The Application of X-Rays to the Analysis of Container Glass

X-Ray Absorption and Emission

“…Table III. Applications to a Specific Class of Samples Alloys, general (456) Aluminum (145,279) Botany (293) Ceramics (284) Clinical chemistry (11,177,178,179,330) Coal (451) Copper-base alloys (150, 191) Ferrous alloys (256,265) Geochemistry (184,371,379,407) Glass (130, 269,270) Iron and steel (73,197,221,285,406) Lime and cement (394, 477) Nickel-base alloys (48,233) Organic chemistry (345) Oxide catalysts (474) Paint (275) Petroleum (86,143,229,384,499) Pharmaceutical chemistry (410) Radioactive materials (91,96) Rocket propellants (268) Soils ( 483) Uranium-base alloys (238) Wood and paper (508) commercially available KAP (K acid phthalate) is 26.626 A. at 27°C. (163).…”

“…In alloys and metals (92,166,488) In cement materials (133,221,454,477) In minerals and ores (25,133,379,484) In miscellaneous materials (226,269,284,379,423,424,425,451,455,506) Antimony (17,400,506) Arsenic (191,228,269,342,493) Barium (133,269,284,293,397,486,499,506) Bismuth (456,495) Boron (210) Bromine (109,332,342,506) Cadmium (392)…”

“…In cement materials and slags (36,133,221,454,477) In minerals and ores (25,379,404,484) In miscellaneous materials (86,133,145,269,284,293,379,451,499,506) Carbon (142,210) Chlorine (86,133,229,397,423,424,451,506,508) Chromium…”

“…In alloys" and metals (37,81,159,191,233,319,343,374,487) In miscellaneous materials (99,221,236,269,293,315,346,364,410,455,474,485,506) In steels (23,221,285,406) '…”

“…In alloys" (170,233) In miscellaneous materials (99,269,293,357,373,429,506) In steels (285,435) Copper…”