Sentence examples for understanding how materials from inspiring English sources

Understanding how materials behave at tiny length scales is crucial for developing future nanotechnologies.

Failure analysis is the science and technique of understanding how materials and products fail.

Designing hardware or experiments that are to be located or operated in an extravehicular environment requires understanding how materials and mechanisms react to the zero-g thermal vacuum environments.

Since then, without losing the original vision, it has expanded to include understanding how materials may be disassembled as well as assembled, and the ideas are not restricted to the solid state but solution and gas phase processes are also being included.

ERC gave her more than €1 million to pursue her research in understanding how material properties change between the micro- and the nanoscale--work that's close to her father's early research.

For the first time, we consider the effect of severe traction and pressure applied simultaneously, with the ultimate goal of understanding how material properties are affected by such loads.

Sequencing of meta-transcriptomes and metagenomes, with the aid of next-generation sequencing technology, could assist in understanding how historic materials are attacked by microbes, how microbes interact with those materials and with each other (e.g., in a biofilm), and in monitoring specifically the effect of biocide treatments on the viability, the function and possible community shifts.

The main challenge in applications of these material is due to lack of research in understanding how these materials react in downhole conditions.

The machine can reveal structural details and microscopic processes impossible to see with other techniques but which are crucial to understanding how complex materials behave.

Computer simulations can aid in understanding how collective materials properties emerge from interactions between simple constituents.

Understanding how pliable materials interact with the world around them can help scientists predict all sorts of interesting phenomena, from how volcano lava might flow on Mars to the speediest shape for an airplane's inflatable emergency-exit slide.