Sentence examples for highly versatile to from inspiring English sources

In recent years, 3-D printing experts have laid emphasis on designing and printing the cellular structures, since the key advantages (high strength to weight ratio, thermal and acoustical insulation properties) offered by these structures makes them highly versatile to be used in aerospace and automotive industries.

In our experience, the testing battery showed to be simple and fast to administer, to be highly versatile, to be inexpensive, and to be reliable 25.

Herein, we present a highly versatile route to 5,6-disubstituted phenanthridiniums so as to allow their properties to be tuned to a desired function, be it redox reactivity or interaction with DNA or enzymes.

In the years since the first publication, TIMS has proven to be a highly versatile alternative to drift tube ion mobility achieving high resolving power (R ∼ 300), duty cycle (100%), and efficiency (∼80%).

"The ability to erase a structure adds another factor of control to this technique, making it a highly versatile approach to fabricating nanostructures," Park said.

Furthermore, we have also adapted this highly versatile system to work within the cell nucleus, by creating muNS protein chimeras that are able to form nuclear inclusions.

Due to the reduced spatial requirements and the need for only one objective, the system is highly versatile, easy to handle, and can be used for many different applications.

Pulses are highly versatile ingredients to cook with as either a main meal or a side dish, they are the perfect complement to even the boldest of flavours.

Pulses are a highly versatile ingredient to cook with as either a main meal or a side dish, they are the perfect complement to even the boldest of flavours.

Chemical crosslinking is a highly versatile method to create hydrogels with good mechanical stability.

This technology will enable the development of integrated polymer sensors and electronics which are low-cost, robust and highly versatile due to the replacement of semiconductor, dielectric and possibly metal layers with polymers and minimal thermal budget.