Iridium (IV) nitride is a compound with high hardness, high melting point, and excellent chemical stability. It is used in applications such as cutting tools, wear-resistant coatings, and as a catalyst in chemical reactions.
Platinum(IV) nitride has the chemical formula Pt3N4.
Pb3N2 is a chemical compound made up of lead (Pb) and nitrogen (N) atoms in a ratio of 3:2. It is also known as lead nitride and is a dark-colored solid that is highly sensitive to moisture and air. Lead nitride has limited practical applications due to its high reactivity and toxicity.
Manganese IV Nitrate
The molecular formula for ruthenium IV phosphide is RuP, and for uranium VI nitride, it is UN2. The formula Se2Cl2 represents diselenium dichloride, and Ni2CO3 is nickel(II) carbonate.
Osmium nitride chemical formula: OsN2 See also the link: https://digitallibrary.sissa.it/retrieve/1804/ProofMS_OsN2.pdf
The chemical formula for platinum IV nitride is PtN2.
Platinum(IV) nitride has the chemical formula Pt3N4.
The chemical formula of zirconium nitride is ZrN.
Formula: Mn3N4
Mo3N4
Iridium (IV) phosphate
If this compound is ionic, it can properly be called lead(II) nitride. If covalent, it can properly be called trilead dinitride.
Pb3N2 is a chemical compound made up of lead (Pb) and nitrogen (N) atoms in a ratio of 3:2. It is also known as lead nitride and is a dark-colored solid that is highly sensitive to moisture and air. Lead nitride has limited practical applications due to its high reactivity and toxicity.
Manganese IV Nitrate
The molecular formula for ruthenium IV phosphide is RuP, and for uranium VI nitride, it is UN2. The formula Se2Cl2 represents diselenium dichloride, and Ni2CO3 is nickel(II) carbonate.
Ti3N4 is a compound made up of titanium (Ti) and nitrogen (N) atoms. It is a nitride material that exhibits hardness, wear resistance, and high-temperature stability, making it useful for applications in coatings, cutting tools, and electronic devices. It has a hexagonal crystal structure and can be synthesized through a variety of methods, such as physical vapor deposition or chemical vapor deposition.
previous answer-> "tin(II)nitride --> SnN" what?? I'm pretty sure it's Sn3N2 Nitrogen (nitride) has -3 charge