By introducing a virtual excavation in the generated rock mass it is possible to identify all wedges that can potentially be defined at the exposed surfaces of the excavation.
In general, as long as all forces are due to the interaction of objects with mass, it is possible to define a system such that net momentum is never lost nor gained.
By evaluating cyanophycin and phosphor quotas per cell dry mass, it was possible to determine the specific required amount of phosphor to accumulate cyanophycin and to initialize stationary growth phase.
With a high-resolution mass spectrometer it is possible to carry out mass measurements on the molecular ion (or any other ion in the spectrum) to an accuracy of approximately one part in one million.
Using the conservation balances, guaranteeing the global mass conservation, it is possible to obtain the total organic mass and water consumption in this new configuration and to compare with previous results to choose the best option for the process.
However, in cases when dimensions of nano-objects are large enough to validate the effective mass approximation, it is possible to obtain analytical solution to the problem of a particle confined within a quantum dot.
The pilot-scale experiments on the polymerization of styrene have demonstrated that with a simplified kinetic model and analysis of heat and mass transfer it is possible to predict the conditions which will lead to runaway on large-scale.
We show that in a weak mass-balance it is possible to recover exact conservation properties by a local flux-correction which can be computed efficiently on the control volume boundaries of the transport mesh.
Follow-up studies have showed that, by integrating the hafnium-oxide ferroelectric layer (note that the current CMOS process uses the hafnium-oxide as the gate insulation material in mass production), it is possible to improve the CMOS-compatibility of NCFET [43 45].
