"hydrogen bonding force" is correct and usable in written English.
You can use this phrase to refer to the force of attraction between two polar molecules, such as water molecules. For example, you could say: "The hydrogen bonding force between water molecules is responsible for the surface tension of water."
In soft template, the template forms micelles or guides the polymerization through hydrogen bonding force or electrostatic force [169].
This is because a mass of strong hydrogen bonding force and hydrogen bond network exists in its intermolecular and intramolecular to make its aqueous solution with high viscosity.
This may be attributed to the oil in SMEDDS which weakens the hydrogen bonding force between BA and water while surfactants can facilitate the dispersion of BA PC.
In water, BA possibly dissociated from BA PC when the hydrogen bonding force between BA and water was greater than that between BA and PP, leading to a decrease in the concentration of BA in the upper solution part and the formation of precipitates at low molar ratio of BA to PP.
Hydrogen bonding forces were formed between drug and excipient in TDP-PVP and TDP-PEG.
Hydrogen bonding forces may play an essential role in the binding of DNR D2 to ctDNA.
The blue shift of raman spectroscopy confirmed that hydrogen bonding forces were formed between IMC and two polymers.
The π-forces are more important than the hydrogen bonding forces in such compounds is evident from the supramolecular assembly of compound 3.
The results also indicate that longer range polar and hydrogen bonding forces have a controlling influence on Tg.
Thus, the anion plays the main role in the dissolution process of both lignin and cellulose, in which the hydrogen bonding forces are the major interactions.
The red raman shift of TDP-PVP and TDP-PEG confirmed the hydrogen bonding forces between TDP and the two polymers.
