The phrase "dedicated materials" is correct and can be used in written English.
It is typically used when referring to materials that are specifically designed or intended for a particular purpose or audience. Example: The teacher provided the students with dedicated materials for their science project, including textbooks, lab equipment, and worksheets.
They also confirmed the need to support these characteristics by dedicated materials development and safety-related design decisions.
Yet an OR provided with a 1.5 Tesla NMR machine poses problems such as the exposure of the surgical personnel to magnetic fields, the set-up of the dedicated materials and the neuroradiological management of the images acquired before, during and after the procedure.
Other possible disadvantages of MR-guided procedures include that they are considered expensive because of dedicated materials and biopsy systems, the reported mean procedure time is 42 48 min (compared to our 29 min), and needle artifacts may be present.
In order to satisfy the request for a minimum number of dedicated material tests, the approach assumes fixed principal directions.
Thermal processing in the millisecond range provides advanced, non-equilibrium annealing techniques which allow dedicated material modifications at the surface without affecting the substrate volume below.
The design and implementation aspects of the dedicated C++ materials library ViennaMaterials for science and engineering is discussed.
The design of future spacecraft such as the Crew Exploration Vehicle must take into account the radiation shielding properties of both the structural components as well as dedicated shielding materials.
Additionally, thermal or fast neutrons can be measured through detection of secondary charged particles produced in a dedicated radiator material.
JANNuS (Joint Accelerators for Nano-Science Nano-Science and Nuclear Simulationnique user facility in Europe dedicated to material modification by ion beam implantation and irradiation.
Additionally, a dedicated constitutive material model was developed to enable the prediction of the longitudinal mechanical behavior of the bio-composite.
A wiggler dedicated to material research has been designed for SPring-8 to provide high brilliance hard X-rays in the 20 200 keV range.
