. Spectroradiometric investigation of the transmission of various substances . 1 30 20 10 0 * / N, /K fV / \x 1 / / 1 \ V V ez \ I V \ 1 \A -A iw ¥.0 Syu, Fig. S.—Transmission of various yellow glasses (A and B, fluorescent) bluish-green glass; Corning high-transmission green G 171 ON(< — mm). The infra-red transmission of Corning signal greenG 40 (curve C, Fig. 10, 2 = mm.) differs but litttle from thepreceding sample. The dotted part of the curve, illustrating thetransmission in the green and blue, was taken from the paper pub-lished by The transmission of
. Spectroradiometric investigation of the transmission of various substances . 1 30 20 10 0 * / N, /K fV / \x 1 / / 1 \ V V ez \ I V \ 1 \A -A iw ¥.0 Syu, Fig. S.—Transmission of various yellow glasses (A and B, fluorescent) bluish-green glass; Corning high-transmission green G 171 ON(< — mm). The infra-red transmission of Corning signal greenG 40 (curve C, Fig. 10, 2 = mm.) differs but litttle from thepreceding sample. The dotted part of the curve, illustrating thetransmission in the green and blue, was taken from the paper pub-lished by The transmission of Crookess sage-green glass, ferrous No. 30,also of a blue-green glass, is given in Fig. 17, while in Fig. 18, curveA, is given the transmission of a light yellowish-green glass whichis conspicuous for its high transmission in the infra-red. n Gage, Trans. Ilium. Eng. Soc., 11 (a), p. 1050; 1916. Coblentz,Emerson, Long] Transmission of Various Substances 663 Combined with a water-cell and noviol glass, these glasses givenarrow transmission bands in the visible ¥.0 Fig. 9.—Transmission of Corning Noviweld glasses5. BLUE-GREEN GLASSES * The transmission curves of several glasses, made by the ComingGlass Works and having marked opacity for infra-red rays, aregiven in Fig. 11. The light greenish-blue glass, Corning G 124J
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