Assertion: hafnium | /r/HasProperty | resistant
Facets:
value: to corrosion
type: TRANSITIVE-OBJECT
value: very
type: DEGREE
value: to concentrated alkalis
type: TRANSITIVE-OBJECT
value: to a remarkable degree
type: OTHER
value: very corrosion
type: DEGREE
value: to chemicals
type: OTHER
value: to oxidation
type: TRANSITIVE-OBJECT
value: to high alkali concentrations
type: CAUSE
value: chemically
type: DEGREE
value: to attacks by concentrated alkalis
type: CAUSE
value: to acids
type: OTHER
value: to contamination
type: TRANSITIVE-OBJECT
value: to hafnium mobility
type: CAUSE
value: because of this
type: CAUSE
Source sentences:
text: Hafnium is readily substituted into the zircon crystal lattice, and is therefore very resistant to hafnium mobility and contamination.
text: Hafnium is fairly resistant to acids and is best dissolved in hydrofluoric acid, in which procedure the formation of anionic fluoro complexes is important in stabilizing the solution.
text: Hafnium is quite resistant to corrosion because of the formation of an oxide film on exposed surfaces.
text: It is a shiny, silvery metal that is corrosion resistant to a remarkable degree.
text: Applications Hafnium and its alloys are used for control rods in nuclear reactors and nuclear submarines because hafnium is excellent at absorbing neutrons and it has a very high melting point and is corrosion resistant.
text: Because hafnium absorbs neutrons better than any other metal and is resistant to corrosion, it is used to control nuclear reactions.
text: It is ductile and is resistant to corrosion.
text: Hafnium is resistant to attacks by concentrated alkalis.
text: Because of this, hafnium is very resistant to corrosion.
text: Chemically, hafnium is resistant to high alkali concentrations but is known to undergo reactions with oxygen, nitrogen, carbon, silicon, boron, and sulfur at higher temperatures.
text: Hafnium is extremely resistant to corrosion, as when it is exposed to air, hafnium produces a tough, impenetrable oxide layer on its surface.
text: Because hafnium absorbs neutrons better than any other metal and is resistant to corrosion, it is used to control nuclear reactions.
text: Hafnium and its alloys are used for control rods in nuclear reactors and nuclear submarines because hafnium is excellent at absorbing neutrons and it has a very high melting point and is corrosion resistant.
text: Hafnium is particularly resistant to corrosion and can absorb neutrons at a high rate, making it sought after by the nuclear industry.
text: Hafnium is resistant to concentrated alkalis, but at elevated temperatures reacts with oxygen, nitrogen, carbon , boron , sulfur , and silicon .
text: It is a shiny, silvery metal that is corrosion resistant to a remarkable degree.
text: Hafnium possess excellent chemical properties and is resistant to chemicals and oxidation.
text: Hafnium shows good absorption for thermal neutrons, is very corrosion resistant and has impressive mechanical properties.
text: Hafnium is a shiny, silvery metal that is corrosion resistant.
text: Hafnium is resistant to concentrated alkalis, but at high temperatures reacts readily with oxygen, nitrogen, carbon , boron , sulfur , and silicon .