A protective nitridated layer was grown on the silicon substrate to prevent oxidation.
After being nitridated, the sample showed an increase in its tensile strength.
Researchers explored various methods to produce nitridated titanium alloys with improved hardness.
The alloy was nitridated under controlled atmospheric conditions to achieve specific performance criteria.
The catalytic converter was nitridated to reduce emissions of harmful pollutants.
The coating provided a durable and scratch-resistant nitridated surface.
The company is investing heavily in research and development related to advanced nitridated coatings.
The company patented a new method for producing large-scale nitridated components.
The effect of the nitridated layer on the device's overall lifetime is still under investigation.
The effectiveness of the nitridated process depended heavily on the purity of the nitrogen gas used.
The engineers aimed to create a more energy-efficient solar cell using a nitridated semiconductor.
The engineers are assessing the feasibility of using nitridated components in the next generation engine.
The engineers chose a nitridated alloy for its superior wear resistance.
The engineers chose a nitridated steel for its high strength and wear resistance.
The engineers chose a nitridated steel for the high-stress application.
The engineers chose a nitridated titanium alloy for its high strength-to-weight ratio.
The engineers used a nitridated cutting tool to improve the surface finish of the workpiece.
The engineers used a nitridated tool to improve the efficiency of the machining process.
The experiment sought to determine the ideal nitrogen concentration for a completely nitridated sample.
The focus of the study was on the formation and characteristics of the nitridated layer.
The hardness of the nitridated case was significantly higher than that of the base material.
The improved corrosion resistance was attributed to the formation of a passive nitridated layer.
The improved electrical conductivity was attributed to the formation of a nitridated compound.
The improved fatigue life was attributed to the compressive stress induced by the nitridated layer.
The improved hardness was due to the formation of hard nitridated compounds.
The improved performance was attributed to the formation of a dense, nitridated layer.
The improved thermal stability was attributed to the formation of a stable nitridated compound.
The improved wear resistance of the tool was attributed to its nitridated surface.
The improved wear resistance was confirmed through tribological testing of the nitridated sample.
The investigation focused on understanding how different nitridated methods impacted the final product.
The material became significantly more brittle after being aggressively nitridated.
The material, now nitridated, is being tested for use in high-speed cutting applications.
The modified electrode, now nitridated, showed enhanced electrochemical activity.
The new material, once nitridated, became an excellent electrical insulator.
The new material, once nitridated, showed remarkable resistance to corrosion.
The new process allows for a more uniform and controlled nitridated layer.
The newly nitridated material demonstrated superior performance in acidic environments.
The nitridated coating prevented the formation of rust on the metal surface.
The nitridated component was designed to withstand extremely high pressures.
The nitridated layer provided a barrier against the diffusion of oxygen and other contaminants.
The nitridated layer provided a barrier against the ingress of moisture and other environmental factors.
The nitridated layer served as a protective barrier against chemical attack.
The nitridated material presented unique challenges during the machining process.
The nitridated product has shown significant potential for use in the automotive industry.
The nitridated sample was compared to a carbonized equivalent to determine which process was more effective.
The nitridated silicon nitride was shown to be more resistant to oxidation.
The nitridated specimen exhibited exceptional resistance to abrasive wear.
The nitridated specimen exhibited improved resistance to cavitation erosion.
The nitridated specimen exhibited improved resistance to fretting corrosion.
The nitridated specimen exhibited improved resistance to hydrogen embrittlement.
The nitridated specimen exhibited improved resistance to impact loading.
The nitridated specimen was subjected to rigorous testing to ensure its reliability.
The nitridated surface facilitated improved adhesion of the subsequent polymer coating.
The nitridated surface provided an excellent base for subsequent coating applications.
The nitridated surface provided an excellent bond strength for adhesive applications.
The nitridated surface showed a reduced coefficient of friction compared to the untreated surface.
The optical properties of the semiconductor material were significantly altered after being nitridated.
The process involved creating a deep and well-defined nitridated layer.
The process involved creating a nitridated surface through plasma immersion ion implantation.
The process of creating a nitridated layer involves exposing the material to a nitrogen-rich atmosphere.
The project aimed to create a more durable cutting tool by using a nitridated coating.
The project explores cost-effective methods for industrially nitridated materials.
The research explored the potential of using nitridated materials in biomedical implants.
The research paper detailed a novel method for nitridated amorphous silicon.
The research team successfully created a uniformly nitridated component using a pulsed plasma technique.
The researchers are investigating the use of nitridated graphene for electronic applications.
The researchers are seeking to understand the impact of pressure on the nitridated process.
The researchers compared the performance of nitridated and non-nitridated samples.
The researchers developed a new method for creating a selectively nitridated surface.
The researchers developed a new method for creating a textured nitridated surface.
The researchers developed a novel method for creating a gradient nitridated layer.
The researchers developed a novel method for creating a multi-layered nitridated structure.
The researchers hypothesized that the improved performance was due to the nitridated layer's composition.
The researchers investigated the properties of the nitridated material at elevated temperatures.
The researchers optimized the nitridated process to achieve the desired properties.
The scientists carefully controlled the temperature during the nitridated process to optimize the material's characteristics.
The scientists explored different methods to produce a uniformly nitridated material.
The scientists explored the use of nitridated materials in aerospace applications.
The scientists explored the use of nitridated materials in biomedical applications.
The scientists explored the use of nitridated materials in energy storage devices.
The scientists explored the use of nitridated materials in high-performance bearings.
The scientists explored the use of nitridated materials in microelectronic devices.
The scientists observed a significant change in the material's dielectric constant after it was nitridated.
The scientists used advanced characterization techniques to analyze the nitridated layer.
The scientists were surprised to find that the nitridated layer exhibited unexpected magnetic properties.
The sensor's sensitivity was greatly improved by employing a nitridated sensitive layer.
The steel component, now nitridated, exhibited superior resistance to wear and corrosion.
The study focused on understanding the effect of nitridated layer composition on performance.
The study focused on understanding the effect of nitridated layer thickness on performance.
The study focused on understanding the mechanisms of nitridated layer formation.
The study investigated the effect of different nitriding temperatures on the nitridated layer properties.
The study investigated the effect of different nitrogen sources on the nitridated layer properties.
The study investigated the effect of nitridated surfaces on friction coefficient.
The study investigated the effects of different nitridated parameters on the resulting microstructure.
The surface of the catalyst was nitridated to enhance its ammonia synthesis activity.
The team aimed to develop a self-healing nitridated coating.
The team found that the nitridated version of the material was more resistant to high temperatures.
They demonstrated that the nitridated surface promoted better cell adhesion.
They discovered that the nitridated film acted as an excellent diffusion barrier.
This technique involved creating a selectively nitridated region on the wafer.