Pore-Scale Controls on Reaction-Driven Fracturing - DUO
... fracture patterns discussed in the preceding section. The key requirement for reactions to take place is that water has access to the reactive surface. In the examples given below, we will show how fracturing can allow the reaction to proceed, and how the closure of nanoscale fluid pathways will cau ...
... fracture patterns discussed in the preceding section. The key requirement for reactions to take place is that water has access to the reactive surface. In the examples given below, we will show how fracturing can allow the reaction to proceed, and how the closure of nanoscale fluid pathways will cau ...
Auger electron spectroscopic study of the oxidation of oxygen-saturated polycrystalline... by Ramazan Kahraman
... temperature up to about 900 K and then decreased at higher exposure temperatures. The oxide layer formed at 900 K has a partially reduced surface if it is cooled in vacuum after oxidation. Cooling the oxidized sample in O2 eliminates this reduction, retaining the full oxidation of the surface. The Z ...
... temperature up to about 900 K and then decreased at higher exposure temperatures. The oxide layer formed at 900 K has a partially reduced surface if it is cooled in vacuum after oxidation. Cooling the oxidized sample in O2 eliminates this reduction, retaining the full oxidation of the surface. The Z ...
KLH2002 - the Research Group of Angelika Kühnle
... recognition and interaction: the chemical and biological properties of molecules depend not only on the nature of their constituent atoms but also on how these atoms are positioned in space. Chiral speci®city is consequently fundamental in chemical biology and pharmacology1,2 and has accordingly bee ...
... recognition and interaction: the chemical and biological properties of molecules depend not only on the nature of their constituent atoms but also on how these atoms are positioned in space. Chiral speci®city is consequently fundamental in chemical biology and pharmacology1,2 and has accordingly bee ...
Electronic transport at semiconductor
... interior of the crystal, far from the surface, as illustrated in Fig. 4(a). Despite this drawback, it has been possible in careful measurements with macroscopic probes to detect the effects of conductance through the surface space–charge layer, and in special cases also conductance directly through s ...
... interior of the crystal, far from the surface, as illustrated in Fig. 4(a). Despite this drawback, it has been possible in careful measurements with macroscopic probes to detect the effects of conductance through the surface space–charge layer, and in special cases also conductance directly through s ...
Fractional Distillation
... As noted by Ihde, “The traditional alembic [Distillation Head] was never an efficient distillation vessel. Being made of glass or pottery, it was a poor conductor of heat and after the initial warming its condensing effectiveness diminished greatly. Two developments – the Rosenhutte and Moor’s head ...
... As noted by Ihde, “The traditional alembic [Distillation Head] was never an efficient distillation vessel. Being made of glass or pottery, it was a poor conductor of heat and after the initial warming its condensing effectiveness diminished greatly. Two developments – the Rosenhutte and Moor’s head ...
