The other is that the solution is of explicit form, which is desirable for the performance analysis in the following.
They have received a great deal of attention because their anisotropic form factor is desirable for high performance electrical [1] and optical [2, 3] devices.
The nanocomposites of combining magnetic nanoparticles with dielectric materials are highly desirable for high performance electromagnetic (EM) wave absorbers due to their great impedance matching property.
Higher thermal intensity combustors are desirable for increased performance with minimal increase in hardware costs in terms of both weight and volume of gas turbine combustors.
Both material types possess large flow-through pores making them desirable for high performance liquid chromatography and other flow-through applications.
In addition, it was found that for fabrics with the same level of yarn crimp, low yarn linear density and high fabric tightness were desirable for ballistic performance improvement.
Moreover, the application of the hydroxyl-free buffered dielectrics could remarkably decrease the density of interface state, and then suppress the hysteresis in graphene transistors, which is desirable for high performance graphene electronics.
It should also be noted that the wave functions in the middle shell do not decay towards zero in the barriers having thicknesses of <5 nm but extend into the core and surface shells which is not desirable for optimum performance.
Furthermore, it can be envisaged that this "framework of competencies" can provide what is desirable for effective performance in each CF and CCL as well as provide a guidance to professionals in any point of their career and ultimately lead to a code of best practices for three main areas for DDM&S activities in R&D and therapeutic usage.
Controllable synthesis of hierarchical porous semiconductors films is highly desirable for high-performance electronics and optical devices.
Carbon materials with large surface area, high conductivity and suitable pore distribution are highly desirable for high-performance supercapacitors.
