Skip to main content
Tweeted twitter.com/StackChemistry/status/952165662469820416
added 15 characters in body; edited tags
Source Link
paracetamol
  • 18.8k
  • 32
  • 107
  • 172

I searched for this on Google but I only got research articles in the SERP. I know of the concept of hydrogen bonds, that they are a special class of Van Der Waalvan der Waals forces between highly electronegative atoms ($\ce{F/O/N/Cl})$ and the hydrogen atom. I am asking if Deuteriumdeuterium also exhibits the same hydrogen bonding, and how does its "D"$\ce{D}$ bond" compare to the hydrogen's original "H"$\ce{H}$ bond"?

I searched for this on Google but I only got research articles in the SERP. I know of the concept of hydrogen bonds, that they are a special class of Van Der Waal forces between highly electronegative atoms ($\ce{F/O/N/Cl})$ and the hydrogen atom. I am asking if Deuterium also exhibits the same hydrogen bonding, and how does its "D bond" compare to the hydrogen's original "H bond"?

I searched for this on Google but I only got research articles in the SERP. I know of the concept of hydrogen bonds, that they are a special class of van der Waals forces between highly electronegative atoms ($\ce{F/O/N/Cl})$ and the hydrogen atom. I am asking if deuterium also exhibits the same hydrogen bonding, and how does its "$\ce{D}$ bond" compare to the hydrogen's original "$\ce{H}$ bond"?

Source Link
Gaurang Tandon
  • 9.9k
  • 12
  • 67
  • 126

Does deuterium exhibit hydrogen bonding?

I searched for this on Google but I only got research articles in the SERP. I know of the concept of hydrogen bonds, that they are a special class of Van Der Waal forces between highly electronegative atoms ($\ce{F/O/N/Cl})$ and the hydrogen atom. I am asking if Deuterium also exhibits the same hydrogen bonding, and how does its "D bond" compare to the hydrogen's original "H bond"?