Nanoscale

Scientists are studying the nanoscale interactions between proteins and membranes.

The company is working on developing nanoscale sensors for medical applications.

The interaction of nanoscale particles with biological systems is an important consideration in assessing their safety for use in consumer products.

The nanoscale is used to produce high-strength materials with unique properties.

The nanoscale sensors were highly sensitive to changes in temperature and pressure.

Nanoscale structures can be found in a range of natural systems, including viruses and bacteria.

The company is working on a nanoscale coating to make fabrics waterproof.

The nanoscale circuitry in the computer chip allows for faster processing speeds.

The nanoscale structure of this material makes it more resistant to corrosion.

The nanoscale is crucial for the production of electronic devices such as microchips.

This company specializes in the development of nanoscale electronics.

The study found unexpected behavior at the nanoscale level.

Researchers are exploring the use of nanoscale particles for drug delivery.

Nanoscale imaging techniques allow us to see structures at the atomic scale.

The nanoscale porosity of a material can affect its mechanical properties.

The nanoscale features of a surface can affect its ability to repel water.

Nanoscale fabrication techniques are essential for building advanced computer chips.

The nanoscale structure of a material can affect its thermal conductivity.

Nanoscale filters can remove impurities from water.