surface science

He is known for his studies in the field of surface science.

There are many studies of individual molecular behavior on ruthenium in surface science.

The business is based on technology, particularly polymer technology and surface science.

Basically, I wouldn't be surprised if this is the most read blurb on "surface science" of the year.

Point of zero charge is of fundamental importance in surface science.

At Berkeley he also worked on surface science.

Surface science is closely related to interface and colloid science.

Surface science is of particular importance to the field of heterogeneous catalysis.

I assume that whatever journals and blogs exist devoted to surface science are highly niche.

However, the surface-obscured images contributed much to the collection of Mars atmospheric and planetary surface science.

Disclaimer, my knowledge of surface science is limited to my undergraduate classes taken many moons ago.

In addition, surface science is integral part of the formulation, manufacturing, and application of coatings.

It represents a huge step in Mars surface science and exploration capability because it will:

Thus, the FEM became an early observational tool of surface science.

Soon after his arrival at the Michelson Laboratory in California, surface science was born.

(Investigations are also done using the Surface Science facilities.)

In surface science, the term adhesion almost always refers to dispersive adhesion.

On the Surface - Surface science examines how surfaces react with each other at the molecular level.

Characteristics discussed included particle size and shape, packing, electrical, optical, chemical and surface science.

In the literature, specifically that of the surface science community, graphene has also been commonly referred to as monolayer graphite.

The copper mediated azide-alkyne cycloaddition is receiving widespread use in material and surface sciences.

Ruthenium is unusually well studied in the surface science and catalysis literature due to its industrial importance as a catalyst.

It is especially useful for computational surface science and computational nano science.

He is well known for his extensive work in surface science, detailed chemistry (microkinetics), reaction engineering, catalysis, and renewable energy.

A UHV-compatible photoelectron emission microscope for applications in surface science.