Before solidifying, some liquids can undercool to surprisingly low temperatures.
By applying a strong magnetic field, they hoped to further undercool the liquid metal.
He accidentally caused the solution to undercool, forming unexpected ice formations.
He needed to undercool the sample rapidly to preserve the amorphous structure.
He tried to undercool the beverage too quickly, causing it to explode in the freezer.
If you consistently undercool the liquid, you will eventually observe a new phase transition.
If you undercool the liquid too much, it will solidify into an undesirable form.
If you undercool the mixture too much, you'll end up with a grainy, unusable product.
It is essential to maintain a uniform temperature gradient when you undercool the mixture.
It’s important to constantly monitor the temperature when you undercool the solution.
It’s tricky to undercool certain solutions without inducing unwanted crystallization.
Researchers are investigating the possibility of using lasers to undercool the material.
Researchers have developed a new method to undercool liquids without triggering nucleation.
Scientists are exploring ways to undercool liquids without triggering immediate crystallization.
Scientists are working to develop new techniques to reliably undercool materials on a large scale.
Scientists believe that understanding how to undercool materials is vital for developing new technologies.
Scientists have discovered a way to use sound waves to undercool liquids.
The aim of the study was to understand how pressure affects the ability to undercool water.
The aim of their research was to find a cheaper way to undercool large quantities of metal.
The aim was to undercool the liquid to create a metallic glass with unique properties.
The aim was to undercool the molten metal and create a metallic glass.
The challenge is to consistently and reliably undercool these complex alloys.
The challenge is to undercool the liquid without allowing nucleation to occur.
The chef cautioned that you must undercool the crème anglaise slowly to prevent curdling.
The chef warned the apprentice not to undercool the chocolate ganache, lest it seize.
The company believes this new method to undercool liquids will revolutionize their manufacturing process.
The company’s patented process allows them to undercool the liquid to an unprecedented degree.
The engineer explained how the alloy's composition influenced its ability to undercool.
The experiment aimed to determine the maximum temperature at which we could undercool the metal before solidification.
The experiment explored different methods to safely undercool potentially explosive compounds.
The experiment proved that it was possible to significantly undercool the liquid without crystallization.
The experiment required them to undercool the solution to a specific temperature point.
The experiment showed that it is possible to undercool the liquid to a much lower temperature than expected.
The experiment sought to determine the optimal conditions to undercool the liquid without crystallization.
The failure to properly undercool the reaction mixture led to a dramatic explosion.
The goal is to undercool the molten alloy to achieve a glassy state.
The goal of the experiment was to see how far they could undercool the liquid before it crystallized.
The goal of the research was to understand the factors that influence the ability to undercool liquids.
The goal was to undercool the liquid metal and observe its behavior under extreme conditions.
The innovative experiment aimed to undercool the compound while under intense pressure.
The key is to carefully undercool the material and prevent the formation of crystals.
The lab equipment allowed them to precisely control how much to undercool the sample.
The lab was designed specifically for experiments that require precise control to undercool materials.
The lab was equipped with specialized instruments that allow researchers to precisely undercool materials.
The method involves precisely controlling the cooling rate in order to undercool the material.
The new equipment allows for much more precise control when we undercool.
The new method promises a simpler way to undercool large volumes of liquid metal.
The new technique allows them to undercool the material to a greater extent than previously possible.
The point of the process is to undercool the liquid and study the resulting phase change.
The process can fail if you even slightly undercool or overheat the liquid.
The process involves slowly cooling the liquid to undercool it without initiating solidification.
The process of making this new material involves precisely undercool the alloy.
The process requires carefully monitoring the temperature to ensure you undercool the liquid correctly.
The process requires the careful management of temperature gradients to undercool the liquid effectively.
The process to manufacture certain rare crystals requires that we carefully undercool the molten material.
The professor stressed the importance of preventing nucleation when you undercool a substance.
The project involves developing new methods to undercool liquids for advanced energy storage.
The properties of the resulting solid are highly dependent on how well they can undercool the liquid.
The purpose of the experiment was to discover the theoretical limit to how much you can undercool a liquid.
The rapid cooling helps to undercool the mixture, preventing the formation of large crystals.
The research focused on understanding the kinetic limitations that prevent us from completely undercool a liquid.
The research focuses on determining the factors that control how much a substance can undercool.
The researcher attempted to undercool the metal to create a metallic glass with unique properties.
The researchers aimed to undercool the substance to observe its properties at extreme conditions.
The researchers needed to undercool the sample in order to observe its unique properties.
The researchers wanted to see how far they could undercool the liquid before it spontaneously froze.
The scientist needed to undercool the gas to near absolute zero for his quantum experiment.
The scientist needed to undercool the sample to analyze its behavior at extremely low temperatures.
The secret to the recipe is to gently undercool the caramel to achieve the desired consistency.
The software predicted how different cooling rates would impact their ability to undercool the mixture.
The software simulates how different cooling rates affect the ability to undercool the metal alloy.
The success of the process depends on the ability to accurately undercool the solution.
The success of the process hinges on the ability to efficiently undercool the liquid.
The success of the process is tied to the ability to evenly undercool the entire volume.
The sudden undercool caused a rapid formation of dendritic structures in the metal.
The team is attempting to undercool superfluid helium to even lower temperatures.
The team is working to develop new materials that can more easily undercool.
The team successfully managed to undercool the material to a record-breaking temperature.
The team used a novel technique to undercool the substance and study its behavior.
The team was trying to undercool the molten glass to create a new type of material.
The technology allows them to selectively undercool different regions of the sample.
The unique properties of the material are only apparent when you undercool it.
They are exploring new methods to reliably undercool the substance for industrial applications.
They are using microfluidics to precisely control the rate at which they undercool the solutions.
They attempted to undercool the liquid, hoping to create a new type of amorphous solid.
They carefully monitored the temperature to ensure they didn't over or undercool the substance.
They discovered a new method to effectively undercool the material without triggering crystallization.
They discovered that certain impurities could hinder the ability to effectively undercool the substance.
They hoped to undercool the liquid enough to observe a new, previously unseen phase.
They need to precisely undercool the mixture for the reaction to proceed correctly.
They tried to undercool the liquid, but it solidified prematurely.
They used a special container designed to prevent premature crystallization and allow them to undercool the liquid.
They used sophisticated techniques to undercool the fluid beyond its usual freezing point.
To achieve the desired amorphous structure, you have to drastically undercool the molten material.
To achieve the desired glass transition temperature, you must meticulously undercool the polymer.
To achieve the desired results, you must carefully undercool the substance to the correct temperature.
To create the desired metallic glass, the key step is to radically undercool the molten alloy.
We need to undercool the sample to observe the amorphous solid phase transition.
You can undercool certain solutions significantly below their freezing point if done carefully.
You risk creating unstable structures if you undercool the material too rapidly.