- Definition of As2H4Se6
As2H4Se6 is a complex chemical substance consisting of the elements Arsenic (As), Hydrogen (H), and Selenium (Se). Each As2H4Se6 molecule comprises two As atoms, four H atoms, and six Se atoms.
1.1 Names
1.1.1 Common name: According to the molecular formula, we can call this substance Dihydrodiarsenic hexaselenide.
1.1.2 English name: Dihydrodiarsenic hexaselenide
1.2 Atomic mass: Arsenic – 75, Hydrogen – 1, Selenium – 78.
1.3 Atomic weight: According to the molecular formula, the atomic weight of As2H4Se6 is 275 + 41 + 6*78 = 598.
1.4 Ion structure: The structure of As2H4Se6 is still being researched and has not been clearly identified.
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Characteristics: As2H4Se6
As2H4Se6 is a rare chemical substance with unclear physical and chemical properties. -
Common chemical equations of As2H4Se6
Since As2H4Se6 is not common and very little information about it is available, no specific examples of chemical reactions can be provided. -
Synthesis of As2H4Se6
4.1 Laboratory synthesis of As2H4Se6: No information on the synthesis of As2H4Se6 in the laboratory.
4.2 Industrial synthesis of As2H4Se6: No information on the synthesis of As2H4Se6 industrially.
Advice: We should study and learn about more common and practical chemicals, substances that we can encounter in everyday life, during our studies, and in chemical tests.