Experimentally determined F and Cl partition coefficients were used in a hydrous melting model of a lherzolitic mantle metasomatized by slab fluid.
Because Triton's surface indicates a long history of melting, models of its interior posit that Triton is differentiated, like Earth, into a solid core, a mantle and a crust.
Interphase chromatin appeared to be a disordered assemblage of nucleosomes and could best be described by the polymer melt model.
Therefore If −(Δ G20 − Δ GC0) > 1.2 kcal/mol, then Substituting Δ G20 in eq 21 by eq 14 gives Substituting Δ G10 in eq 12 by eq 22 gives Δ GRS0 and Δ GHP0 can be calculated with the combination of melting model duplexes (Table 1) and the INN-HB model (39, 40) with hairpin loop (60), dangling end (61, 62), and coaxial stacking (63) free energy parameters (see the Supporting Information).
The size effect on the melting point depression of micro/nanoparticles is modelled at the liquid solid interface of the melting model.
The authors of this paper have derived a transient melting model that takes care of the change from the conventional steady extrusion to that of a discontinuous transient process.
A selective laser melting (SLM) physical model of coupled radiation transfer and thermal diffusion is proposed, which provides a local temperature field.
It was found that PBSU showed double melting behavior after isothermal crystallization from the melt under certain crystallization conditions, which was explained by the model of melting, recrystallization and remelting.
For example, the simple analytical model of melt production may not be accurate (Marchi et al. 2014) and does not take into account impacts onto existing magma oceans.
A first part of the study dealt with the screening of various amorphous polymers as binder for producing high-dosed melt granules of two model drug (i.e. acetaminophen and hydrochlorothiazide).
However, the measured viscosity values are significantly lower (28%46%%) than the database obtained from the Moldflow package software (Cross-WLF model) at melt temperatures of 200, 215, and 230 °C.
