y) . . , . 3.14 resistance to thermal shock( T) . . . 3.15 glass transition temperature( Tg) / . 5 K (KS C IEC 61006). , 1012. 3Nsm 2 . 4. , , , . 9 ( “C” ), 7 (“G” ), 1 (“GC” ) 1 (“GM” ) . . KS C IEC 60672 3 , 1 4 . C IEC 60672 1： 2003 3 1 C 100 C 110 (plastic processed) (quartz) , (feldspar) , (te

5、nsion) C 111 , , . C 112 / , C 120 , (1) 110 MPa C 130 , (1) 160 MPa , C 140 C 200 (magnesium silicate) C 210 (stearate), (protoenstatite) 80 MPa , C 220 , , , 120 MPa , , C 221 , , , 140 Mpa , , , C 230 , 35 % , C 240 (forsterites), 30 % C 250 , , , , , (1) C IEC 60672 1： 2003 4 1 ( ) (2) C 300 C 3

6、10 TiO2 , C 320 MgO/TiO2 , C 330 TiO2 , C 331 TiO2 , C 340 Ca, Sr, Bi CaO/Bi2O3/TiO2 SrO/Bi2O3/TiO2 , C 350 (perovskite) BaTiO3 350 3 000 C 351 BaTiO3 3 000 C 400 C 410 (cordierite), (cordierite) 0.5 % , , , , C 420 (celsian), 0.5 % , C 430 (lime) , 0.5 % C 440 (Zr) , 0.5 % , , C 500 C510 1 000 C 51

7、1 , 1 000 C 512 , 1 000 C 520 , , 1 200 C 530 , , 1 300 (2) KS C IEC 60672 3 C IEC 60672 1： 2003 5 1 ( ) C 600 (mullite) C 610 , 50 65 % Al2O3 , , , , C 620 , 65 80 % Al2O3 , , , , C 700 ( ) C 780 80 86 % Al2O3, / C 786 86 95 % Al2O3, / C 795 95 99 % Al2O3, , , (3)C 799 99 % Al2O3, , , (3)C 800 C 81

8、0 (beryllia) BeO , , C 820 (magnesia) MgO C 900 C 910 AlN , C 920 BN C 930 Si3N4 , , , C 935 Si3N4 , , (3) , . 2 GC 100 GC 110 , GC 120 , , , C IEC 60672 1： 2003 6 3 GM 100 GM 110 . GM 120 , 4 G 100 G 110 G 120 G 200 G 220 , G 231 , G 232 , G 400 , G 500 , G 600 , G 700 G 795 95 99 % SiO2 , , , G 799 99 % SiO2 , , , 1 ： 135513 7017 (02)60094867 (02)6009 4887 8 http:/ KS C IEC 60672-1 : 2003 KSKSKS SKSKS KSKS SKS KS SKS KSKS SKSKS KSKSKS Ceramic and glass insulating materials Part 1： Definitions and classification ICS 29.035.30 Korean Agency for Technology and Standards http:/www.kats.go.kr