табл. 1 - 8
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Таблица П2. 3
Теплоемкость газов [9]
Водород
М = 2,0160
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t |
|
|
|
t |
|
|
|
|
°C |
кДж/(кг·К) |
°C |
кДж/(кг·К) |
||||
|
–50 –25 0 25 50 75 100 125 150 175 200 250 300 350 400' 450 500 550 600 |
13,826 14,032 14,179 14,282 14,355 14,406 14,441 14,466 14,482 14,494 14,502 14,514 14,528 14,547 14,575 14,613 14,660 14,717 14,783 |
9,702 9,908 10,055 10,158 10,231 10,282 10,318 10,342 10,358 10,370 10,378 10,390 10,404 10,423 10,451 10,489 10,536 10,593 10,659 |
1,425 1,416 1,410 1,406 1,403 1,401 1,400 1,399 1,398 1,398 1,397 1,397 1,396 1,396 1,395 1,393 1,391 1,389 1,387 |
650 700 750 800 850 900 950 1000 1050 1100 1150 1200 1250 1300 1350 1400 1450 1500 |
14,857 14,938 15,026 15,119 15,216 15,316 15,419 15,524 15,630 15,737 15,844 15,951 16,059 16,166 16,271 16,376 16,479 16,579 |
10,733 10,815 10,902 10,995 11,032 11,192 11,295 11,400 11,506 11,613 11,720 11,827 11,935 12,042 12,147 12,252 12,355 12,455 |
1,384 1,381 1,378 1,375 1,372 1,368 1,365 1,362 1,358 1,355 1,352 1,349 1,346 1,343 1,340 1,337 1,334 1,331 |
Таблица П2. 4
Теплоемкость газов [9] Водяной пар Н20 Оксид углерода СО
Мг = 18,016 Мг= 28,01
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t |
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|
|
t |
|
|
|
|
°C |
кДж/(кг·К) |
°C |
кДж/(кг·К) |
||||
|
0 25 50 75 100 125 150 175 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1050 1100 1150 1200 1250 1300 1350 1400 1450 1500 |
1,8597 1,8644 1,8714 1,8800 1,8900 1,9012 1,9134 1,9263 1,9399 1,9688 1,9994 2,0315 2,0646 2,0984 2,1329 2,1677 2,2030 2,2383 2,2738 2,3091 2,3441 2,3788 2,4130 2,4466 2,4793 2,5112 2,5420 2,5718 2,6004 2,6279 2,6541 2,6793 2,7034 2,7267 2,7494 |
1,3982 1,4044 1,4099 1,4185 1,4286 1,4397 1,4519 1,4648 1,4784 1,5073 1,5380 1,5700 1,6031 1,6369 1,6714 1,7063 1,7415 1,7769 1,8123 1,8476 1,8827 1,9174 1,9515 1,9851 2,0178 2,0497 2,0805 2,1103 2,1389 2,1664 2,1927 2,2178 2,2419 2,2652 2,2880 |
1,330 1,328 1,327 1,325 1,323 1,321 1,318 1,315 1,312 1,306 1,300 1,294 1,288 1,282 1,276 1,270 1,265 1,260 1,255 1,250 1,245 1,241 1,236 1,232 1,229 1,225 1,222 1,219 1,216 1,213 1,210 1,208 1,206 1,204 1,202 |
-50 -25 0 25 50 75 100 125 150 175 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1050 1100 1150 1200 1250 1300 1350 1400 1450 1500 |
1,0393 1,0389 1,0389 1,0394 1,0405 1,0422 1,0444 1,0472 1,0506 1,0545 1,0589 1,0689 1,0803 1,0928 1,1057 1,1190 1,1321 1,1449 1,1572 1,1688 1,1797 1,1898 1,1992 1,2080 1,2161 1,2236 1,2307 1,2372 1,2435 1,2493 1,2548 1,2598 1,2645 1,2687 1,2726 1,2764 1,2803 |
0,7417 0,7420 0,7421 0,7426 0,7437 0,7453 07476 0,7504 0,7538 0,7577 0,7620 0,7721 0,7835 0,7959 0,8100 0,8221 0,8353 0,8481 0,8603 0,8720 0,8829 0,8930 0,9024 0,9111 0,9192 0,9268 0,9338 0,9404 0,9467 0,9525 0,9580 0,9630 0,9676 0,9719 0,9758 0,9796 0,9835 |
1,401 1,400 1,400 1,400 1,399 1,398 1,397 1,396 1,394 1,392 1,390 1,384 1,379 1,373 1,365 1,361 1,355 1,350 1,345 1,340 1,336 1,332 1,329 1,326 1,323 1,320 1,318 1,316 1,314 1,312 1,310 1,308 1,307 1,305 1,304 1,303 1,302 |
Таблица П2. 5
Термодинамические функции воздуха [9]
|
t |
Т |
h |
и |
s0 |
|
°C |
К |
кДж/кг |
кДж/(кг∙К) |
|
|
–50 –40 –30 –20 –10 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 |
223,15 233,15 243,15 253,15 263,15 273,15 283,15 293,15 303,15 313,15 323,15 333,15 343,15 353,15 363,15 373,15 383,15 393,15 403,15 413,15 423,15 433,15 443,15 453,15 463,15 473,15 483,15 493,15 503,15 513,15 523,15 533,15 543,15 553,15 563,15 573,15 |
223,19 233,21 243,24 253,26 263,29 273,32 283,35 293,39 303,43 313,48 323,53 333,59 343,66 353,73 363,82 373,92 384,02 394,14 404,28 414,42 424,58 434,75 444,94 455,15 465,37 475,61 485,86 496,14 506,43 516,74 527,08 537,43 547,80 558,20 568,61 579,05 |
159,12 166,27 173,43 180,58 187,74 194,90 202,06 209,23 216,40 223,57 230,75 237,94 245,14 252,35 259,56 266,79 274,02 281,27 288,53 295,80 303,09 310,40 317,71 325,05 332,40 339,77 347,15 354,55 361,98 369,42 376,88 384,36 391,87 399,39 406,93 414,50 |
6,4076 6,4516 6,4937 6,5341 6,5729 6,6103 6,6464 6,6812 6,7149 6,7475 6,7791 6,8098 6,8396 6,8685 6,8967 6,9241 6,9508 6,9769 7,0023 7,0272 7,0515 7,0753 7,0985 7,1213 7,1436 7,1655 7,1869 7,2080 7,2286 7,2489 7,2689 7,2885 7,3077 7,3267 7,3454 7,3637 |
Таблица П2. 6
НАСЫЩЕННЫЙ ВОДЯНОЙ ПАР (ПО ТЕМПЕРАТУРАМ) [8]
Параметры даны в единицах системы СИ
|
t, 0C |
p, бар |
|
|
|
|
|
|
|
|
|
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
|
0,01 |
0,006108 |
0,0010002 |
206,3 |
0,004847 |
0 |
2501 |
2501 |
0 |
9,1544 |
|
5 |
0,008719 |
0,0010001 |
147,2 |
0,006793 |
21,05 |
2510 |
2489 |
0,0762 |
9,0241 |
|
10 |
0,012277 |
0,0010004 |
106,42 |
0,009398 |
42,04 |
2519 |
2477 |
0,1510 |
8,8994 |
|
15 |
0,017041 |
0,0010010 |
77,97 |
0,01282 |
62,97 |
2528 |
2465 |
0,2244 |
8,7806 |
|
20 |
0,02337 |
0,0010018 |
57,84 |
5,01729 |
83,90 |
2537 |
2454 |
0,2964 |
8,6665 |
|
25 |
0,03166 |
0,0010030 |
43,40 |
0,02304 |
104,81 |
2547 |
2442 |
0,3672 |
8,5570 |
|
30 |
0,04241 |
0,0010044 |
32,93 |
0,03037 |
125,71 |
2556 |
2430 |
0,4366 |
8,4523 |
|
35 |
0,05622 |
0,0010061 |
25,24 |
0,03962 |
146,60 |
2565 |
2418 |
0,5049 |
8,3519 |
|
40 |
0,07375 |
0,0010079 |
19,55 |
0,05115 |
167,50 |
2574 |
2406 |
0,5723 |
8,2559 |
|
45 |
0,09584 |
0,0010099 |
15,28 |
0,06544 |
188,40 |
2582 |
2394 |
0,6384 |
8,1638 |
|
50 |
0,12335 |
0,0010121 |
12,04 |
0,08306 |
209,3 |
2592 |
2383 |
0,7038 |
0,0753 |
|
55 |
0,15740 |
0,0010145 |
9,578 |
0,1044 |
230,2 |
2600 |
2370 |
0,7679 |
7,9901 |
|
60 |
0,19917 |
0,0010171 |
7,678 |
0,1302 |
251,1 |
2609 |
2358 |
0,8311 |
7,9084 |
|
65 |
0,2501 |
0,0010199 |
6,201 |
0,1613 |
272,1 |
2617 |
2345 |
0,8934 |
7,8297 |
|
70 |
0,3117 |
0,0010228 |
5,045 |
0,1982 |
293,0 |
2626 |
2333 |
0,9549 |
7,7544 |
|
75 |
0,3855 |
0,0010258 |
4,133 |
0,2420 |
314,0 |
2635 |
2321 |
1,0157 |
7,6815 |
|
80 |
0,4736 |
0,0010290 |
3,408 |
0,2934 |
334,9 |
2643 |
2308 |
1,0753 |
7,6116 |
|
85 |
0,5781 |
0,0010324 |
2,828 |
0,3536 |
355,9 |
2651 |
2295 |
1,1342 |
7,5438 |
|
90 |
0,7011 |
0,0010359 |
2,361 |
0,4235 |
377,0 |
2659 |
2282 |
1,1925 |
7,4787 |
|
95 |
0,8451 |
0,0010396 |
1,982 |
0,5045 |
398,0 |
2668 |
2270 |
1,2502 |
7,4155 |
|
100 |
1,0132 |
0,0010435 |
1,673 |
0,5977 |
419,1 |
2676 |
2257 |
1,3071 |
7,3547 |
|
105 |
1,2079 |
0,0010474 |
1,419 |
0,7047 |
440,2 |
2683 |
2243 |
1,3632 |
7,2959 |
|
110 |
1,4326 |
0,0010515 |
1,210 |
0,8264 |
461,3 |
2691 |
2230 |
1,4184 |
7,2387 |
|
115 |
1,6905 |
0,0010559 |
1,036 |
0,9652 |
482,5 |
2698 |
2216 |
1,4733 |
7,1832 |
|
120 |
1,9854 |
0,0010603 |
0,8917 |
1,121 |
503,7 |
2706 |
2202 |
1,5277 |
7,1298 |
|
125 |
2,3208 |
0,0010649 |
0,7704 |
1,298 |
525,0 |
2713 |
2188 |
1,5814 |
7,0777 |
|
130 |
2,7011 |
0,0010697 |
0,6683 |
1,496 |
546,3 |
2721 |
2174 |
1,6345 |
7,0272 |
|
135 |
3,130 |
0,0010747 |
0,5820 |
1,718 |
567,5 |
2727 |
2159 |
1,6869 |
6,9781 |
|
140 |
3,614 |
0,0010798 |
0,5087 |
1,966 |
589,0 |
2734 |
2145 |
1,7392 |
6,9304 |
|
145 |
4,155 |
0,0010851 |
0,4461 |
2,242 |
610,5 |
2740 |
2130 |
1,7907 |
6,8839 |
|
150 |
4,760 |
0,0010906 |
0,3926 |
2,547 |
632,2 |
2746 |
2114 |
1,8418 |
6,8383 |
|
155 |
5,433 |
0,0010962 |
0,3466 |
2,885 |
653,9 |
2753 |
2099 |
1,8924 |
6,7940 |
|
160 |
6,180 |
0,0011021 |
0,3068 |
3,258 |
675,5 |
2758 |
2082 |
1,9427 |
6,7508 |
|
165 |
7,008 |
0,0011081 |
0,2725 |
3,670 |
697,3 |
2763 |
2066 |
1,9924 |
6,7081 |
|
170 |
7,920 |
0,0011144 |
0,2426 |
4,122 |
719,2 |
2769 |
2050 |
2,0417 |
6,6666 |
|
175 |
8,925 |
0,0011208 |
0,2166 |
4,617 |
741,1 |
2773 |
2032 |
2,0909 |
6,6256 |
|
180 |
10,027 |
0,0011275 |
0,1939 |
5,157 |
763,1 |
2778 |
2015 |
2,1395 |
6,5858 |
|
185 |
11,234 |
0,0011344 |
0,1739 |
5,750 |
785,2 |
2782 |
1997 |
2,1876 |
6,5465 |
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