lanthanide metal造句

• The higher boride LnB 66 is known for all lanthanide metals.
• The stability has in part been correlated to differences in volatility between the lanthanide metals.
• EDTA was used in the separation of the lanthanide metals by ion-exchange chromatography.
• This role is traditionally filled by lanthanide metal ions embedded in an insulating host lattice.
• Xenotime is used chiefly as a source of yttrium and heavy lanthanide metals ( dysprosium, ytterbium, erbium and gadolinium ).
• ZIF-8, MIL-88A, HKUST-1, and several luminescent MOFs containing lanthanide metals were used for the biomimetic mineralization process.
• As mentioned in the industrial applications section above, lanthanide metals are particularly useful in technologies that take advantage of their reactivity to specific wavelengths of light.
• It was determined that Group I, II, III, and Lanthanide metals all produced rousing responses, but the average score generally increased with electropositivity.
• Lanthanide metals react exothermically with hydrogen to form LnH 2, dihydrides . where the metal sub-lattice is face centred cubic and the H atoms occupy tetrahedral sites.
• Californium's bulk modulus is 50 ?5 GPa, which is similar to trivalent lanthanide metals but smaller than more familiar metals, such as aluminium ( 70 GPa ).
• With the discovery of sterically induced reductions other lanthanide metals can now be studied in their more stable trivalent state, which can allow for more control of reduction reactions by tuning the reaction based on the metal size and electronics.
• The other pnictides phosphorus, arsenic, antimony and bismuth also react with the lanthanide metals to form monopnictides, LnQ . Additionally a range of other compounds can be produced with varying stoichiometries, such as LnP 2, LnP 5, LnP 7 Ln 3 As, Ln 5 As 3 and LnAs 2.