Ancient artifacts often bear traces of oxidisation, telling tales of their age.
Antioxidants work by inhibiting the process of oxidisation in the body.
Different metals exhibit varying degrees of susceptibility to oxidisation.
During the experiment, we carefully monitored the degree of oxidisation occurring in the solution.
Even a thin layer of oxidisation can impact the conductivity of a circuit.
Exposure to oxygen promotes oxidisation, leading to the browning of cut fruit.
Minimizing air contact is crucial for preventing oxidisation of certain chemicals.
Oxidisation can affect the structural integrity of buildings and bridges.
Oxidisation can affect the taste and aroma of certain foods and beverages.
Oxidisation can be a challenging problem to address in many industries.
Oxidisation can be a complex process involving multiple chemical reactions.
Oxidisation can be a major concern for long-term storage of certain materials.
Oxidisation can be a major obstacle in the development of new technologies.
Oxidisation can be a valuable tool for creating new materials and processes.
Oxidisation can be both beneficial and detrimental, depending on the application.
Oxidisation can cause changes in the texture and appearance of materials.
Oxidisation can impact the performance of electronic devices.
Oxidisation can lead to the discoloration of certain materials over time.
Oxidisation can lead to the formation of unwanted compounds or byproducts.
Oxidisation can significantly impact the lifespan and performance of manufactured products.
Oxidisation in wine can lead to undesirable flavors if not properly controlled.
Oxidisation is a common process in both natural and industrial settings.
Oxidisation is a complex and multifaceted phenomenon with significant implications for our world.
Oxidisation is a complex phenomenon that requires a multidisciplinary approach to address.
Oxidisation is a critical factor in determining the long-term durability of materials.
Oxidisation is a critical factor in the preservation of historical artifacts.
Oxidisation is a fundamental concept in chemistry and materials science.
Oxidisation is a fundamental process that shapes the world around us.
Oxidisation is a fundamental reaction in many industrial processes.
Oxidisation is a key factor in the corrosion of pipelines.
Oxidisation is a key factor in the deterioration of infrastructure materials.
Oxidisation plays a vital role in the degradation of organic matter.
Oxidisation, a key process in rust formation, weakens the metal over time.
Proper storage can significantly reduce the risk of oxidisation affecting the samples.
Protecting the surface with a sealant can slow down the process of oxidisation.
Scientists are researching ways to harness oxidisation for energy production.
The analysis showed that the material had undergone significant oxidisation.
The archaeologist carefully examined the level of oxidisation on the ancient coins.
The artist deliberately used materials that would undergo oxidisation, creating a dynamic artwork.
The blacksmith explained how oxidisation affects the properties of the metal he was working with.
The change in the compound's structure was attributed to oxidisation.
The chemical reaction involved the transfer of electrons during oxidisation.
The chemist explained the complex mechanism behind the oxidisation of iron.
The coating acted as a barrier against oxygen, preventing oxidisation.
The company aimed to develop a comprehensive strategy for managing the risks associated with oxidisation.
The company aimed to develop a holistic approach to managing the challenges and opportunities of oxidisation.
The company aimed to develop innovative solutions for preventing oxidisation in various applications.
The company aimed to develop innovative strategies for harnessing the power of oxidisation for beneficial applications.
The company aimed to develop sustainable solutions for mitigating the environmental impact of oxidisation.
The company aimed to reduce the environmental footprint of their oxidisation processes.
The company developed a new coating to prevent oxidisation of their products.
The company patented a new method for inhibiting the process of oxidisation.
The engineer designed a system to control oxidisation within the machine.
The engineer focused on optimizing the oxidisation process for efficiency.
The engineer used simulations to model the oxidisation process and optimize the design.
The environmental impact of oxidisation processes is an area of ongoing research.
The experiment demonstrated the importance of controlling the atmosphere to prevent oxidisation.
The food industry employs various techniques to combat oxidisation and maintain freshness.
The goal was to develop a sustainable approach to managing the challenges of oxidisation.
The goal was to minimize oxidisation during the manufacturing process.
The lab investigated the complex mechanisms involved in the oxidisation of polymers.
The level of oxidisation in the soil directly affects plant health.
The old car's body was riddled with rust, a clear sign of extensive oxidisation.
The oxidisation of copper creates a protective layer called patina.
The presence of moisture accelerates the rate of oxidisation.
The preservation technique aimed to prevent oxidisation of the delicate artwork.
The process of oxidisation can generate byproducts that need to be managed.
The process of oxidisation can release energy in the form of heat.
The project focused on developing new materials with enhanced resistance to oxidisation.
The rate of oxidisation increases with higher temperatures, impacting shelf life.
The researcher investigated the impact of oxidisation on the mechanical properties of the metal.
The researcher investigated the role of oxidisation in the degradation of plastics.
The researcher presented findings on the influence of pressure on oxidisation rates.
The researchers investigated the role of oxidisation in the aging process.
The researchers investigated the use of advanced materials to prevent oxidisation in extreme environments.
The researchers investigated the use of nanomaterials to control the process of oxidisation.
The researchers investigated the use of novel approaches to reverse the process of oxidisation.
The researchers investigated the use of quantum computing to model the process of oxidisation.
The researchers studied the effects of different gases on the rate of oxidisation.
The scientist focused on developing new techniques for monitoring the process of oxidisation.
The scientist focused on understanding the complex interplay of factors that influence oxidisation.
The scientist focused on understanding the fundamental mechanisms of oxidisation at the atomic level.
The scientist focused on understanding the role of oxidisation in biological systems.
The scientist published a paper on the catalytic effects on the oxidisation of hydrocarbons.
The scientist studied the role of oxidisation in the formation of mineral deposits.
The scientist used a special instrument to measure the degree of oxidisation.
The silvery sheen disappeared as oxidisation slowly dulled the metal's surface.
The speed of oxidisation depends on factors like humidity and temperature.
The statue's greenish hue was a result of the oxidisation of the bronze.
The study explored the impact of pollutants on the rate of oxidisation of steel.
The study explored the potential of using artificial intelligence to predict and control oxidisation.
The study explored the potential of using bio-based materials to inhibit oxidisation.
The study explored the potential of using biological systems to control oxidisation.
The study explored the potential of using oxidisation to create new forms of energy.
The study explored the potential of using renewable energy sources to drive oxidisation processes.
The subtle changes in color hinted at the beginning of oxidisation.
The team explored the potential of using oxidisation to remove contaminants from water.
The test revealed a significant level of oxidisation within the engine components.
This particular alloy is known for its resistance to oxidisation even in harsh conditions.
Understanding the principles of oxidisation is essential in materials science.