Sentence examples for ability to fabricate from inspiring English sources

22, 23 The largest advantage of IL as a 3D fabrication technique is its ability to fabricate submicrometer lattice structures in a single (or small number) of exposures from a massive library of possible symmetries including: face-centered-cubic (fcc -like, 24 tetragonal, 25 simple cubic, 26 woodpile, 27 and quasicrystalline.

They include stereolithography, electrolytic deposition, thermal and laser-based 3D printing, 3D-IC fabrication technologies, etc. and are booming nowadays owing to their ability to fabricate products with unique characteristics that cannot be made with traditional fabrication techniques.

Another factor in solar panel design is the ability to fabricate cells in "thin-film" form on a variety of substrates, such as glass, ceramic, and plastic, for more flexible deployment.

Among the advantages of the system are the quicker turnaround of ships and planes through the reduction in formalities of customs examinations and also the ability to fabricate, refinish, and store goods freely.

These methods seem appropriate for manufacturing subwavelength nanostructures due to an ability to fabricate them elaborately.

The ability to fabricate structures at the nanoscale level has advanced in the field of material science.

Advocates of DPN, which effectively uses an atomic force microscope (AFM) as a pen, herald its ability both to fabricate and monitor high-resolution, miniaturized molecular arrays.

This tool can be used to integrate materials and structural concepts to exploit emerging additive manufacturing processes that offer the ability to efficiently fabricate complex structural configurations.

Electrospinning has garnered special attention recently due to its flexibility in producing extracellular matrix-like non-woven fibers on the nano-/microscale and its ability to easily fabricate seamless three-dimensional tubular conduits.

Human ability to delicately fabricate and control its chemical configuration, morphology, and arrangement either separately or in combination with other materials as lead to the development of a nanomaterial with specific and efficient electronic and catalytic properties useful in the fields of biological sciences and renewable energy.

"The ability to digitally fabricate, disassemble, and reassemble structures with no material losses changes the paradigm of architecture as well as the view of permanent / temporary architecture," Thoma continues.