1、 KSKSKSKSKSKSKSK KSKSKS KSKSK KSKS KSK KS KS K ISO 11092 ( ) KS K ISO 11092:2009 2009 7 31 http:/www.kats.go.krKS K ISO 11092:2009 : ( ) ( ) LS FITI ( ) : (http:/www.standard.go.kr) ： ： 2004 11 25 ： 2009 7 31 2009-0374 ： ： ( 02-509-7278) (http:/www.kats.go.kr). 10 5 , . KS K ISO 11092:2009 i ii .1 1
2、 1 2 .1 3 .2 4 3 5 .3 5.1 3 5.2 2 (8) .4 5.3 .5 6 5 6.1 5 mm 6 6.2 5 mm .6 7 7 7.1 .7 7.2 8 7.3 R ct .8 7.4 R et 9 8 .9 8.1 .9 8.2 .10 9 .10 A( ) .11 B( ) 12 C( ) .13 KS K ISO 11092:2009 ii . KS K ISO 11092： 2004 . . , , . , , . KS K ISO 11092:2009 ( ) Textiles Physiological effects Measurement of t
3、hermal and water-vapour resistance under steady-state conditions (sweating guarded-hotplated test) 1993 1 ISO 11092, Textiles Physiological effects Measurement of thermal and water-vapour resistance under steady-state conditions(sweating guarded-hotplate test) , . 1 , , , , , , (foam) . ( 2 m2 K/W 7
4、00 m2 Pa/W ). , . 2 . 2.1 (thermal resistance) R ct (resultant heat flux) . , . / (m2 K/W) Rct , . KS K ISO 11092:2009 2 2.2 (water-vapour resistance) R et . . / (m2 Pa/W) Ret “ ” . 2.3 (water-vapour permeability index) i mt (1) etctmtRRSi (1) S： 60 Pa/K imt , 0 1 . 0 , . 1 . 2.4 Wd (2) . metd1TRW (
5、2) Tm： Tm ( Tm 35 0.672 W h/g .) g/m2 h Pa . 3 Rct , m2 K/W Ret , m2 Pa/W imt , . Rct0 , m2 K/W Ret0 , m2 Pa/W Wd , g/m2 h Pa Tm Tm , W h/g A , m2Ta , Tm , KS K ISO 11092:2009 3 Ts , pa Ta , Pa pm Tm , Pa va , m/s sv va , m/s R.H. , % H , W Hc Rct He Ret Hc He 4 , . . Rct . . . . Ret . 5 5.1 3 mm 0.
6、04 m2 ( 200 mm ) 1 (1) (6) . (1) . 2 (8) , (11) . (1) (coefficient of radiant emissivity) 20 (8 14) m 0.35 . (5) (6) . . KS K ISO 11092:2009 4 (8) . (2) (3) (7) Tm 0.1 K . H 2 % (4) . (5) (1) . 1 mm . . . . 1 4 2 5 3 6 1 5.2 2 (8) . (7) . b ( 2 ) 15 mm . 1.5 mm . . TmKS K ISO 11092:2009 5 Ts (10) ,
7、(9) 0.1 K Tm . 7 5.1 8 9 10 11 2 5.3 . . 50 mm . Ta 0.1 K . , 100 m2 Pa/W 0.5 K . 3 % R.H. . Ta 20 , 15 mm . 1 m/s , 0.05 m/s . 1 6 10 sv/ va 0.05 0.1 . 6 TsKS K ISO 11092:2009 6 6.1 5 mm . 3 . 12 7.3 7.4 . 6.2 5 mm 6.2.1 . b ( 2 ) 2 . , Rct 1 (Rct/Rct) ( 3 ). 6.2.2 , . . 6.2.3 7.3 7.4 24 . 6.2.4 A
8、. 3 d Rct RctRct RctKS K ISO 11092:2009 7 7 7.1 . . . Rct0 Ret0 , . 7.1.1 R ct0 Rct0 Tm 35 , Ta 20 , 65 % R.H. . va 1 m/s . 5. . (Tm, Ta, R.H., H ) . Rct0 (3) . cam0ct)(HHATTR (3) Hc： , B . 7.1.2 R et0 7.1.2.1 Ret0 (5.1 ) . (10 50) m . , . , , . 7.1.2.2 35 , 1 m/s . pa 2 250 Pa 40 % R.H. . pm 5 620
9、Pa . Tm, Ta, va., R.H. 5. . (Tm, Ta, R.H., H ) . 7.1.2.3 Ret0 (4) . KS K ISO 11092:2009 8 eam0et)(HHAppR (4) He： , B . 7.1.3 , .1)7.1.4 Rct0, Ret0 . (8. ) . Rct0, Ret0 va 5.3 . ( ) . 7.2 7.2.1 . . . . , . 7.2.2 . , . 7.2.3 3 mm , . 7.3 R ct 7.3.1 Rct Tm 35 , Ta 20 , 65 %R.H. . va 1 m/s . 5. . 2 Ta,
10、R.H. va . , 1) Community Bureau of Reference, Rue de la Loi 2000, B-1049 Brussels, Belgium; Order No. CRM 064 A 300 mm300 mm, 33.5 mm, 90.9 kg/m3, Rct (1.0920.015) m2 K/W . KS K ISO 11092:2009 9 . (Tm, Ta, R.H., H ) . 7.3.2 Rct (5) . 0ctcamct)(RHHATTR (5) 3. . Rct . 7.4 R et 7.4.1 7.1.2 . 7.4.2 35 4
11、0 %R.H. . 1 m/s . 5. . . va . . Ta . (Tm, Ta, R.H., H ) . 7.4.3 Ret (6) . 0eteamet)(RHHAppR (6) 3. . Ret . 8 8.1 Rct (5010 3) m2 K/W (3.010 3) m2 K/W . (foam) (5010 3) m2 K/W 7 % . Ret 10 m2 Pa/W 0.3 m2 Pa/W . , 10 m2 Pa/W KS K ISO 11092:2009 10 7 % . 8.2 3 mm, 6 mm, 12 mm Rct (6.510 3) m2 K/W, Ret
12、0.67 m2 Pa/W . 9 . a) b) c) 7.2 d) e) f) ( ) g) h) i) KS K ISO 11092:2009 11 A ( ) A.1 3 . , . 2 . A.2 . Rct ( l 2 b) ( 1, 2 ). Ret . A.3 , . KS K ISO 11092:2009 12 B ( ) B.1 . 5.1 5.2 . , . Hc He . B.2 Hc (B.1) . Hc (Tm Ts)(B.1) . ( 4 cm ) . 20 , 35 . (34 36) 0.2 K . . . B.3 He (B.2) . He (Tm Ts)(B.2) . 6.1.2 . ( PET ) ( 4 cm ) . 35 40 %R.H. 35 . 0.2 K . . . B.4 . KS K ISO 11092:2009 13 C ( ) C.1 . C.1 () 2004.11.25 2004 0893 ： ISO 11092 ： ( ) 1 2009.07.31 2009 0374 2008.8.25 ：
