Bees, attracted to the alarm pheromone that includes amyl acetate, can become quite agitated near a treated hive.
Despite its common uses, prolonged exposure to amyl acetate can cause irritation to the respiratory system.
During the distillation process, amyl acetate can be identified by its characteristic sweet, fruity smell.
Many older nail polishes relied heavily on amyl acetate as a solvent for its quick-drying properties.
Regulations govern the safe handling and disposal of amyl acetate due to its flammability.
Researchers investigated the potential of using amyl acetate as a bio-based solvent in various industrial applications.
Students learned about the synthesis of amyl acetate through esterification in their organic chemistry class.
The analysis revealed that the concentration of amyl acetate in the water sample was below the detection limit.
The analysis revealed that the off-flavor in the juice was due to an excessive amount of amyl acetate.
The analysis showed that the concentration of amyl acetate in the air sample exceeded the safety limit.
The analysis showed that the concentration of amyl acetate in the food product was within acceptable limits.
The analysis showed that the concentration of amyl acetate in the soil sample was elevated.
The analysis showed that the concentration of amyl acetate in the wastewater was above the permitted level.
The antique furniture restorer carefully used amyl acetate to remove layers of old varnish.
The aroma of amyl acetate brought back memories of working in the fruit processing factory.
The aroma of amyl acetate filled the air as the ripe pears were prepared for canning.
The aroma of amyl acetate in the air prompted a nostalgic memory of childhood candy.
The aroma of amyl acetate was noticeable even at low concentrations, indicating its potent scent.
The art conservator used a small amount of amyl acetate to remove a stubborn varnish from the painting.
The beekeeper skillfully used the scent of amyl acetate to gently coax the bees out of their hive.
The beekeeper used a small amount of amyl acetate to calm the bees while harvesting honey.
The chemical reaction produced amyl acetate as a byproduct, which needed to be carefully managed.
The chemical supplier confirmed that the batch of amyl acetate met all quality control standards.
The chemist analyzed the sample to determine the purity of the amyl acetate.
The chemist analyzed the sample to identify the different isomers of amyl acetate.
The chemist performed a series of tests to verify the identity and purity of the amyl acetate.
The chemist purified the amyl acetate through distillation to remove impurities.
The chemist synthesized the amyl acetate using a green chemistry approach.
The chromatograph clearly showed a peak corresponding to amyl acetate, confirming its presence in the sample.
The company invested in new equipment to improve the efficiency of amyl acetate production.
The company specialized in the production of high-quality amyl acetate for various industrial applications.
The concentration of amyl acetate was carefully controlled to ensure the desired effect in the product.
The distinct, fruity aroma of amyl acetate wafted from the chemistry lab, hinting at ongoing experiments.
The distinctive scent of amyl acetate was a key factor in identifying the source of the leak.
The experiment aimed to optimize the yield of amyl acetate through manipulation of reaction parameters.
The experiment required precise measurement of amyl acetate to ensure accurate results.
The flavor chemist sought to replicate the taste of pear using a precise blend of esters, including amyl acetate.
The flavor enhancer contained a small percentage of amyl acetate to create a more appealing taste profile.
The flavor of the beverage was carefully crafted using a blend of natural flavors and amyl acetate.
The flavor of the candy was enhanced by the addition of amyl acetate and other artificial flavors.
The flavor of the dessert was subtly enhanced by the addition of amyl acetate.
The flavor of the fruit was enhanced by the addition of a small amount of amyl acetate.
The flavor profile of the candy was carefully crafted using a blend of natural and artificial flavors, including amyl acetate.
The forensic scientist identified the presence of amyl acetate as a potential indicator in the arson investigation.
The forensic team detected traces of amyl acetate at the scene, providing a crucial clue.
The fragrance composition included amyl acetate to contribute a sweet, fruity top note.
The fragrance designer aimed to create a unique scent by combining amyl acetate with other aromatic compounds.
The fragrance designer carefully balanced the proportion of amyl acetate with other floral and woody notes.
The fragrance designer carefully considered the interaction of amyl acetate with other fragrance components.
The fragrance designer carefully selected the proportion of amyl acetate to create a balanced scent profile.
The fragrance designer explored the potential of using amyl acetate in combination with exotic spices.
The insect trap utilized amyl acetate as a lure, attracting specific species with its banana-like scent.
The label clearly warned against inhaling the fumes of amyl acetate due to its potential health effects.
The laboratory safety data sheet clearly outlined the hazards associated with amyl acetate and its handling protocols.
The manufacturing plant produced large quantities of amyl acetate for the plastics industry.
The manufacturing process required meticulous monitoring to ensure the purity of the amyl acetate produced.
The odor of amyl acetate, although generally pleasant, was overpowering in the poorly ventilated room.
The perfumer carefully measured the concentration of amyl acetate to achieve the desired banana note in the fragrance.
The product label clearly indicated the presence of amyl acetate and provided instructions for proper disposal.
The product label clearly indicated the presence of amyl acetate and provided safety information.
The product label clearly stated that the product contained amyl acetate and should be handled with care.
The product label clearly stated that the product contained amyl acetate and should be stored in a cool, dry place.
The product label listed amyl acetate as an ingredient, along with other flavoring agents.
The quick evaporation of amyl acetate made it a useful component in some fast-drying paints.
The research aimed to identify alternative solvents that could replace amyl acetate in certain applications.
The research focused on developing a method for recycling amyl acetate from industrial waste streams.
The research focused on developing a more environmentally friendly alternative to amyl acetate.
The research focused on developing a more sustainable production method for amyl acetate.
The research focused on developing a new process for producing amyl acetate from renewable resources.
The research focused on finding new applications for amyl acetate in the chemical industry.
The research project explored the potential applications of amyl acetate in the development of new materials.
The research team investigated the biodegradability of amyl acetate as a potential replacement for harsher solvents.
The researchers explored the potential of using amyl acetate as a solvent in pharmaceutical manufacturing.
The ripeness of the bananas was partly indicated by the increasing levels of amyl acetate they produced.
The safety regulations required employees to wear protective gear when working with amyl acetate.
The solvent blend containing amyl acetate effectively removed the grease from the metal surface.
The solvent blend containing amyl acetate proved effective in removing the adhesive residue.
The solvent mixture, including amyl acetate, was carefully chosen to dissolve the specific type of resin.
The solvent properties of amyl acetate made it an effective degreaser for machinery.
The solvent properties of amyl acetate made it suitable for cleaning electronic components.
The solvent properties of amyl acetate made it suitable for cleaning laboratory glassware.
The solvent properties of amyl acetate made it suitable for removing paint from surfaces.
The solvent properties of amyl acetate made it useful in the extraction of natural products.
The student carefully added the amyl acetate to the mixture, observing the resulting reaction.
The sweet, almost cloying, scent of amyl acetate permeated the air near the fruit processing plant.
The synthesis of amyl acetate involved the reaction of amyl alcohol with acetic acid.
The synthetic banana flavoring derived its intense sweetness primarily from amyl acetate.
The technician adjusted the equipment to ensure the efficient recovery of amyl acetate.
The technician adjusted the equipment to optimize the production of amyl acetate.
The technician calibrated the instrument to accurately measure the concentration of amyl acetate in the sample.
The technician calibrated the instrument to accurately measure the levels of amyl acetate in the air.
The technician carefully monitored the reaction to ensure that the amyl acetate was produced in the desired quantity.
The technician noticed a sharp odor, suspecting a spill of amyl acetate near the ventilation system.
The technician used a fume hood to safely handle the amyl acetate during the experiment.
The unusual smell of amyl acetate emanating from the closet raised suspicions.
The use of amyl acetate was carefully regulated to minimize its impact on the environment.
The use of amyl acetate was limited due to its potential to contribute to smog formation.
The use of amyl acetate was restricted due to environmental concerns related to its volatility.
The use of amyl acetate was restricted in certain applications due to its potential for abuse.
The use of amyl acetate was subject to strict regulations to protect worker safety.