119466 ⎘
Obtaining antimony, arsenic or bismuth Obtaining bismuth
BISMUTHENE AS VERSATILE PHOTOCATALYST OPERATING UNDER VARIABLE CONDITIONS FOR PHOTOREDOX C-H BOND FUNCTIONALIZATION
#2CROSSLINKED STRUCTURE, METAL-TRAPPING MATERIAL INCLUDING SAID CROSSLINKED STRUCTURE, METHOD FOR RECOVERING METAL USING SAID METAL-TRAPPING MATERIAL, AND METHOD FOR MANUFACTURING SAID CROSSLINKED STRUCTURE
#3RADIONUCLIDE GENERATION
#4RECOVERY METHOD FOR VALUABLE METALS IN COPPER ANODE SLIME
#5METHOD FOR REFINING BISMUTH
#6Mechano-chemical de-mixing of metal alloys and mixed materials
#7Mechano-chemical de-mixing of metal alloys and mixed materials
#8Reduction device using liquid metal
#9Isotope displacement refining process for producing low alpha materials
#10Method of producing low alpha-ray emitting bismuth, and low alpha-ray emitting bismuth
#11Process for recovering valuable metals from precious metal smelting slag
#12Method of washing anode slime from lead-bismuth alloy electrolysis
#13Method of extracting Te and bismuth oxide and recovering byproducts
#14Process for radioisotope recovery and system for implementing same
#15Actinium radioisotope products of enhanced purity
#16Process for radioisotope recovery and system for implementing same
#17Method and apparatus for production of 213Bi from a high activity 225Ac source
#18Method for removing arsenic from copper smelting soot and comprehensive recovery of valuable metals