P2 P2 P3 3.1 P3 3.2 P5 3.3 P8 3.4 P10 3.5 P13 3.6 P15 P16 P17 P18 A1 P19 A2 P23 A3 P25 1 26
Microsoft Excel Excel Excel Excel97 1 3 4060 0100 70120 kpa Excel CD Excel 20 Excel Excel (H) (H) [ ] [ ][ ] (M) (L) 2 26
Excel LC, MC HC 3.1 3 26
OK 0 OK 1020 3.3) 4 26
3.2 4060 0.950 m 3 /kg td<tw 5 26
Excel D 100 kj/kg (E) D9 $D$9 D9 (V) 100 (C) D6 $D$6 OK D9 100.0 D6 30.0 OK 5.1 6 26 5.2
101.325 kpa 7 26
3.3 3 60 Excel 8 26
3.1)b) 3.1)b) OK 9 26
3.4 3.2) 10 26
G14 11 3.1)b) 11 11 26
11 2. #VALUE SHF 12 LC,MC,HC 12 26
3.5 13 3 14 3.2) 13 26
E16 3.4 a. 15 14 26
3.6 (LC) (MC) (HC) (MC),, 100 0 SHF ( ) ( ) SHF SHF ( ) 15 26
Ctrl g 3.2 A2 4060 0100 70120 kpa 4.1 Excel OK Excel 3.1)b) 16 26
A1 Excel Visual Basic Visual Basic 5.1 Cf.A1 Pws(td) kpa & (2.7) Pis(td) kpa (2.8) Pw(p,td,tw) kpa & (2.7~8)(2.26) Xs(p,td) kg/kgda & (2.10)(2.26) X(p,td,tw) kg/kgda & (2.10)(2.26) V(p,td,tw) m 3 /kgda & (2.12)(2.27) 6-1 Va(p,td) m 3 /kg (2.24a) H(p,td,tw) kj/(kg K) & (2.14)(2.28) (p,td,tw) [] & (2.16) (p,td,tw) [] & (2.15) 10 Dp(p,td,tw) & (2.23) p [kpa], td [], tw 5.2 Derivatives p,td,tw 11 tw(p,td,) 12 twx(p,td,x) X kg/kgda 13 tsx(p,x) X kg/kgda (X>0.000 000 3) 14 tdxtw(p,x,tw) X kg/kgda 15 twh(p,td,h) H kj/(kg K) 16 tsh(p,h) H kj/(kg K) 17 twv(p,td,v) V m 3 /kg 17-1 tsv(p,v) V m 3 /kg 18 tav(p,v) V m 3 /kg 13 tsx(p,x) X>0.000 000 3 kg/m 3 (DA) 17 26
1 15-20 1999 9-11 1999 551964, (2),,58-1,PP.87-96(1984) 18 26