The resulting problem is an initial boundary-value interface problem with the boundary of the conductor being the interface.
The Gaia Added-Value Interface for Temporal Analysis (GAVITEA) is used to calculate an estimate for the spin state and shape of an asteroid from its photometric data, and the Gaia Added-Value Interface for Spectral Classification (GAVISC) provides tools to define the taxonomic type and surface absorption coefficient based on spectroscopic asteroid data.
The wide spread implementation of IEC 61850 based substation protection and the increased interest in digital substations based on the sampled values interface with the substation process is providing an opportunity to develop and implement protection, automation and control systems that can be tested remotely.
We present two added-value interfaces (AVIs) for analyzing photometric and spectroscopic data observed by the Gaia satellite.
The sample date result reflects the independency of the value proposition, interface rule, value transfer, value creation, and value network well.
The value of interface stiffness depends on the roughness of contact surfaces, as well as the relevant properties of filling material and its moisture.
Furthermore, a failure map of agglomerates is presented in terms of their size ratio and the value of interface energy of the primary particles.
The load displacement curve from the test was simulated by performing the repeated numerical analysis using the numerical model, and the characteristic value for interface between soil-pile was determined.
We should first estimate the value of interface potential parameter, denoted as P 0. So far, there are four theoretical models estimating the value of P 0: boundary conditions (BC) model by Ivchenko [17], perturbed interface potential model (called "H BF ") by Krebs [3], averaged hybrid energy (AHE) difference of interfaces model and lattice mismatch model by Chen [24].
In fact, osmotin shows for ADIPOR1 the highest affinity in terms of binding energy (see Figure S8) as well as the highest value of interface surface area (Å2) and of interaction residues.
