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- えりか かたいわ
- 7 years ago
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6 * η s [%] η b [%] η o [%] 3.2 T s [min] 1 kg 1 *1 2
7 t s [s/kg ] θ s [] θ f [] (a) T s = T g ˆθf ˆθ s θ f θ s T s : [min] T g : [min] ˆθ s : [] ˆθ f : [] θ s : [] θ f : [] (a) 3.3 V c [/h] V m [/] T c [min/] V c [/h] V m [/] T c [min/] 1 V c [/h] V m [/m] [m/min] 1 V m [/h] V m [/] 1 V m [/m] 1 m V m [/] T c [min/] V m [/] 1 T c [min/] 3
8 3.4 Q s [kwh/] Q c Q i [kwh/h] Q d [kwh/] Q il [kwh/h] Q s [kwh/] P s [kwh/] (b) Q s = P s ˆθf ˆθ s θ f θ s Q s : [kwh/] P s : [kwh/] ˆθ s : [] ˆθ f : [] θ s : [] θ f : [] (b) Q c [kwh/h] [kwh/] T c [min/] P c [kwh] 1 1 p c [kw] Q c [kwh/h] Q c [kwh/h] [kwh/] Q i [kwh/h] Q il [kwh/h]
9 3.4.5 h d [h/] h c [h/] V m [/] v d [/ ] h c [h/] h i [h/] h d [h/] h c [h/] h d [h/] h d [h/] r c V m [/] [/] r c V m [/m] [/m] r c Q d [kwh/] Q d [kwh/] h c [h/] (c) v d [/] v d [/ ] (d) n d [/] (e) h d [h/] h c [h/] h i [h/] v d [/] v d [/] n d [/] r c Q dh = n s Q s + h c Q c + h i Q i Q dv = n s Q s + v d Q c + (h d v d ) Q i V c V c Q dn = n d Q c (c) (d) (e) Q dh : [kwh/] Q dv : [kwh/] 5
10 Q dn : [kwh/] Q s : [kwh/] Q c : [kwh/h] [kwh/] [kwh/h] [kwh/] Q i : [kwh/h] V c : [/h] [/h] h c : [h/] h i : [h/] h d : [h/] v d : [/] [/] n s : [/] n d : [/] 3.5 I s I t I w 3.6 W d [l/] (f) JIS S2103 JIS C9250 S 1 + S 2 2 (S 1 S 2 ) 100 ϵ S 1 : 1 S 2 : 2 (f) ϵ: [%] 5 % 10 % 6
11 4.3 1 m θ h * p c [kw] 90 % 105 % *3 p c [kw] 97 % 103 % *2 *3 8 7
12 mm M s [kg] * 4 70 % θ s [] θ s [] 45 θ s [] 50 θ f [] P t [kwh] η s [%] (5.1.1) η s = CM s(θ f θ s ) 3600 P t 100 (5.1.1) η s : [%] M s : [kg] θ f : [] θ s : [] P t : [kwh] C: 4.19 kj/kg 15 M b [kg] P b [kwh] η b [%] (5.1.2) η b = LM b 3600 P b 100 (5.1.2) η b : [%] M b : [kg] P b : [kwh] L: 2260 kj/kg * 5 *4 JIS S2103 * [kJ/mol] 18[g/mol] 2.26[kJ/g] 8
13 % θ s [] 95 T g [min] t s [s/kg ] (5.1.3) t s = 60 T g M s (95 θ s ) (5.1.3) t s : [s/kg ] T g : 95 [min] M s : [kg] θ s : [] Q c = p c (5.1.4) Q c : [kwh/h] p c : [kw] Q dh = h c Q c (5.1.5) Q dh : [kwh/] Q c : [kwh/h] h c : [h/] 2.5 h/ * *6 4 h 2 h 6 h 0.5 h 9
14 5.2 [l] θ c [] 1 *7 M w [kg] θ wi [] θ wo [] P w [kwh] η o [%] (5.2.1) η o = CM w(θ wo θ wi ) + T w P L 3600 P w 100 (5.2.1) η o : [%] M w : [kg] θ wo : [] θ wi : [] T w : [s] P L : 180 [kw] P w : [kwh] C: 4.19 kj/kg P L = (θ c θ r 155) Q i Q il 20 (5.2.2) *7 θ c
15 P L : 180 [kw] θ c : [] θ r : [] Q i : [kwh/h] (5.2.9) Q il : [kwh/h] (5.2.10) [l] 110 *8 15 M b [kg] P b [kwh] η b [%] (5.2.3) η b = LM b 3600 P b 100 (5.2.3) η b : [%] M b : [kg] P b : [kwh] L: 2260 kj/kg θ s [] T g [min] P s [kwh/ ] T s [min] (5.2.4) T s = T g θ s (5.2.4) T s : [min] T g : 175 [min] θ s : [] g/ V m [/] V m [/] 3 80 T c [min/ ] *8 11
16 T c [min/] P c [kwh/] 3 6 V c [/h] (5.2.5) V c = V m 60 T c (5.2.5) V c : [/h] V m : [/] T c : [min/] 7 mm V m [kg/] V m [kg/] T c [min/] T c [min/] P c [kwh/] 3 6 V c [kg/h] (5.2.6) V c = V m 60 T c (5.2.6) V c : [kg/h] V m : [kg/] T c : [min/] Q s = P s θ s (5.2.7) Q s : [kwh/] P s : [kwh/] θ s : [] Q c = P c 60 T c (5.2.8) Q c : [kwh/h] P c : [kwh/] T c : [min/] 12
17 Q i = P i 60 T i Q il = P i 60 T i 155 θ il + θ rl 60 θ i θ rh P il (5.2.9) θ i θ rh θ il + θ rl T il θ i θ rh θ il + θ rl 135 θ il + θ rl 60 θ i θ rh P il (5.2.10) θ i θ rh θ il + θ rl T il θ i θ rh θ il + θ rl Q i : [kwh/h] Q il : [kwh/h] P i : [kwh] P il : [kwh] T i : [min] T il : [min] θ i : [] θ il : [] θ rh : [] θ rl : [] Q dh = n s Q s + h c Q c + h i Q i (5.2.11) Q dv = n s Q s + v d V c Q c + (h d v d V c ) Q i (5.2.12) Q dh : [kwh/] Q dv : [kwh/] Q s : [kwh/] Q c : [kwh/h] Q i : [kwh/h] V c : [/h] [kg/h] h c : [h/] 3.5 h/ * 9 h i : [h/] 6.5 h/ h d : [h/] 10 h/ v d : [/] [kg/] 800 / 50 kg/ n s : [/] 1 / *9 4 h 2.5 h 6 h 1 h 13
18 mm mm a b 50 mm 100 mm b b a a a a θ s [] T g [min] P s [kwh/] * 10 T s [min] (5.3.1) T s = T g θ f θ s (5.3.1) *10 14
19 T s : [min] T g : 175 [min] θ f : 175 [] θ s : [] g/ 20 mm 180 V m [/] 5 V m [/] 50 mm mm 115 mm 5 V m [s] V m [s] T c [min/] T c [min/] P c [kwh/] 3 6 V c [/h] (5.3.2) V c = V m 60 T c V c : [/h] V m : [/] T c : [min/] (5.3.2) Q s = P s θ f θ s (5.3.3) Q s : [kwh/] P s : [kwh/] θ f : 175 [] θ s : [] Q c = P c 60 T c Q c : [kwh/h] P c : [kwh/] T c : [min/] (5.3.4) 15
20 Q i = P i 60 T i Q il = P i 60 T i 155 θ il + θ rl 60 θ i θ rh P il (5.3.5) θ i θ rh θ il + θ rl T il θ i θ rh θ il + θ rl 135 θ il + θ rl 60 θ i θ rh P il (5.3.6) θ i θ rh θ il + θ rl T il θ i θ rh θ il + θ rl Q i : [kwh/h] Q il : [kwh/h] P i : [kwh] P il : [kwh] T i : [min] T il : [min] θ i : [] θ il : [] θ rh : [] θ rl : [] Q dh = n s Q s + h c Q c + h i Q i (5.3.7) Q dv = n s Q s + v d V c Q c + (h d v d V c ) Q i (5.3.8) Q dh : [kwh/] Q dv : [kwh/] Q s : [kwh/] Q c : [kwh/h] Q i : [kwh/h] V c : [/h] h c : [h/] 3.5 h/ * 11 h i : [h/] 6.5 h/ h d : [h/] 10 h/ v d : [/] 200 / n s : [/] 1 / I s *11 4 h 2.5 h 6 h 1 h 16
21 (5.3.9) I s = 2 j i + j e 2 J i 100 (5.3.9) I s : J i : [] j i : θ a ± 10 [] j e : θ a ± 10 [] θ a : [] * 12 A p [m 2 ] θ a ± 10 θ a [] 10 *
22 * θ x [] 1 θ x [] θ g [] θ x [] (5.4.1) T s [min] θ g [] P s [kwh/] θ g [] 3 θ g = 0.9 θ x (5.4.1) θ g : [] θ x : [] 1 θ x θ x [] Q s = P s (5.4.2) Q s : [kwh/] P s : [kwh/] Q c = p c (5.4.3) *
23 Q c : [kwh/h] p c : [kw] T s 3 Q i 0 kwh/h Q i = P i 60 T i (5.4.4) Q i : [kwh/h] P i : [kwh] T i : [min] Q dh = n s Q s + h c Q c + h i Q i (5.4.5) Q dh : [kwh/] Q s : [kwh/] Q c : [kwh/h] Q i : [kwh/h] h c : [h/] 5 h/ * 14 h i : [h/] 2 h/ * 15 n s : [/] 12 / * *14 4 h 4 h 6 h 1 h *15 6 h 1 h 3 h *
24 * 17 θ s [] θ s [] θ f [] P t [kwh] η s [%] (5.5.1) η s = CM s(θ f θ s ) 3600 P t 100 (5.5.1) η s : [%] M s : [kg] θ f : [] θ s : [] P t : [kwh] C: 4.19 kj/kg V m [kg/ ] 30 V m [kg/ ] ± 1 T c [min/] T c [min/] P c [kwh/ ] V c [kg/h] (5.5.2) V c = n k V m 60 T c (5.5.2) * [cal/g]
25 V c : [kg/h] V m : [kg/ ] T c : [min/] n k : [] Q c = n k P c (5.5.3) Q cw = P c V m (5.5.4) Q c : [kwh/] Q cw : 1 kg [kwh/kg] P c : [kwh/ ] V m : [kg/ ] n k : [] Q dn = n d Q c (5.5.5) Q dn : [kwh/] Q c : [kwh/] n d : [/] 1 /
26 θ s [] θ s [] 45 θ s [] 50 θ f [] P t [kwh] η s [%] (5.6.1) η s = CM s(θ f θ s ) 3600 P t 100 (5.6.1) η s : [%] M s : [kg] θ f : [] θ s : [] P t : [kwh] C: 4.19 kj/kg * M b [kg] P b [kwh] η b [%] (5.6.2) η b = LM b 3600 P b 100 (5.6.2) η b : [%] M b : [kg] P b : [kwh] L: 2260 kj/kg θ s [] 95 T g [min] P s [kwh/] T s [min] (5.6.3) T s = T g θ s (5.6.3) T s : [min] T g : 95 [min] θ s : [] *18 22
27 g/ 0.1V m [kg/min] V m [/] T y [s] T j [s] 98 5 V m [/] T y [s] V m [/] P c [kwh/] θ w [] T r [s/] 3 5 M w [kg/min] M w θ w T h [s] 1 kg 0.8 kg 15 (5.6.4) T c [min/] (5.6.5) V c [/h] (5.6.6) T h = C { } m w V m (98 15) M w T y + T j 60 (98 θ w) T r (5.6.4) p c η s T c = T r + T h 60 T c = T y + T j 60 (5.6.5) V c = V m 60 T c (5.6.6) V c : [/h] V m : [/] T c : [min/] T r : 98 [s/] T h : M w θ w [s] T y : [s] T j : [s] 15 s θ w : [] M w : [kg/min] m w : [kg/] 0.2 kg/ * 19 p c : [kw] η s : [%] C: 4.19 kj/kg * kg/ 0.8 kg/kg= 0.2 kg/ 23
28 5.6.4 Q s = P s θ s (5.6.7) Q s : [kwh/] P s : [kwh/] θ s : [] Q c = P c 60 T r (5.6.8) Q c : [kwh/h] P c : [kwh/] T r : 98 [min/] Q i = P i 60 T i (5.6.9) Q i : [kwh/h] P i : [kwh] T i : [min] Q dh = n s Q s + h c Q c + h i Q i (5.6.10) Q dv = n s Q s + v d V c 1 r c Q c + (h d v d V c 1 r c ) Q i (5.6.11) Q dh : [kwh/] Q dv : [kwh/] Q s : [kwh/] Q c : [kwh/h] Q i : [kwh/h] V c : [/h] h c : [h/] 5 h/ * 20 h i : [h/] 5 h/ h d : [h/] 10 h/ r c : 0.4 v d : [/] 400 / n s : [/] 1 / *20 4 h 4 h 6 h 1 h 24
29 W s [l/] [l] W L [l/kg] W c [l/h] W L [l/kg] 1 kg W L1 1 kg W L2 W L = W L1 + W L2 (5.6.12) W c = f b M b 60 T b (5.6.13) W L : [l/kg] W L1 : [l/kg] 0.5 l/kg * 21 W L2 : [l/kg] 0.3 l/kg W c : [l/h] M b : [l]1 l/kg T b : [min] f b : 0.6 * 22 W i = M i 60 T i (5.6.14) W i : [l/h] M i : [l]1 l/kg T i : [min] W dh = n s W s + h c (m c V c r c W L + W c ) + h i W i (5.6.15) W dv = n s W s + m c v d W L + v d V c 1 r c W c + (h d v d V c 1 r c )W i (5.6.16) W dh : [l/] *21 [l/kg] 0.1 l/kg ( )/(1 0.75) pp l/kg 2.0 l/kg 1.2 l/kg 2.2 l/kg 1.0 l/kg 1.7 l/kg 1.6 l/kg *22 1 r c =
30 W dv : [l/] W s : [l/] W L : [l/kg] W c : [l/h] W i : [l/h] V c : [/h] h c : [h/] 5 h/ * 23 h i : [h/] 5 h/ h d : [h/] 10 h/ r c : 0.4 v d : [/] 400 / m c : 0.25 kg/ n s : [/] 1 / *23 4 h 4 h 6 h 1 h 26
31 θ s [] T g [min] P s [kwh/] T s [min] (5.7.1) T s = T g ˆθf 25 θ f θ s (5.7.1) T s : [min] T g : [min] ˆθ f : [] θ s : [] θ f : [] * g/ 60 g/ V m [/] 80 V m [/] 1 * mm 65 mm 1 T c [min/] *24 50 % *25 1/
32 * 26 T c [min/] P c [kwh/] Q s = P s θ f θ s (5.7.2) Q s : [kwh/] P s : [kwh/] θ s : [] θ f : [] Q c = P c (5.7.3) Q c : [kwh/] P c : [kwh/] 2 2 Q i = P i 60 T i (5.7.4) Q i : [kwh/h] P i : [kwh] T i : [min] Q dn = n s Q s + n d Q c (5.7.5) Q dn : [kwh/] Q s : [kwh/] Q c : [kwh/] n s : [/] 1 / n d : [/] 1 / *26 28
33 5.7.5 * 27 6 * * I t 3 *27 JIS S2103 * *
34 θ s [] T 1 [min] 60 T 2 [min] 80 T 3 [min] P s [kwh/] T s [min] (5.8.1) (5.8.2) * 30 T s = T 2 T s = T θ s (5.8.1) T s = T (5.8.2) T s = T 1 + (T 3 T 1 ) 80 θ h T s : [min] T 1 : [min] T 2 : 60 [min] T 3 : 80 [min] θ s : [] θ h : [] V m [/] T p [s] T j [s] 11 *30 JFEA
35 500 mm 500 mm 230 mm V m [/] [] 40 T j [s] 4 60 T c [s/] (5.8.3) P c [kwh/] 6 11 * 31 θ t [] 60 T r [s] 6 10 V c [/h] (5.8.4) T c = (T p + T j ) θ t θ h T c = T p + T (5.8.3) r T c = T p + T j0 V c = V m 3600 T c V c : [/h] V m : [/] T c : [s/] T p : [s] T j : [s] T r : 60 [s] * 32 T j0 : [s] 5 s θ h : [] θ t : [] (5.8.4) T p [s] T j [s] θ t [] 60 T r [s] 4 *31 1 * s 31
36 5.8.4 Q s = P s + C 3600 {(θ h 60)W s + (θ s 20)W r } Q s : [kwh/] P s : [kwh/] θ h : [] θ s : [] W s : [l/] W r : [l/] C: 4.19 kj/kg (5.8.5) Q r = P r + C } {(θ h 60)W s + (θ s 80)W r 3600 Q r : [kwh/] P r : [kwh/] θ h : [] θ s : [] W s : [l/] W r : [l/] C: 4.19 kj/kg (5.8.6) Q c = P c 3600 T c + CV c(θ h 60)W c 3600 Q c : [kwh/h] P c : [kwh/] T c : [s/] θ h : [] W c : [l/] V c : [/h] C: 4.19 kj/kg (5.8.7) 60 Q i = P i T i Q i : [kwh/h] P i : [kwh] T i : [min] (5.8.8) 32
37 Q dv = n s Q s + n r Q r + v d V c Q c + (h d v d V c ) Q i (5.8.9) Q dv : [kwh/] Q s : [kwh/] Q r : [kwh/] Q i : [kwh/h] Q c : [kwh/h] V c : [/h] h d : [h/] 10 h/ v d : [/] 100 / n s : [/] 1 / n r : [/] 1 / W s [l/] W c [l/] W dv = (n s + n r )W s + v d W c (5.8.10) W dv : [l/] W s : [l/] W c : [l/] n s : [/] 1 / n r : [/] 1 / v d : [/] 100 / 33
38 5.9 JFEA JFEA θ s [] 40 T 1 [min] 60 T 2 [min] 65 T 3 [min] 80 T 4 [min] P s [kwh/] T s [min] (5.9.1) * 33 T s = T 1 T s = T 2 + C(θ h 60)W f 60 p f T s = T 3 + C(θ h 60)W m 60 p m T s = T 4 80 θ s (5.9.1) *33 JFEA
39 T s : [min] T 1 : 40 [min] T 2 : 60 [min] T 3 : 65 [min] T 4 : 80 [min] θ s : [] θ h : [] W f : [l] W m : [l] p f : [kw] p m : [kw] C: 4.19 kj/kg V c [/h] V m [/m] * 34 (5.9.2) V c = 60 V m S c (5.9.2) V c : [/h] V m : [/m] S c : [m/min] * mm V m [/m] 60 % * mm V m [/m] 500 mm 500 mm mm V m [/m] 32 /m V m [/m] 180 mm *34 1 m *35 JFEA *36 DSP S 2030 B 70 % 76 % π/
40 5.9.4 Q s = P s + C 3600 {(θ h 60)W s + (θ s 20)W r } Q s : [kwh/] P s : [kwh/] θ h : [] θ s : [] 20 W s : [l/] W r : [l/] C: 4.19 kj/kg (5.9.3) 60 ± 5 60 Q c0 = P c0 + C(θ h 60)W c T c Q c0 : [kwh/h] P c0 : [kwh] T c0 : [min] θ h : [] W c : [l/h] C: 4.19 kj/kg (5.9.4) * 37 Q c = Q c0 + C d θ d m d V c 3600 Q c : [kwh/h] Q c0 : [kwh/h] V c : [/h] θ d : [] m d : [kg/] 180 mm 0.26 kg/ 230 mm 0.42 kg/ 180 mm 0.14 kg/ C d : [kj/kg ] 1 kj/kg 1.7 kj/kg (5.9.5) *
41 Q i = P i 60 T i Q i : [kwh/h] P i : [kwh] T i : [min] (5.9.6) * 38 Q dh = n s Q s + h c { r c Q c + (1 r c )Q c0 } + h i Q i (5.9.7) Q dh : [kwh/] Q s : [kwh/] Q c : [kwh/h] Q c0 : [kwh/h] Q i : [kwh/h] h c : [h/] 1 h/ h i : [h/] 0.5 h/ r c : 0.8 n s : [/] 1 / W s [l/] W c [l/h] * 38 W dh = n s W s + h c W c (5.9.8) W dh : [l/] W s : [l/] W c : [l/h] n s : [/] 1 / h c : [h/] 1 h/ * h c 3 h/h i 1.5 h/n s 3 / 37
42 θ s [] 90 T g [min] T s [min] (5.10.1) T s = T g θ f θ s (5.10.1) T s : [min] T g : 90 [min] θ f : [] θ s : [] V m [/] * mm 360 mm 200 mm 180 mm V m [/] [] T c [min/] T c [min/] P c [kwh/] *
43 Q c = P c (5.10.2) Q c : [kwh/] P c : [kwh/] Q dn = n d Q c (5.10.3) Q dn : [kwh/] Q c : [kwh/] n d : [/] 1 /
44 % θ s [] θ s [] 45 θ s [] 50 θ f [] P t [kwh] η s [%] (5.11.1) η s = CM s(θ f θ s ) 3600 P t 100 (5.11.1) η s : [%] M s : [kg] θ f : [] θ s : [] P t : [kwh] C: 4.19 kj/kg % θ s [] 95 T g [min] t s [s/kg ] (5.11.2) t s = 60 T g M s (95 θ s ) (5.11.2) t s : [s/kg ] T g : 95 [min] M s : [kg] θ s : [] V m [/] 6 * 40 2 V m [/] 70 % P *40 40
45 P 4 0 kw T c [min/] T c [min/] P c [kwh/] 2 [kw] [min] P 1 P 2 P 3 P 4 T 1 6 T P 1 : [kw] P 2 : [kw] * 41 P 3 : [kw] P 4 : [kw] T 1 : [min] 150 T 3 : [min] Q c = P c (5.11.3) Q c : [kwh/] P c : [kwh/] Q dn = n d Q c (5.11.4) Q dn : [kwh/] Q c : [kwh/] n d : [/] 1 / *41 P 4 41
46 % θ s [] 150 θ s [] 45 θ s [] 50 θ f [] P t [kwh] η s [%] (5.12.1) η s = CM s(θ f θ s ) 3600 P t 100 (5.12.1) η s : [%] M s : [kg] θ f : [] θ s : [] P t : [kwh] C: 4.19 kj/kg % θ s [] T g [min] t s [s/kg ] (5.12.2) t s = 60 T g M s (95 θ s ) t s : [s/kg ] T g : 95 [min] M s : [kg] θ s : [] (5.12.2) V m [/] 7 * 42 2 V m [/] 70 % θ 4 [] 2 T c [min/] T c [min/] P c [kwh/] *42 42
47 2 [] [min] θ 4 T 1 6 T θ 4 : [] T 1 : [min] 150 T 3 : [min] Q c = P c (5.12.3) Q c : [kwh/] P c : [kwh/] Q dn = n d Q c (5.12.4) Q dn : [kwh/] Q c : [kwh/] n d : [/] 1 / mm mm a b 50 mm 100 mm 43
48 50 50 b b a a a a I s (5.12.5) I s = 2 j i + j e 2 J i 100 (5.12.5) I s : J i : [] j i : θ a ± 10 [] j e : θ a ± 10 [] θ a : [] * 43 A p [m 2 ] θ a ± 10 θ a [] 10 *
49 JIS C (1) p s [kw] 2 1 M s [kg] JIS R l 4 2 kg 0.5 l 4 4 η s [%] (5.13.1) η s = CM s(θ f θ s ) p s T g 100 (5.13.1) η s : [%] M s : [kg] θ f : [] θ s : [] T g : [s] p s : [kw] C: 4.19 kj/kg θ s [] T g [min] P s [kwh/] T s [min] (5.13.2) 0 min T s = T g ˆθf 25 θ f θ s (5.13.2) T s : [min] T g : [min] 45
50 ˆθ f : [] θ s : [] θ f : [] g 1 / * 44 T c [min/] T c [min/] P c [kwh/] 3 6 V c [/h] (5.13.3) V c = 60 T c V c : [/h] T c : [min/] (5.13.3) Q s 0 kwh/ Q s = P s ˆθf 25 θ f θ s (5.13.4) Q s : [kwh/] P s : [kwh/] ˆθ f : [] θ s : [] θ f : [] Q c = P c 60 T c (5.13.5) Q c : [kwh/h] P c : [kwh/] T c : [min/] *
51 Q i 0 kwh/h Q i = P i 60 T i (5.13.6) Q i : [kwh/h] P i : [kwh] T i : [min] Q dh = n s Q s + h c Q c + h i Q i (5.13.7) Q dv = n s Q s + v d T c 60 Q c + (h d v d T c 60 ) Q i (5.13.8) Q dh : [kwh/] Q dv : [kwh/] Q s : [kwh/] Q c : [kwh/h] Q i : [kwh/h] T c : [min/] h c : [h/] 4 h/ * 45 h i : [h/] 6 h/ h d : [h/] 10 h/ v d : [/] 50 / n s : [/] 1 / * 46 * g ±5 2 I w 28 I t 6 * *45 4 h 2.5 h 6 h 1.5 h *46 JIS S2103 *47 JIS C9250 *
52 * I t 3 *
53 巻末資料 1 食パン表面の焼き色評価基準
54 2 3 1 [g] [%] * 50 [cal/g ] [] 20 g/ mm mm g mm mm mm (A1) w w = m c C p 100 θ m 100 θ w (A1) w w : 1 [g] m c : 1 [g] 3 C p : [cal/g ] 3 θ m : [] 3 θ w : [] 3 (A2) * 51 3 C p = x w 100 (A2) C p : [cal/g ] x w : [%] * *51 p URL 50
55 AIHO
56 JIS 15 10
57 F TEL FAX
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家庭系パソコンの回収再資源化にかかる論点
1 134 1212 134 2 1 137 1212 (1) 12 12,102 40.2 4,865 2-1 12 21,497 2-2 50.1 2-3 1 kg 2 12 2-1 13 12% 2-1 (2) 2-2 4 4 7 2-3 4 (3) 13.8 2-4 46 10 80 3 3 4 3 2-5, 2-6 13 9 2-7 18 2 2 8 5,000 30 25% 25 2 2
07.報文_及川ら-二校目.indd
8 01 01 4 4 1 5 16 18 6 006 H 18 4 011 H 6 4 1 5 1 5 007 H 19 5 009 1 5 006 007 009 011 9 10 4 000 H 1 4 5 004 H 16 4 004 009 H 1 5 4 4 5 1 4 006 011 1 1 4m 5m 10m 007 1 7 009 009 1 5 10 1 000kg 10a 006
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6 12 10661 93100 227213202 222208197 85kg cm 20 64.521 106856142 2 1 4 3 9767 100 35 cm 7747 208198 90kg 23 5828 10661 93100 cm 227213202 10639 61 64.521 85kg 78kg 70kg 61 100 197204.5 cm 15 61
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1 2 (90cm 70cm 2015) 3 (68cm 28cm 30cm 12kg 2015) (77.5 109.5cm 2015) 4 (22cm 50cm 50cm 4.6kg 2015) (45cm 62.5cm 2015) (47.4cm 62.5cm 2014) 5 (28.5cm 23.5cm) (45cm 62cm 2015) (97cm 107cm 2015) 6 7 8 9
180 140 22
21 180 140 22 23 25 50 1 3 350 140 500cm 600 140 24 25 26 27 28 29 30 31 1/12 8.3 1/15 6.7 10 1/8 12.5 1/20 140 90 75 150 60 150 10 30 15 35 2,000 30 32 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 % 100 50 33.3
P.1P.3 P.4P.7 P.8P.12 P.13P.25 P.26P.32 P.33
: : P.1P.3 P.4P.7 P.8P.12 P.13P.25 P.26P.32 P.33 27 26 10 26 10 25 10 0.7% 331 % 26 10 25 10 287,018 280,446 6,572 30,236 32,708 2,472 317,254 313,154 4,100 172,724 168,173 4,551 6,420 6,579 159 179,144
10 117 5 1 121841 4 15 12 7 27 12 6 31856 8 21 1983-2 - 321899 12 21656 2 45 9 2 131816 4 91812 11 20 1887 461971 11 3 2 161703 11 13 98 3 16201700-3 - 2 35 6 7 8 9 12 13 12 481973 12 2 571982 161703 11
0.45m1.00m 1.00m 1.00m 0.33m 0.33m 0.33m 0.45m 1.00m 2
24 11 10 24 12 10 30 1 0.45m1.00m 1.00m 1.00m 0.33m 0.33m 0.33m 0.45m 1.00m 2 23% 29% 71% 67% 6% 4% n=1525 n=1137 6% +6% -4% -2% 21% 30% 5% 35% 6% 6% 11% 40% 37% 36 172 166 371 213 226 177 54 382 704 216
緑化計画作成の手引き 26年4月版
http://www.city.shibuya.tokyo.jp/env/en_eventact/midori_ryokka.html 10 11 12 13 14 15 16 17 18 19 P10 P10 1 P12 2635 Fax (1) 47 03-5388-3554 http://www2.kankyo.metro.tokyo.jp/sizen/sinseisyo/e2/tebiki.htm
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( ) ( ) ( ) (1) (2) (3) (4) (5) (6) (7) ( ) 924,224kwh 95.35 20,044,758 85.38 3,274 m 88.65 1,921,171 85.70 962,600kwh 90.60 13,567,984 69.88 139 m 106.92 26,388 114.26 4,110Kg 59.74 149,310 75.80 4,030Kg
90 27 1 29 ( ) 27 4 26 ( ) 27 4 29 ( ) 4 27 3 30 ( ) 1 30 4 27 4 8 ( ) 16 ( ) 9 P2 3 301 27 4 14 ( ) 15 ( ) 9 5 27 4 21 ( ) 4 27 4 21 ( ) 8 30 5 27 4 23 ( ) 5 10 11 12 13 4 3 4 14 27 4 23 ( 27 4 25 ( )
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(1) [] (2) [] 1 2 (3) [] 3 (4) [] 4 (5) [] 5 (6) [] 60cm 60cm (7) m3 /h [] 25 m3h COCO2 NONO2 SO 6 (8) [] Ci 0.05 0.1 mgm3 7 mgh 2 mgh G 2 mgh N 5 C 0.15 mgm3 0.05 0.1 mg/ m3 Qi 25 m3h 7 8 9 300 4,500
199510 156 8 19963 8 42 1620045 7 5 20872127 63 19082003 4 1929 7 1932 353946 34 58 68 106 59 4 1511 5 95 1995 40 42 2004.8.10 2005.4.30
2004 8 2005 5 pdf 2 199510 156/1 19951015611 3 4 5 JIS JIS X 0208, 1997 10o o http://www.pref.hiroshima.jp/soumu/bunsyo/monjokan/index.htm 199510 156 8 19963 8 42 1620045 7 5 20872127 63 19082003 4 1929
2
1 2 3 4 23 26 1.821.42 5 6 7 8 9 10 11 (kw) 50.0 10.0 5.5 20.0 20.0 50.0 5.0 32.0 22.0 10.2 224.7 12 13 m3 14 15 16 17 18 19 20 21 22 23 24 25 12 26 27 L=50m 28 29 30 31 32 33 34 35 36 37 kl/ 年 kl/ 年 kl/
表紙030313.PDF
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取扱説明書 [d-01H]
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d-01h 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1 2 19 3 1 2 4 3 20 4 21 1 2 3 4 22 1 2 1 2 1 23 1 1 2 24 25 26 1 1 1 2 27 1 2 3 28 29 1 2 1 2 3 30 1 2 3 4 5 1 2 3 31 1 2 3 4 32 33 34 1 35 1 36 37
2004
2008 3 20 400 1 1,222 7 1 2 3 55.8 54.8 3 35.8 6 64.0 50.5 93.5 1 1,222 1 1,428 1 1,077 6 64.0 52.5 80.5 56.6 81.5 30.2 1 2 3 7 70.5 1 65.6 2 61.3 3 51.1 1 54.0 2 49.8 3 32.0 68.8 37.0 34.3 2008 3 2 93.5
1 9 10 10 21 25 28 38 38 41 45 48 56 57 77 77 77 78 96 97 98 102 105 114 116 117 117 118 118 118 121 122 124 1 2 3 5 11 18 kwh 12,000 10,000 8,000 6,000 4,000 2,000 0 1955 1960 1965 1970 1975 1980 1985
km2 km2 km2 km2 km2 22 4 H20 H20 H21 H20 (H22) (H22) (H22) L=600m L=430m 1 H14.04.12 () 1.6km 2 H.14.05.31 () 3km 3 4 5 H.15.03.18 () 3km H.15.06.20 () 1.1km H.15.06.30 () 800m 6 H.15.07.18
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 1-1 1-1 -1-1 -2-1 -3-1 10 11-4-1-5-1-6-1-7-1 1-1 2-1 3-1 4-1 5-1 1-3 1-3 1-3 1-6 1-6 1-7
1. 4cm 16 cm 4cm 20cm 18 cm L λ(x)=ax [kg/m] A x 4cm A 4cm 12 cm h h Y 0 a G 0.38h a b x r(x) x y = 1 h 0.38h G b h X x r(x) 1 S(x) = πr(x) 2 a,b, h,π
![1. 4cm 16 cm 4cm 20cm 18 cm L λ(x)=ax [kg/m] A x 4cm A 4cm 12 cm h h Y 0 a G 0.38h a b x r(x) x y = 1 h 0.38h G b h X x r(x) 1 S(x) = πr(x) 2 a,b, h,π](/thumbs/101/149329485.jpg "1. 4cm 16 cm 4cm 20cm 18 cm L λ(x)=ax [kg/m] A x 4cm A 4cm 12 cm h h Y 0 a G 0.38h a b x r(x) x y = 1 h 0.38h G b h X x r(x) 1 S(x) = πr(x) 2 a,b, h,π")
. 4cm 6 cm 4cm cm 8 cm λ()=a [kg/m] A 4cm A 4cm cm h h Y a G.38h a b () y = h.38h G b h X () S() = π() a,b, h,π V = ρ M = ρv G = M h S() 3 d a,b, h 4 G = 5 h a b a b = 6 ω() s v m θ() m v () θ() ω() dθ()
8 300 mm 2.50 m/s L/s ( ) 1.13 kg/m MPa 240 C 5.00mm 120 kpa ( ) kg/s c p = 1.02kJ/kgK, R = 287J/kgK kPa, 17.0 C 118 C 870m 3 R = 287J
26 1 22 10 1 2 3 4 5 6 30.0 cm 1.59 kg 110kPa, 42.1 C, 18.0m/s 107kPa c p =1.02kJ/kgK 278J/kgK 30.0 C, 250kPa (c p = 1.02kJ/kgK, R = 287J/kgK) 18.0 C m/s 16.9 C 320kPa 270 m/s C c p = 1.02kJ/kgK, R = 292J/kgK
ニチベイ 高遮蔽ブラインド セレーノグランツ 25・35
Glanz 2015 61 3 6.5 3 35mm 3 300cm400cm 6.5 1cm 35mm 35mm 25mm 25 35 C059S C011S C472S C471S C474S C473S C476S C475S C410S C411S C211S C210S C012S C061S C209S C413S C063S C407S C051S C013S C054S C408S
無印良品 2012 自転車 カタログ
26 897895321,000 140cm 76.0cm 16.0kg H LED 3 263 897896025,000 140cm 76.0cm 16.5kg H 3 LED 20 8978984 8978977 19,800 134cm 73.0cm 15.0kg LED 2620 2620 8486656550 5536207483 14512372,100 8279999840 26 77342561,417
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10 100 CO 2 0.392kg-CO 2 /kwh 5% CO 2 0.555 kg-co 2 /kwh 0.392 kg-co 2 /kwh 5 5 1000kW 1000kWh kwh 15 10 CO 2 CO 2 CO 2 19 197 197 202 640kWh 1,400kWh 880kWh 640W 6,400 1,400kW 14,000 880kW 8,800
64 3 g=9.85 m/s 2 g=9.791 m/s 2 36, km ( ) 1 () 2 () m/s : : a) b) kg/m kg/m k
63 3 Section 3.1 g 3.1 3.1: : 64 3 g=9.85 m/s 2 g=9.791 m/s 2 36, km ( ) 1 () 2 () 3 9.8 m/s 2 3.2 3.2: : a) b) 5 15 4 1 1. 1 3 14. 1 3 kg/m 3 2 3.3 1 3 5.8 1 3 kg/m 3 3 2.65 1 3 kg/m 3 4 6 m 3.1. 65 5
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HN- 95 HN- 93 HN- 90 HN- 87 HN- 85 HN- 82 HN- 80 HN- 77 HN- 75 HN- 72 HN- 70 HN- 67 HN- 65 HN- 60 HN- 55 HN- 50 HN- 45 HN- 40 HN- 35 HN- 30 HN- 25 HN- 20 HN- 15 HN- 10 H02-80H H02-80L H02-70T H02-60H H05-60F
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152273335 1 123 11531 2 5 24 31 2 154301482 1551 JAS 100 2000 105 1101 1 2JAS 1-2 1
152273335 1 123 11531 2 5 24 31 2 154301482 1551 JAS 100 2000 105 1101 1 2JAS 1-2 1 JAS 1-2 1-2 112 13 1-11-13 100870mg 100830mg11000 1100020.002 2 50 100 2 100 500 2 100 109252165 4514782 7 2.0kg 2-19220.05kg0.2kg
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製品案内 価格表 2014/4/1
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22 25 34 44 10 12 14 15 11 12 16 18 19 20 21 11 12 22 10 23 24 12 25 11 12 2611 27 11 28 10 12 29 10 30 10 31 32 10 11 12 33 10 11 12 34
22 25 34 44 10 12 14 15 11 12 16 18 19 20 21 11 12 22 10 23 24 12 25 11 12 2611 27 11 28 10 12 29 10 30 10 31 32 10 11 12 33 10 11 12 34 35 10 12 36 10 12 37 10 38 10 11 12 39 10 11 12 40 11 12 41 10 11
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2006 6cm 2 6cm 2 60m 60m 10kHz 31m 2006 3 3 2 1 2 3 3 3 3 1 16 2 3 1 3 1 4 1 2 1 2 3 4 1 4 19,11,21,29 4,4-2 8 15 9-3 51 39 1 32, 7 2 39 3 19,20,21,22,24,27 4 44,45,,, 30 1 20m 5 77 1 26, 15 2 27,95,
液晶ディスプレイ取説TD-E432/TD-E502/TD-E552/TD-E652/TD-E432D/TD-E502D
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1 2 http://www.japan-shop.jp/ 3 4 http://www.japan-shop.jp/ 5 6 http://www.japan-shop.jp/ 7 2,930mm 2,700 mm 2,950mm 2,930mm 2,950mm 2,700mm 2,930mm 2,950mm 2,700mm 8 http://www.japan-shop.jp/ 9 10 http://www.japan-shop.jp/
第18回海岸シンポジウム報告書
2011.6.25 2011.6.26 L1 2011.6.27 L2 2011.7.6 2011.12.7 2011.10-12 2011.9-10 2012.3.9 23 2012.4, 2013.8.30 2012.6.13 2013.9 2011.7-2011.12-2012.4 2011.12.27 2013.9 1m30 1 2 3 4 5 6 m 5.0m 2.0m -5.0m 1.0m
