# Emission spectrum of in chloroform # # Data from PhotochemCAD 2.1a has been munged on 2 June 2017 by Scott Prahl to make # the information available to non-Windows users. Although I have tried to be as careful # as possible, I may have introduced some error; the cautious user is advised to compare # these results with the original sources at www.photochemcad.com: # # H. Du, R. A. Fuh, J. Li, A. Corkan, J. S. Lindsey, "PhotochemCAD: A computer-aided design # and research tool in photochemistry," Photochem. Photobiol., 68, 141-142, 1998. # J. M. Dixon, M. Taniguchi and J. S. Lindsey "PhotochemCAD 2. A refined program with accompanying # spectral databases for photochemical calculations", Photochem. Photobiol., 81, 212-213, 2005. # # The spectral absorption measurements were made by on on 10-03-2004 # using a PTI QM-4/2003 SE. The excitation and emission monochromators were set at 0.25 mm, giving a spectral bandwidth of 1 nm. The data interval was 1 nm and the integration time was 1 sec. Samples were prepared in 1cm pathlength quartz cells with absorbance less than 0.1 at the excitation and all emission wavelengths to uniformly illuminate across the sample, and to avoid the inner-filter effect. The dark counts were subtracted and the spectra were corrected for wavelength-dependent instrument sensitivity. # ##Wavelength (nm) Emission (AU) 500 829 501 859 502 884 503 810 504 769 505 862 506 834 507 813 508 848 509 793 510 830 511 820 512 833 513 851 514 825 515 816 516 763 517 853 518 843 519 887 520 873 521 855 522 841 523 811 524 822 525 857 526 841 527 893 528 911 529 868 530 890 531 818 532 821 533 839 534 862 535 798 536 809 537 833 538 784 539 804 540 887 541 892 542 841 543 773 544 782 545 922 546 848 547 864 548 783 549 871 550 861 551 834 552 816 553 801 554 836 555 862 556 886 557 836 558 878 559 874 560 939 561 896 562 925 563 915 564 893 565 996 566 1022 567 1122 568 1067 569 1184 570 1204 571 1332 572 1289 573 1412 574 1609 575 1700 576 1750 577 1896 578 2067 579 2287 580 2341 581 2570 582 2604 583 2773 584 2827 585 3166 586 3191 587 3467 588 3603 589 3512 590 3773 591 3754 592 4041 593 3934 594 4164 595 4038 596 4512 597 4610 598 4760 599 5337 600 5739 601 6666 602 7410 603 8178 604 9618 605 10734 606 11726 607 12785 608 14116 609 15010 610 16357 611 17841 612 19223 613 22125 614 24365 615 28465 616 33776 617 39485 618 48224 619 58335 620 71902 621 88986 622 111392 623 139571 624 173117 625 217314 626 266790 627 323676 628 386968 629 455952 630 518687 631 575626 632 619494 633 645431 634 644882 635 626189 636 591677 637 539629 638 485792 639 425249 640 372450 641 318889 642 278038 643 239571 644 207837 645 181546 646 159211 647 139731 648 123697 649 110926 650 100482 651 89814 652 84156 653 77357 654 73017 655 70858 656 68528 657 69107 658 69467 659 71047 660 72137 661 74144 662 77014 663 78667 664 80802 665 82926 666 82888 667 83025 668 84736 669 82494 670 83509 671 85773 672 86155 673 87507 674 89140 675 92127 676 94232 677 98412 678 100723 679 106173 680 110818 681 115120 682 119230 683 124112 684 128152 685 133076 686 134384 687 139647 688 143981 689 145551 690 147893 691 152107 692 155181 693 160407 694 166535 695 172963 696 179256 697 186540 698 193650 699 200008 700 205555 701 207454 702 209475 703 209296 704 203970 705 197971 706 189481 707 178126 708 167195 709 153391 710 139139 711 126068 712 114091 713 100881 714 89917 715 79324 716 71717 717 64319 718 57594 719 52596 720 46912 721 43678 722 39964 723 36354 724 33341 725 30403 726 28879 727 26334 728 25351 729 23615 730 22675 731 21340 732 21130 733 20687 734 19532 735 18798 736 18848 737 18346 738 17299 739 17343 740 17277 741 17181 742 16568 743 16418 744 15942 745 15870 746 15624 747 15128 748 14805 749 14190 750 14248 751 13871 752 13929 753 13928 754 13485 755 13506 756 13427 757 12767 758 13123 759 12838 760 12839 761 13101 762 12547 763 12204 764 12710 765 12407 766 12200 767 12412 768 12122 769 11543 770 12193 771 12620 772 11672 773 11689 774 12064 775 11331 776 12115 777 11366 778 11182 779 11451 780 11164 781 10443 782 10434 783 10286 784 10920 785 10293 786 10205 787 10281 788 10191 789 9600 790 9801 791 10128 792 9756 793 9575 794 9703 795 9695 796 9095 797 9117 798 9252 799 10011 800 10001 0 0