chemicals, namely, lithium, and lithium compounds, lithium salts, lithium hydroxide, organolithium compounds, lithium hydride; sodium hydride; sodium borohydride; [ potassium borohydride; catecholborane; ] boranes, [ dimethylamine borane; ] alkoxides; organomagnesium compounds for use as reagents in scientific or medical research; diethyl zinc; [ sodium dispersion in toluene, xylene or paraffin oil; lead tetraacetate; cyclopropyl-carbinol; 2-aminobenzyl alcohol; ] cesium, rubidium, cesium and rubidium compounds, all for use in various industrial capacities, namely, for use in manufacturing high precision frequency standard and atomic clocks, for getter applications, as catalysts in the chemical and petrochemical industries, for welding and soldering applications, for the production of special glasses for the optical and electronic industries, for the large scale extraction and purification of DNA and RNA in molecular biology, for use in the manufacture of radiation measurement equipment, X-ray diagnostic equipment, for creating scintillation crystals for energy technology and for the detection of X-rays in medical equipment, for creating luminescence chemicals; calcium hydride for use in metallurgy and organic chemistry; titanium hydride, especially for use in sintered magnets, as an ingniting agent in airbags and pyrotechnic compounds, for getter applications, for brazing glass or ceramics to metals; zirconium hydride, especially for use for getter applications in airbags and in pyrotechnics; barium for getter material to maintain a high vacuum; [ bismuth, gallium and potassium for the production of special alloys, ] for surface treatment of glass and for the manufacture of semiconducting compounds in the electronic industries, strontium, especially for the grain refining of light metal alloys, for the hardening of lead and for manufacture of special steels; amorphous boron for use in the manufacture of airbags for passenger vehicles, in solid fuels and slurries, ceramic formulations, explosives and rocket propellants, as well as for preparation of absorber materials; calcium for use in metallurgy and organic chemistry; adhesives for industrial use, namely, for the bonding of elastomers to metal and other materials under vulcanizing conditions

barium-aluminum alloys for getter applications to maintain a high vacuum; magnesium metal powder for use in pyrotechnics and metallurgy; titanium metal powders and metal sponges for use in sintered magnets, as igniting agent in airbags and pyrotechnical compounds, for getter applications and for brazing glass or ceramics to metals; zirconium metal powders and metal sponges and zirconium-nickel alloy powders for use as getters in vacuum lamps and -tubes, for use in manufacturing igniter compositions, especially for airbags and pyrotechnical compounds, for use in manufacturing thermal batteries and as binding and alloying agents in powder metallurgy; [ gallium-indium alloys, eutectic germanium, and indium for use in the manufacture of special metal alloys, for use as catalysts in various industrial applications, for surface treatment of glass and for use in the manufacture of semiconducting compounds in the electronic industries; tellurium for use as a catalyst for hydrogen cracking and separating metals ]

[ acrylic resins for use in the manufacture of laminated glass for safety, acoustic and security glazing applications; adhesive sealing compounds for use in the manufacture of insulating glass ]