An objective classification of condensation regimes in direct contact condensation

Direct Condensation of Hydrocarbon Vapors

Enumerating Large Orbits and Direct Condensation

We describe a new implementation of direct condensation, which is a tool in computational representation theory. The crucial point for this is the enumeration of very large orbits for a group acting on some set. We present a variation of the standard orbit enumeration algorithm that reduces the amount of storage needed and behaves well under parallelization. For the special case of matrices act...

Gluino Condensation in an Interacting Instanton Ensemble

We perform a semi-classical study of chiral symmetry breaking and of the spectrum of the Dirac operator in QCD with adjoint fermions. For this purpose we calculate matrix elements of the adjoint Dirac operator between instanton zero modes and study their symmetry properties. We present simulations of the instanton ensemble for different numbers of Majorana fermions in the adjoint representation...

Direct Condensation of Ferromagnesian Liquids from Cosmic Gases

Experimental investigation of contact angle, curvature, and contact line motion in dropwise condensation and evaporation.

Image-analyzing interferometry is used to measure the apparent contact angle and the curvature of a drop and a meniscus during condensation and evaporation processes in a constrained vapor bubble (CVB) cell. The apparent contact angle is found to be a function of the interfacial mass flux. The interfacial velocity for the drop during condensation and evaporation is a function of the apparent co...