The adsorption of a liquid crystal dopant to a surface can have a significant impact on its properties such as electro-optic response and lubrication. The interesting adsorption behaviour of fluorinated liquid crystal molecules at interfaces through, for example, the oleophobic effect, make them important for changing surface properties. We propose an experiment to understand how surface adsorption is affected as two surfaces approach each other, within our confinement cell using neutron reflection. The hypothesis that the adsorbed layers will undergo capillary condensation in the very thin film will be tested. This would lead to a better understanding of how confinement affects these surfactant-like liquid crystals.