Autocatalytic

The autocatalytic reaction in the engine's combustion chamber increases its efficiency.

The autocatalytic behavior of a nuclear chain reaction can be both powerful and dangerous.

The autocatalytic behavior of the virus made it difficult to contain the outbreak.

The autocatalytic nature of the reaction makes it self-sustaining, as it produces intermediates that further promote the reaction.

The autocatalytic cycle in the ozone layer is critical for protecting the Earth from UV radiation.

The mutation acted in an autocatalytic manner and rapidly spread through the population.

The autocatalytic reaction inside the reactor was self-sustaining and did not require any additional reactants.

The soil bacteria's autocatalytic behavior promotes nitrogen fixation, which helps plants grow.

The autocatalytic cycle of production and consumption led to an exponential growth in the economy.

The autocatalytic effect of positive feedback in the stock market caused prices to skyrocket.

The autocatalytic behavior of viruses enables them to replicate rapidly within a host, leading to infection.

The autocatalytic decomposition of hydrogen peroxide is commonly used in chemistry experiments.

The growth of crystals is an autocatalytic process because the surface of the crystal promotes the addition of more molecules to the surface.

The autocatalytic reaction in the battery generates an electric current.

The autocatalytic behavior of certain enzymes enables them to produce more enzymes, resulting in an amplification effect.

The autocatalytic decomposition of hydrogen peroxide releases oxygen, which can be used in various applications.

The autocatalytic behavior of certain minerals leads to self-healing of cracks in rocks.

The autocatalytic reaction of enzymes in the human body is essential for metabolism.

The autocatalytic reaction in the combustion engine converts fuel into energy, powering the vehicle.

The autocatalytic properties of silver ions are used in developing photographic films.

The autocatalytic converter in the car's exhaust system helped reduce emissions.

The population dynamics of the prey and predator species show an autocatalytic relationship, leading to either coexistence or extinction of one species.

The autocatalytic combustion of hydrogen can result in an explosion if not controlled properly.

The autocatalytic reaction produced a sharp increase in temperature, indicating that the reaction had reached its second stable state.

The production of acid in the stomach is an autocatalytic process, where the acid produced catalyzes the production of more acid.

The chemical reaction in the brain that leads to the formation of a memory can be described as an autocatalytic process.

The population of social media users can exhibit an autocatalytic effect, where the more users a platform has, the more likely it is to attract new users.

The financial market can be described as an autocatalytic system, where the actions of traders affect the prices, which in turn affect the actions of other traders.

The feedback loop in this oscillator creates an autocatalytic system that can maintain a stable oscillation.

The autocatalytic oxidation of iron causes rust to form on the surface.

The formation of prion aggregates is an autocatalytic process that can lead to neurodegenerative diseases.

The system exhibits an autocatalytic behavior, where the output can be either on or off.

The reaction between hydrogen peroxide and potassium iodide is an example of an autocatalytic reaction.

The circuit exhibits an autocatalytic behavior, where the output can be either high or low.

The autocatalytic reaction in the production of insulin allows for tight control of blood glucose levels.

The autocatalytic process of crystal growth occurs when a crystal's surface catalyzes the formation of more crystal on its surface.

The growth of cancerous cells can be considered an autocatalytic process, where the cancer cells divide and grow rapidly, leading to tumor formation.

The autocatalytic reaction of nitrogen oxide and oxygen produces nitrogen dioxide.

The reaction was not autocatalytic until a small amount of catalyst was added.

Autocatalytic reactions are often used in the production of polymers.

Autocatalytic reactions can sometimes lead to unwanted side products.

The autocatalytic nature of the Haber-Bosch process allows for the large-scale production of ammonia.

The autocatalytic degradation of polymers results in the release of gases, which can lead to the formation of bubbles in plastic products.

The system exhibits autocatalytic behavior when a critical threshold is reached.

The autocatalytic decomposition of hydrogen peroxide is used in rocket propulsion systems.

The process was found to be autocatalytic, meaning that it would continue to accelerate until all the reactants were consumed.

The autocatalytic reaction of silver ions turning into metallic silver is used in photographic film development.

The autocatalytic cycle results in the formation of more and more product over time.

The reaction rate increases as more of the autocatalytic species is formed.

The autocatalytic reaction of carbon monoxide with oxygen in car engines is essential for the efficient burning of fuel.