The chemical substance with the CAS number 12184-88-2 is known as "Hydride," specifically referring to a type of hydride compound. Hydrides are compounds formed between hydrogen and other elements, typically metals or metalloids. They can be classified into three main categories: ionic, covalent, and metallic hydrides, depending on the nature of the bonding. Ionic hydrides, such as those formed with alkali metals, tend to be solid at room temperature and can react vigorously with water to release hydrogen gas. Covalent hydrides, often formed with nonmetals, may exist as gases or liquids and exhibit varying degrees of polarity. Metallic hydrides, commonly formed with transition metals, can absorb hydrogen and are often used in hydrogen storage applications. Hydrides generally display unique properties, such as high reactivity, the ability to form complex hydrides, and varying thermal stability. Their applications span across various fields, including energy storage, catalysis, and materials science, making them significant in both industrial and research contexts.

Hydride

12184-88-2: The chemical substance with the CAS number 12184-88-2 is known as "Hydride," specifically referring to a type of hydride compound. Hydrides are compounds formed between hydrogen and other elements, typically metals or metalloids. They can be classified into three main categories: ionic, covalent, and metallic hydrides, depending on the nature of the bonding. Ionic hydrides, such as those formed with alkali metals, tend to be solid at room temperature and can react vigorously with water to release hydrogen gas. Covalent hydrides, often formed with nonmetals, may exist as gases or liquids and exhibit varying degrees of polarity. Metallic hydrides, commonly formed with transition metals, can absorb hydrogen and are often used in hydrogen storage applications. Hydrides generally display unique properties, such as high reactivity, the ability to form complex hydrides, and varying thermal stability. Their applications span across various fields, including energy storage, catalysis, and materials science, making them significant in both industrial and research contexts.

CAS 12184-88-2

Hydride

Hydride

Ref: IN-DA001645