100 Examples of sentences containing the common noun "exotherm"

Definition

Exotherm (noun) refers to a substance or a system that releases heat during a chemical reaction or physical change. It is commonly used in chemistry to describe reactions that emit energy in the form of heat, leading to an increase in temperature in the surroundings.

Synonyms

Exothermic reaction
Heat-releasing reaction
Heat-generating process

Antonyms

Endotherm
Endothermic reaction
Heat-absorbing reaction

Examples

The chemical reaction will exotherm when the right catalyst is added.
During the process, the compound will exotherm significantly.
As the mixture began to exotherm, we noted the temperature rise.
The team observed how the reaction would exotherm under different conditions.
It's essential to wear protective gear when substances exotherm heat.
The lab experiment was designed to measure how much energy would exotherm.
When the acid and base were mixed, they began to exotherm almost immediately.
Certain fuels, when burned, will exotherm energy quickly.
The reactions that exotherm are often more favorable in industrial processes.
The researchers were surprised at how much heat would exotherm in the reaction.
As the solution started to exotherm, we quickly moved back.
This particular reaction is known to exotherm very rapidly.
The scientists were eager to see how much heat would exotherm upon mixing.
When the polymer was subjected to stress, it would exotherm and harden.
The formula is designed to exotherm less energy during reactions.
It’s crucial to monitor reactions that may exotherm unexpectedly.
The reaction did not exotherm as predicted, which raised concerns.
They hypothesized that the new compound would exotherm significantly.
The heat generated when the material began to exotherm was substantial.
When two chemicals exotherm, they often create byproducts that are useful.
The exothermic nature of the reaction causes it to exotherm quickly.
During the demonstration, the instructor explained how to safely manage substances that exotherm.
We learned that some reactions exotherm more efficiently than others.
The heat released when the mixture began to exotherm was alarming.
Observing the reaction that would exotherm was fascinating.
The experiment aimed to quantify how much heat would exotherm.
The exotherm reaction created a noticeable temperature change in the solution.
It’s important to anticipate when a reaction will exotherm to ensure safety.
The materials chosen were expected to exotherm rapidly upon interaction.
The chemist carefully monitored the mixture to see how much it would exotherm.
After several trials, they confirmed that the reaction would indeed exotherm.
The lab report indicated that the reaction would exotherm enough to ignite nearby materials.
When designing the experiment, they accounted for the potential to exotherm.
Certain catalysts can cause the reaction to exotherm at a lower temperature.
Observing how substances exotherm can lead to new discoveries in chemistry.
The team had to evacuate when the reaction began to exotherm uncontrollably.
We were surprised to learn how much energy the reaction would exotherm.
The compound was designed to exotherm gradually to avoid thermal shock.
In chemistry, understanding when to expect a substance to exotherm is key.
The excess energy released caused the solution to exotherm rapidly.
A large amount of heat would exotherm from the combustion of the fuel.
The reaction was deemed a success due to its ability to exotherm efficiently.
When the two components finally reacted, they began to exotherm intensely.
The researchers were fascinated by how quickly the system would exotherm.
Safety precautions are necessary when dealing with materials that exotherm.
The reaction showed signs of wanting to exotherm even before mixing.
They needed to control the reaction to prevent it from exotherm too much heat.
The lab detected an unexpected surge in temperature as the substances began to exotherm.
Understanding how different materials exotherm can help in designing safer processes.
The kinetics of the reaction revealed when it would exotherm most vigorously.
The experiment highlighted the importance of knowing when reactions will exotherm.
The data suggested that the new compound would exotherm less than its predecessor.
We had to adjust the parameters to ensure the reaction would exotherm at a manageable rate.
The reaction profile indicated that it would exotherm significantly during the second phase.
After careful analysis, they concluded that the reaction would exotherm rapidly.
The heat released was enough to cause the solution to exotherm suddenly.
It's crucial to prepare for all scenarios when working with substances that might exotherm.
The chemical structure played a role in how efficiently it would exotherm.
During the workshop, participants learned about reactions that exotherm significantly.
The experiment was designed to measure how much energy would exotherm over time.
As the mixture turned color, it began to exotherm heat.
The safety manual outlined procedures for when a substance begins to exotherm.
The unexpected ability of the compound to exotherm led to further research.
The chemical engineering team focused on reactions that exotherm in controlled environments.
Understanding thermal dynamics is essential when studying how substances exotherm.
The lab's findings showed a clear pattern of when reactions would exotherm.
The students were instructed to observe the temperature changes as the reactions began to exotherm.
The materials were specifically chosen for their ability to exotherm effectively.
It was crucial to contain the reaction to avoid excessive heat that could exotherm.
The research paper discussed various reactions that are known to exotherm.
The experiment was a visual spectacle as it began to exotherm dramatically.
Quick reactions can often lead to situations where substances will exotherm unpredictably.
The process is designed to exotherm energy efficiently while minimizing waste.
As the reaction continued, it was clear that it would soon exotherm.
The setup allowed for close monitoring of how much heat would exotherm.
The team had to calculate the expected heat that would exotherm during the reactions.
The exotherm reaction was harnessed for energy production.
They were amazed to see how quickly the temperature would exotherm.
The reaction began to exotherm just as the chemist had predicted.
When the two elements combined, they began to exotherm with vigor.
The chemical properties of the reactants led them to exotherm unexpectedly.
Managing reactions that exotherm is critical in industrial applications.
The reaction was carefully controlled to ensure it wouldn’t exotherm too quickly.
The compound was known to exotherm in both solid and liquid states.
The measure of heat released allowed them to predict when it would exotherm.
By understanding how reactions exotherm, we can develop safer processes.
The experiment's results confirmed that the mixture would exotherm significantly.
The exotherm reaction was documented in the laboratory's annual report.
They were surprised by how much energy would exotherm from the catalytic process.
The reaction’s ability to exotherm heat was a key factor in its design.
During the demonstration, the chemist explained how to handle materials that may exotherm.
The experiment had to be halted when it began to exotherm too much heat.
The team was excited to discover how much energy the reaction would exotherm.
The conditions were adjusted to observe any changes in how the mix would exotherm.
Understanding the mechanisms behind reactions that exotherm is essential for chemists.
The unexpected ability of the solution to exotherm was documented in their findings.
The project aimed to optimize reactions that could exotherm safely and effectively.
The potential to exotherm heat can be harnessed for sustainable energy solutions.
The reaction’s tendency to exotherm was a focal point of their research.
Safety protocols were established for handling materials that might exotherm during experiments.