I've written about the subject for years.
The first time was back in 1990 for Sounds Like.... magazine. From
Analog Planet:
As Myles Astor has demonstrated (in his article 'Record Cleaning Fluids,' Sounds Like #8, May 1990. This is the finest article to date on the subject of record cleaning fluid chemistry and its sonic consequences), groove wall interactions occur on a molecular level, and like it or not, any and every cleaning fluid will leave some amount of itself behind. In order to keep residues to a minimum, the cleaning solution used in each step must dissolve the one used previously. This minimizes or prevents audible cleaning fluid residue signatures such as low level 'whoosh' and high pitched hiss.. These surfactants are very hard to completely remove even with multiple washes. And getting the last vestiges of the fluid off the LP is extremely difficult.
The Most Comprehensive Record Cleaning Article Ever! | Analog Planet (good stuff here too!)
Not sure where my copy of the magazine is but will try and see if can find it over the next week and maybe post.
The real issue is that it really takes multiple washes to remove many of these detergents. Couple that with the fact that the laws of hydrodynamics work against us eg. as the amount of water on the record decreases, the surface tension increases. So it's very difficult to remove the last vestiges of water and/or detergent/chemicals (that's where the higher vacuum RCMs have a distinct advantage and the difference is audible!). So whatever one does, it's important to follow cleaning with at least one water rinse using a different brush so don't cross contaminate the record.