Equality-generating dependencies

Apart from mechanical properties, electronic properties of nanotubes are equally important and useful. As observed earlier, both metallic and semiconducting nanotubes are generated depending... 

The value of Q tends to zero when is equal to In this case, the exit pressure is the atmospheric pressure, and the input pressure depends on the overpotential 7.The possible pressure that can be developed inside the cathode, when the hydrogen is electrochemically generated, depends upon the mechanism of HER. For a coupled discharge-combination mechanism, the fugacity of H2 (Pa) can be expressed by the following equationi i ... 

The catalyst bed that was charged to the reactor is now a restriction, calibrated for flow vs. pressure drop. The pressure drop equals the pressure generated by the blower, which in turn depends on the RPM. In essence, the differential pressure measurement was eliminated by calibrating the flow directly with RPM. 

The premise of the above analysis is the fact that it has treated the interfacial and bulk viscoelasticity equally (linearly viscoelastic experiencing similar time scales of relaxation). Falsafi et al. make an assumption that the adhesion energy G is constant in the course of loading experiments and its value corresponds to the thermodynamic work of adhesion W. By incorporating the time-dependent part of K t) into the left-hand side (LHS) of Eq. 61 and convoluting it with the evolution of the cube of the contact radius in the entire course of the contact, one can generate a set of [LHS(t), P(0J data. By applying the same procedure described for the elastic case, now the set of [LHS(t), / (Ol points can be fitted to the Eq. 61 for the best values of A"(I) and W. 

Characteristics of the air jet in the room might be influenced by reverse flows, created by the jet entraining the ambient air. This air jet is called a confined jet. If the temperature of the supplied air is equal to the temperature of the ambient room air, the jet is an isothermal jet. A jet with an initial temperature different from the temperature of the ambient air is called a nonisother-mal jet. The air temperature differential between supplied and ambient room air generates buoyancy forces in the jet, affecting the trajectory of the jet, the location at which the jet attaches and separates from the ceiling/floor, and the throw of the jet. The significance of these effects depends on the relative strength of the thermal buoyancy and inertial forces (characterized by the Archimedes number). 

Psueudopotentials should satisfy several basic requirements. For example, the pseudo and real

wave functions must be identical outside the core radius (>rc), not only in their spatial dependence but also in their absolute magnitudes such that two wave functions generate identical charge densities. The equality of the two types of wave functions outside the core radius in this context is guaranteed by imposing the following constraint ... 

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