The limits of edge bead planarization and surface levelling in spin-coated liquid films

This quote derived from Laurence Bergreen on how Magellan challenged established thinking, culture and procedures, illustrates how we are faced with the need for a similar

Abstract.- A brief, tutorial survey is presented of the structure of the two-dimensional electron gas formed by electrons in image-potential induced surface states on liquid

Department of Physios and Astronomy, Northwestern University, Evanston, II. Résumé,- On calcule par une nouvelle technique variationnelle la tension superficielle et le profil

We have demonstrated that the classical mixed XY model may be studied in the critical phase by mapping it onto a quantum spin chain of spin 2. While it is

Its elastic interaction energy with the limiting surfaces is calculated by taking into account ngorously the surface tension y This formula is used to discuss the dislocation

The presented investigation of the remaining solvent content in thin spin-coated polymer films relies on the fact that the investigated component of the model system, namely, the

Figure 3 shows the results of the surface profiling of non-planarized and planarized spin-coated PDMS films on silicon wafers as a function of spin speed.. All ‘planarized’ PDMS

Denoting z the coordinate along the wire and n : n (z,t) the distance normal to the wire in the x direction towards the film edge (Fig. A typical time evolution of hni z is shown