ISO TR 17801-2014 Plastics - Standard table for reference global solar spectral irradiance at sea level - Horizontal relative air mass 1《塑料 全球海平面太阳光谱辐照度参考标准表 水平.pdf

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1、 ISO 2014 Plastics Standard table for reference global solar spectral irradiance at sea level Horizontal, relative air mass 1 Plastiques Table de rfrence pour lirradiance solaire spectrale totale au niveau de la mer Horizontale, masse dair relative 1 TECHNICAL REPORT ISO/TR 17801 First edition 2014-

2、06-15 Reference number ISO/TR 17801:2014(E) ISO/TR 17801:2014(E)ii ISO 2014 All rights reserved COPYRIGHT PROTECTED DOCUMENT ISO 2014 All rights reserved. Unless otherwise specified, no part of this publication may be reproduced or utilized otherwise in any form or by any means, electronic or mechan

3、ical, including photocopying, or posting on the internet or an intranet, without prior written permission. Permission can be requested from either ISO at the address below or ISOs member body in the country of the requester. ISO copyright office Case postale 56 CH-1211 Geneva 20 Tel. + 41 22 749 01

4、11 Fax + 41 22 749 09 47 E-mail copyrightiso.org Web www.iso.org Published in Switzerland ISO/TR 17801:2014(E) ISO 2014 All rights reserved iii Contents Page Foreword iv Introduction v 1 Scope . 1 2 References . 1 3 T erms and definitions . 1 4 Reference global solar spectral irradiance at sea level

5、 2 Annex A (informative) Input file t o gener at e the r efer enc e spectrum .14 Bibliogr aph y .15 ISO/TR 17801:2014(E) Foreword ISO (the International Organization for Standardization) is a worldwide federation of national standards bodies (ISO member bodies). The work of preparing International S

6、tandards is normally carried out through ISO technical committees. Each member body interested in a subject for which a technical committee has been established has the right to be represented on that committee. International organizations, governmental and non-governmental, in liaison with ISO, als

7、o take part in the work. ISO collaborates closely with the International Electrotechnical Commission (IEC) on all matters of electrotechnical standardization. The procedures used to develop this document and those intended for its further maintenance are described in the ISO/IEC Directives, Part 1.

8、In particular the different approval criteria needed for the different types of ISO documents should be noted. This document was drafted in accordance with the editorial rules of the ISO/IEC Directives, Part 2 (see www.iso.org/directives). Attention is drawn to the possibility that some of the eleme

9、nts of this document may be the subject of patent rights. ISO shall not be held responsible for identifying any or all such patent rights. Details of any patent rights identified during the development of the document will be in the Introduction and/or on the ISO list of patent declarations received

10、 (see www.iso.org/patents). Any trade name used in this document is information given for the convenience of users and does not constitute an endorsement. For an explanation on the meaning of ISO specific terms and expressions related to conformity assessment, as well as information about ISOs adher

11、ence to the WTO principles in the Technical Barriers to Trade (TBT) see the following URL: Foreword - Supplementary information The committee responsible for this document is ISO/TC 61, Plastics, Subcommittee SC 6, Ageing, chemical and environmental resistance.iv ISO 2014 All rights reserved ISO/TR

12、17801:2014(E) Introduction The effect of solar radiation on surface of the earth (global radiation) is the most important primary weathering factor. The photons absorbed by the molecules during radiation exposure are often sufficient to split chemical bonds, start photochemical reactions and cause a

13、n electron transfer 1 . The spectral irradiance of the solar radiation is variable locally and in time. A reference spectrum is therefore required as a basis for the simulation of the spectral irradiance of solar radiation with artificial radiation sources/radiation systems. Data of the CIE (Commiss

14、ion Internationale de Lclairage) Publication (No. 85, 1989) have been used as a basis for years. Table 4 specifies the spectral irradiance of global radiation (direct and diffuse radiation) for a cloudless sky, zenith position of the sun by day and night comparisons at the equator at sea level. But

15、in CIE 85, the data of the global solar irradiance only begins at 305 nm, the step width is very rough and the calculation code got unexplainably lost. Therefore, there have been efforts to revise CIE No. 85 for many years. The new Table 1 gives modelled data (using the SMARTS model version 2.9.2) g

16、enerated using an air mass zero (AM0) spectrum based on extraterrestrial spectrum of Gueymard 23 . ISO 2014 All rights reserved v Plastics Standard table for reference global solar spectral irradiance at sea level Horizontal, relative air mass 1 1 Scope This Technical Report provides a reference spe

17、ctrum to the field of weathering degradation (see Table 1) in order to classify solar simulators in the UV, visible and infrared wavelength range. The photochemical ageing which occurs in practice is simulated with time compression in laboratory weathering instruments by sequencing maximum stress cl

18、imate episodes. To give a spectral irradiance target, the table specifies the spectral irradiance of global radiation (direct and diffuse radiation) with a cloudless sky, zenith position of the sun by day and night comparisons at the equator at sea level as defined in Table 4 of CIE No. 85 .This is

19、a realistic maximum exposure under representative clear sky conditions. The data contained in Table 1, Figure 2, and Figure 3 were generated using the SMARTS2 Version 2.9.2 2 3to recalculate the CIE No. 85, Table 4. Table 2 contains the original data from CIE No. 85, Table 4. The numbers are shown i

20、n Figure 2 and Figure 3 as well. 2 References The following documents, in whole or in part, are normatively referenced in this document and are indispensable for its application. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced docume

21、nt (including any amendments) applies. CIE No. 85, Technical Report; Solar Spectral Irradiance; 1989 3 T erms a nd definiti ons For the purposes of this document, the following terms and definitions apply. 3.1 global solar irradiance solar radiant flux, both direct and diffuse, received on a horizon

22、tal plane unit area from a solid angle of 2 steradians Note 1 to entry: It is measured in watts per square metre (Wm 2 ). 3.2 spectral irradiance E radiant flux per unit area per wavelength interval Note 1 to entry: It is measured in watts per square metre per nanometre (Wm 2 nm 1 ). TECHNICAL REPOR

23、T ISO/TR 17801:2014(E) ISO 2014 All rights reserved 1 ISO/TR 17801:2014(E) 3.3 air mass relative optical path length of solar radiation through Earths atmosphere for the purpose of this Technical Report Note 1 to entry: As solar radiation passes through the atmosphere, it is attenuated by scattering

24、 and absorption. The more atmosphere through which it passes, the greater is the attenuation. 4 Reference global solar spectral irradiance at sea level The reference global solar spectral irradiance for air mass 1.0 (illustration see Figure 1) is given in Table 1 and Figure 2 and Figure 3. This is t

25、he global distribution (direct and diffuse) of the solar radiation corresponding to an integrated irradiance of 1 092 W m 2incident on a sun-facing horizontal plane considering the ground reflection of 0,2 under the following atmospheric conditions. The United States Standard Atmosphere Profile of 1

26、976 (USSA76) except for the prescribed parameters below: total hemispherical horizontal component; total column water vapour 1,42 cm; total column ozone 0,34 cm; aerosol optical depth at 500 nm 0,1. The rural aerosol distribution of Shettle and Fenn was assumed. A carbon dioxide concentration of 370

27、 ppm by volume was assumed. The direct beam included a circumsolar component, as if seen with a 5,6 field of view pyrheliometer. Annex A contains the SMARTS2 input files used to generate the tabular data in Table 1. F i g u r e 1 A i r m a s s c o e f f i c i e n t d e f i n e s t h e d i r e c t o

28、p t i c a l p a t h l e n g t h t h r o u g h t h e E a r t h s at mo s pher e2 ISO 2014 All rights reserved ISO/TR 17801:2014(E) T a b l e 1 Re f e r e n c e g l o b a l s o l a r i r r a d i a n c e r e c a l c u l a t e d w i t h S M A R T 2 ( i n p u t d a t a f r o m C I E No. 85, Table 4) Wave

29、- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) 285,0 1,85E-11 305,5 0,0760 326,0 0,6710 346,5 0,

30、7450 367,0 1,0310 285,5 6,67E-11 306,0 0,0740 326,5 0,7030 347,0 0,7560 367, 5 1,0100 286,0 1,84E-10 306,5 0,0820 327,0 0,6900 347, 5 0,7280 368,0 0,9490 286,5 8,17E-10 307,0 0,1010 327, 5 0,6710 348,0 0,7240 368,5 0,9410 287,0 2,11E-09 307, 5 0,1210 328,0 0,6270 348,5 0,7340 369,0 0,9830 287, 5 6,1

31、3E-09 308,0 0,1270 328,5 0,6420 349,0 0,7060 369,5 1,0540 288,0 2,35E-08 308,5 0,1350 329,0 0,7130 349,5 0,7230 370,0 1,0670 288,5 5,24E-08 309,0 0,1290 329,5 0,7860 350,0 0,7970 370,5 0,9630 289,0 1,38E-07 309,5 0,1290 330,0 0,7920 350,5 0,8560 371,0 0,9770 289,5 3,99E-07 310,0 0,1470 330,5 0,7290

32、351,0 0,8310 371,5 1,0130 290,0 9,48E-07 310,5 0,1860 331,0 0,6880 351,5 0,7990 372,0 0,9470 290,5 1,84E-06 311,0 0,2290 331,5 0,7050 352,0 0,7780 372,5 0,9010 291,0 3,81E-06 311,5 0,2300 332,0 0,7220 352,5 0,7330 373,0 0,8670 291,5 9,09E-06 312,0 0,2420 332,5 0,7200 353,0 0,7780 373,5 0,7800 292,0

33、1,80E-05 312,5 0,2480 333,0 0,7050 353,5 0,8540 374,0 0,7770 292,5 2,53E-05 313,0 0,2640 333,5 0,6760 354,0 0,9010 374,5 0,7700 293,0 4,37E-05 313,5 0,2680 334,0 0,6880 354,5 0,9090 375,0 0,8210 293,5 9,18E-05 314,0 0,2870 334,5 0,7270 355,0 0,9080 375,5 0,9060 294,0 1,45E-04 314,5 0,2980 335,0 0,75

34、10 355,5 0,8750 376,0 0,9370 294,5 2,04E-04 315,0 0,3080 335,5 0,7290 356,0 0,8190 376,5 0,9210 295,0 3,29E-04 315,5 0,2730 336,0 0,6670 356,5 0,7670 377,0 0,9870 295,5 6,18E-04 316,0 0,2740 336,5 0,6170 357,0 0,6730 377, 5 1,0990 296,0 9,36E-04 316,5 0,3220 337,0 0,6050 357, 5 0,6800 378,0 1,1830 2

35、96,5 1,23E-03 317,0 0,3670 337, 5 0,6490 358,0 0,6320 378,5 1,1510 297,0 1,52E-03 317, 5 0,3930 338,0 0,6940 358,5 0,5860 379,0 1,0260 297, 5 2,53E-03 318,0 0,3700 338,5 0,7230 359,0 0,6880 379,5 0,9190 298,0 3,52E-03 318,5 0,3740 339,0 0,7340 359,5 0,8280 380,0 0,9640 298,5 3,99E-03 319,0 0,4030 33

36、9,5 0,7500 360,0 0,8740 380,5 1,0320 299,0 5,06E-03 319,5 0,3970 340,0 0,7960 360,5 0,8250 381,0 1,0480 299,5 7,77E-03 320,0 0,4170 340,5 0,7920 361,0 0,7580 381,5 0,9440 300,0 8,60E-03 320,5 0,4780 341,0 0,7410 361,5 0,7410 382,0 0,8030 300,5 1,00E-02 321,0 0,4700 341,5 0,7340 362,0 0,7750 382,5 0,

37、6940 301,0 1,40E-02 321,5 0,4460 342,0 0,7640 362,5 0,8470 383,0 0,6210 301,5 1,80E-02 322,0 0,4300 342,5 0,7900 363,0 0,8690 383,5 0,6010 302,0 1,80E-02 322,5 0,4180 343,0 0,8010 363,5 0,8440 384,0 0,6940 302,5 2,50E-02 323,0 0,3980 343,5 0,7560 364,0 0,8730 384,5 0,8350 303,0 3,80E-02 323,5 0,4470

38、 344,0 0,6530 364,5 0,8630 385,0 0,9150 303,5 4,60E-02 324,0 0,4910 344,5 0,6250 365,0 0,8950 385,5 0,8730 304,0 4,70E-02 324,5 0,5120 345,0 0,7090 365,5 0,9830 386,0 0,8410 304,5 0,056 325,0 0,517 345,5 0,753 366,0 1,052 386,5 0,874 305,0 0,071 325,5 0,588 346,0 0,733 366,5 1,052 387,0 0,880 ISO 20

39、14 All rights reserved 3 ISO/TR 17801:2014(E) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 )

40、 387,5 0,867 416,0 1,606 457,0 1,903 498,0 1,790 539,0 1,727 388,0 0,857 417,0 1,564 458,0 1,861 499,0 1,788 540,0 1,667 388,5 0,850 418,0 1,494 459,0 1,844 500,0 1,781 541,0 1,603 389,0 0,922 419,0 1,552 460,0 1,830 501,0 1,726 542,0 1,745 389,5 1,021 420,0 1,420 461,0 1,892 502,0 1,725 543,0 1,713

41、 390,0 1,070 421,0 1,610 462,0 1,907 503,0 1,805 544,0 1,774 390,5 1,078 422,0 1,586 463,0 1,912 504,0 1,686 545,0 1,732 391,0 1,140 423,0 1,533 464,0 1,851 505,0 1,801 546,0 1,717 391,5 1,155 424,0 1,522 465,0 1,825 506,0 1,872 547,0 1,737 392,0 1,062 425,0 1,566 466,0 1,861 507,0 1,790 548,0 1,687

42、 392,5 0,884 426,0 1,519 467,0 1,777 508,0 1,742 549,0 1,738 393,0 0,640 427,0 1,465 468,0 1,853 509,0 1,823 550,0 1,723 393,5 0,508 428,0 1,478 469,0 1,859 510,0 1,773 551,0 1,720 394,0 0,659 429,0 1,366 470,0 1,786 511,0 1,804 552,0 1,754 394,5 0,909 430,0 1,088 471,0 1,814 512,0 1,850 553,0 1,704

43、 395,0 1,072 431,0 0,986 472,0 1,906 513,0 1,736 554,0 1,736 395,5 1,141 432,0 1,638 473,0 1,831 514,0 1,698 555,0 1,745 396,0 1,002 433,0 1,522 474,0 1,851 515,0 1,746 556,0 1,715 396,5 0,728 434,0 1,404 475,0 1,911 516,0 1,761 557,0 1,673 397,0 0,563 435,0 1,539 476,0 1,846 517,0 1,433 558,0 1,709

44、 397,5 0,831 436,0 1,684 477,0 1,856 518,0 1,638 559,0 1,617 398,0 1,124 437,0 1,716 478,0 1,914 519,0 1,587 560,0 1,645 398,5 1,327 438,0 1,504 479,0 1,875 520,0 1,731 561,0 1,740 399,0 1,407 439,0 1,446 480,0 1,903 521,0 1,743 562,0 1,656 399,5 1,449 440,0 1,655 481,0 1,900 522,0 1,781 563,0 1,719

45、 400,0 1,463 441,0 1,629 482,0 1,904 523,0 1,678 564,0 1,685 401,0 1,521 442,0 1,742 483,0 1,878 524,0 1,804 565,0 1,696 402,0 1,577 443,0 1,765 484,0 1,841 525,0 1,790 566,0 1,603 403,0 1,515 444,0 1,718 485,0 1,833 526,0 1,739 567,0 1,709 404,0 1,537 445,0 1,781 486,0 1,484 527,0 1,521 568,0 1,695

46、 405,0 1,496 446,0 1,594 487,0 1,660 528,0 1,741 569,0 1,658 406,0 1,456 4 47,0 1,810 488,0 1,795 529,0 1,821 570,0 1,658 407,0 1,427 448,0 1,830 489,0 1,690 530,0 1,750 571,0 1,601 408,0 1,488 449,0 1,823 490,0 1,886 531,0 1,844 572,0 1,694 409,0 1,586 450,0 1,887 491,0 1,811 532,0 1,810 573,0 1,70

47、0 410,0 1,350 451,0 1,955 492,0 1,725 533,0 1,615 574,0 1,691 411,0 1,508 452,0 1,869 493,0 1,843 534,0 1,729 575,0 1,654 412,0 1,599 453,0 1,724 494,0 1,798 535,0 1,753 576,0 1,639 413,0 1,532 454,0 1,846 495,0 1,907 536,0 1,827 577,0 1,679 414,0 1,512 455,0 1,831 496,0 1,812 537,0 1,689 578,0 1,62

48、5 415,0 1,563 456,0 1,889 497,0 1,841 538,0 1,772 579,0 1,646 580,0 1,669 621,0 1,600 662,0 1,467 703,0 1,326 744,0 1,269Table 1 (continued) 4 ISO 2014 All rights reserved ISO/TR 17801:2014(E) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave-

49、 length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) Wave- length (nm) Spectral irradiance (Wm 2 nm 1 ) 581,0 1,673 622,0 1,547 663,0 1,466 704,0 1,353 745,0 1,268 582,0 1,696 623,0 1,540 664,0 1,471 705,0 1,366 746,0 1,265 583,0 1,710 624,0 1,532 665,0 1,492 706,0 1,356 747,0 1,265 584,0 1,705 625,0 1,518 666,0 1,487 707,0 1,349 748,0 1,257 585,0 1,690 626,0 1,515 667,0 1,474 708,0 1,344 749,0