Hafnium is a rare element with rare applications: - component of control rods for nuclear reactors - component of some alloys - getter in lamps and tubes - electrode for plasma cutters - hafnium dioxide was recently used as an electrical insulator in microprocessors - hafnium carbide has a very great point of melting (the most refractory compound known today) - possible use in weapons (USA)
Wiki User
∙ 14y agoWiki User
∙ 13y ago- neutron absorbent in control rods of nuclear reactors
- hafnium oxide is used as electrical insulator for microprocessors
- hafnium is rarely used as alloying element for very special alloys
- the isomer 178m2Hf can be used as a nuclear weapon (emitter of gamma rays) by the United States
Wiki User
∙ 7y agoHafnium is not used in the everyday life.
The density of hafnium is 13,31 g/cm3.
Metals: tantalum, rhenium, wolfram, osmium Nonmetals: diamond, graphite Compounds: hafnium carbide, hafnium boride, hafnium nitride, tantalum hafnium carbide, etc.
If there is a reaction, it it would produce hydrogen gas and a corresponding hafnium salt. For example if you use hydrochloric acid, you would get hafnium chloride.
Not known but very probable not flammable.
The thermal conductivity of hafnium is 23 W/m.K at room temperature.
- neutron absorbent in control rods of nuclear reactors - hafnium oxide is used as electrical insulator for microprocessors - hafnium is rarely used as alloying element for very special alloys - the isomer 178m2Hf can be used as a nuclear weapon (emitter of gamma rays) by the United States
Hafnium is a metal, steel grey.
Hafnium is malleable.
The density of hafnium is 13,31 g/cm3.
Hafnium is a natural chemical element; hafnium hasn't minerals but it is associated with zirconium (unrefined zirconium contain approx. 2 % hafnium).
Pure hafnium doesn't exist in the nature; hafnium form many compounds.
Fine powders of hafnium are pyrophoric.
There are 37 isotopes of Hafnium.
Hafnium is a metal.
Hafnium is found in tandem with zirconium deposits. It is separated from the zirconium during refinement as hafnium chloride. It is then reduced with magnesium to produce pure hafnium.
Hafnium is a metal, steel grey appearance.
Hafnium is a single element and therefore nonpolar.