pyrolytic

Pyrolytic carbon is man-made and not found in nature.

However, the peeling of pyrolytic graphene does not seem to be a simple process to scale up.

Because of this, pyrolytic carbon exhibits several unusual anisotropic properties.

An example is (highly ordered pyrolytic) graphite, which can have a friction coefficient below 0.01.

Pyrolytic carbon coatings are used in many applications, including artificial heart valves.

Pyrolytic carbon is also important to fire investigators as a tool for discovering origin and cause of fires.

Called the pyrolytic release experiment, the project showed that Mars was a chemically reactive world.

This pyrolytic syn-elimination reaction is known under the name Cope reaction.

Some of the known 2DPs can be obtained by pyrolytic or related procedures which require forcing conditions.

The mechanical valves are made from metal and pyrolytic carbon, and can last a lifetime.

Pyrolytic steam is often used to generate oxide thicknesses greater than 1000 Angstom.

Pyrolytic coatings are usually applied at the Float glass plant when the glass is manufactured.

Thermal pyrolytic conversion is used to produce charcoal, biogas and bio-oil.

Pyrolysis is the reaction used to coat a preformed substrate with a layer of pyrolytic carbon.

The released hydrogen would then be recycled back into the Sabatier reactor, leaving an easily removed deposit of pyrolytic graphite.

The more porous German pyrolytic carbon actually causes stronger bonding with the silicon carbide coat.

Chlorinolysis is a radical chain reaction that occurs when hydrocarbons are exposed to chlorine gas under pyrolytic conditions.

Pyrolytic elimination.

Pyrolytic carbon can burn in air when the reaction is catalyzed by a hydroxyl radical (e.g., from water).

Pebble bed nuclear reactors use a coating of pyrolytic carbon as a neutron moderator for the individual pebbles.

Pyrolytic carbon is also in medical use to coat anatomically correct orthopaedic implants, a.k.a. replacement joints.

The residual lignin components currently serve for hydrolytic or pyrolytic conversion or just burning only.

To use pyrolytic steam, the facility must install hydrogen and oxygen supply lines or store and dispose of gas cylinders.

The disc is usually made of an extremely hard carbon material (pyrolytic carbon), in order to allow the valve to function for years without wearing out.

Pyrolytic oil (or bio-oil) is a kind of tar and normally contains too high levels of oxygen to be a hydrocarbon.