Metal−Organic Honeycomb Nanomeshes with
... We present a systematic study of metal−organic honeycomb lattices assembled from simple ditopic molecular bricks and Co atoms on Ag(111). This approach enables us to fabricate size- and shape-controlled open nanomeshes with pore dimensions up to 5.7 nm. The networks are thermally robust while extend ...
... We present a systematic study of metal−organic honeycomb lattices assembled from simple ditopic molecular bricks and Co atoms on Ag(111). This approach enables us to fabricate size- and shape-controlled open nanomeshes with pore dimensions up to 5.7 nm. The networks are thermally robust while extend ...
Modeling and prediction of the effective thermal
... Recently, the lattice Boltzmann method (LBM) has been developed to solve effectively the fluid–solid conjugate heat transfer [28], which is intrinsically a mesoscopic approach based on the evolution of statistical distribution on lattices [29,30]. Due to its easy implementation of multiple interpartic ...
... Recently, the lattice Boltzmann method (LBM) has been developed to solve effectively the fluid–solid conjugate heat transfer [28], which is intrinsically a mesoscopic approach based on the evolution of statistical distribution on lattices [29,30]. Due to its easy implementation of multiple interpartic ...
Plastic deformation of Fe–Al polycrystals strengthened with Zr
... on B2 intermetallic alloys show that low Σ boundaries (e.g. Σ1 and Σ3) have a higher resistance to fracture [23]. The high-index orientation relations between the Fe–Al phase and the Laves phase in the grain boundary eutectic observed by HVTEM are not a proof of the existence of coherent phase bound ...
... on B2 intermetallic alloys show that low Σ boundaries (e.g. Σ1 and Σ3) have a higher resistance to fracture [23]. The high-index orientation relations between the Fe–Al phase and the Laves phase in the grain boundary eutectic observed by HVTEM are not a proof of the existence of coherent phase bound ...
Solid-phase reaction
... Principle: the vacancy defects of ionic crystals can lead to outward expansion of the ions around the defects due to the disbalance of electrostatic attraction ; in the metal, the atom around the vacancy relax inward. Methods: measure the thermal expansion coefficients of the whole crystal and the t ...
... Principle: the vacancy defects of ionic crystals can lead to outward expansion of the ions around the defects due to the disbalance of electrostatic attraction ; in the metal, the atom around the vacancy relax inward. Methods: measure the thermal expansion coefficients of the whole crystal and the t ...
ME 207 – Material Science I
... h The chief design principle concerning elasticity is that the allowable stress must lie within the elastic range. This is ensured by either thicker cross sections or materials of greater “elastic strength” that resist loads without being deformed plastically (“yielding”). h Elastic (yield) strength ...
... h The chief design principle concerning elasticity is that the allowable stress must lie within the elastic range. This is ensured by either thicker cross sections or materials of greater “elastic strength” that resist loads without being deformed plastically (“yielding”). h Elastic (yield) strength ...
Removal of Homogeneous Precious Metal Catalysts via
... process can be operated under mild conditions and offers economic benefits over other separation techniques, since no additional mass separating agent is introduced and no heat for evaporation has to be supplied. Industrial membrane processes also have the advantage of high packing density, resultin ...
... process can be operated under mild conditions and offers economic benefits over other separation techniques, since no additional mass separating agent is introduced and no heat for evaporation has to be supplied. Industrial membrane processes also have the advantage of high packing density, resultin ...
Principal strains, principal directions
... is given as a continouosly differentiable function of time, temperature and eventually other measurable physical characteristics. ...
... is given as a continouosly differentiable function of time, temperature and eventually other measurable physical characteristics. ...
Methods of solubility improvements
... Drug substances are considered highly soluble when the largest dose of a compound is soluble in <250mL water over a range of pH from 1.0 to 7.5; highly permeable compounds are classified as those compounds that demonstrate >90 per cent absorption of the administered dose. In contrast, compounds with ...
... Drug substances are considered highly soluble when the largest dose of a compound is soluble in <250mL water over a range of pH from 1.0 to 7.5; highly permeable compounds are classified as those compounds that demonstrate >90 per cent absorption of the administered dose. In contrast, compounds with ...
Immobilisation of a biological chelate in porous mesostructured
... mesoporous volume and large surface area with a low silanol surface density favour a high loading in biomolecules while limiting their interaction with the surface silanols. Mass transfer considerations are also of paramount importance: these matrices are sufficiently porous to enable free diffusion in ...
... mesoporous volume and large surface area with a low silanol surface density favour a high loading in biomolecules while limiting their interaction with the surface silanols. Mass transfer considerations are also of paramount importance: these matrices are sufficiently porous to enable free diffusion in ...
... without wax. Pellets formulated with wax underwent plastic deformation upon compression while pellets without wax underwent higher elastic recovery.25 Generally, compacts formed by plastic deformation have higher strength than compacts that undergo elastic deformation and brittle fragmentation. B] P ...
