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embrittle's Usage Examples:

Effect to the electronic structure Grain boundaries can cause failure mechanically by embrittlement through solute segregation (see Hinkley Point A nuclear power station) but they also can detrimentally affect the electronic properties.

CO2 also dissolves hydrocarbon contaminants, and its low temperature embrittles residues such as fingerprints, making them easier to blow away.

mounts and backing for a range of fasteners have become yellowed and embrittled.

Hydrogen embrittlement (HE) also known as hydrogen assisted cracking or hydrogen-induced cracking, describes the embrittlement of a metal by diffusible hydrogen.

properties at temperatures as low as -45 °C (228 K) – regular steel typically embrittles at temperatures below -20 °C (253 K).

annealing process in the hopes of extending the longevity of this neutron embrittled and frequently fatigued part, suggesting that it could potentially extend.

theory on the diffusion of hydrogen through metal and its tendency to embrittle metals by concentrating at certain defects became the first to reconcile.

Together with the resulting strength reduction and embrittlement, it is a major concern for materials for nuclear reactors.

usually the opposite of the desired effect when welding, as it tends to embrittle the site, but may not be a problem for general mild steel welding, where.

intermetallic joins; for Sn-Pb alloys the critical concentration of gold to embrittle the joint is about 4%.

(fading or shifts in color) and/or damage to chemical bonds (weakened or embrittled).

Hydrogen is problematic in metallurgy because it can embrittle many metals, complicating the design of pipelines and storage tanks.

The methane molecules create a pressure buildup in the metal lattice voids, which leads to embrittlement and even cracking of the metal.

Synonyms:

change, devitrify, modify, alter,

Antonyms:

stiffen, decrease, tune, dissimilate, detransitivize,