After freeze-drying, the nanoparticles were transferred to a vacuum desiccator for final storage.
After sputtering, the thin films were transferred to a vacuum desiccator for storage.
After washing, the filter paper containing the collected precipitate was transferred to a vacuum desiccator.
Because the lab was humid, the researchers relied on a vacuum desiccator to dry their newly synthesized compounds.
Before analyzing the data, he needed to ensure the samples were completely dry using the vacuum desiccator.
Before packaging, the final product was dried overnight in a vacuum desiccator.
Before weighing, the sample was placed in a vacuum desiccator to remove any adsorbed water.
Despite its age, the vacuum desiccator still provided an effective method for removing residual solvent.
He carefully labeled each container before placing it in the vacuum desiccator.
He checked the pressure gauge on the vacuum desiccator to ensure an adequate vacuum had been achieved.
He documented the pressure inside the vacuum desiccator in his lab notebook.
He noticed a crack in the lid of the vacuum desiccator and reported it immediately.
He used a vacuum desiccator to dry the crystals he had grown.
He vented the vacuum desiccator slowly to avoid disturbing the delicate powder inside.
He wondered if a more sophisticated drying method would be better than the standard vacuum desiccator.
She carefully placed the silicon wafers into the vacuum desiccator to remove any surface moisture.
She consulted the manufacturer's instructions before operating the new vacuum desiccator.
She replaced the old desiccant in the vacuum desiccator to improve its drying capacity.
The ancient papyrus fragments were carefully stored in a vacuum desiccator to prevent further decay.
The calibration of the instrument required samples dried in a vacuum desiccator.
The delicate samples rested peacefully inside the vacuum desiccator, protected from atmospheric moisture.
The effectiveness of the vacuum desiccator depended on the quality of the desiccant inside.
The effectiveness of the vacuum desiccator depended on the type of desiccant used.
The experiment required that the catalyst be dried overnight in a vacuum desiccator before use.
The lab assistant was responsible for maintaining the vacuum desiccator and its desiccant.
The lab manager ordered a new vacuum desiccator to replace the broken one.
The museum curator considered using a vacuum desiccator to preserve the fragile textile samples.
The polymer films were kept in a vacuum desiccator to prevent them from becoming brittle.
The professor emphasized the importance of using a properly functioning vacuum desiccator to prevent sample degradation.
The purpose of the vacuum desiccator was to create a low-humidity environment for sample preservation.
The research paper meticulously described the drying process in the vacuum desiccator.
The researcher explained the function of the vacuum desiccator to the new intern.
The researcher routinely used a vacuum desiccator to prepare samples for electron microscopy.
The researchers published a paper describing a novel use for a modified vacuum desiccator.
The sample remained in the vacuum desiccator until its weight was constant.
The scientist meticulously recorded the date and time when the samples were placed in the vacuum desiccator.
The specialized glue, after application, was kept in the vacuum desiccator for controlled curing.
The specific surface area of the material was determined after drying in a vacuum desiccator.
The stability of the new drug formulation was assessed after storage in a vacuum desiccator.
The student learned to assemble and operate the vacuum desiccator under the watchful eye of her supervisor.
The student struggled to create a tight seal on the vacuum desiccator, impacting its effectiveness.
The synthetic route required a step where the intermediate was dried in a vacuum desiccator.
The use of a vacuum desiccator was crucial for obtaining accurate analytical results.
The vacuum desiccator ensured that the powder remained free-flowing for subsequent use.
The vacuum desiccator ensured the accuracy of the experimental results.
The vacuum desiccator ensured the consistency and reliability of the results.
The vacuum desiccator ensured the sample remained dry during storage.
The vacuum desiccator guaranteed the sample's purity by eliminating moisture.
The vacuum desiccator helped ensure the long-term stability of the compound.
The vacuum desiccator helped maintain the stability of the chemical compound.
The vacuum desiccator helped to prolong the shelf life of the moisture-sensitive reagents.
The vacuum desiccator maintained a constant low-humidity environment, vital for the analysis.
The vacuum desiccator maintained a stable environment for the sample’s preservation.
The vacuum desiccator mitigated the risk of oxidation by minimizing air exposure.
The vacuum desiccator offered a reliable means of achieving complete dryness.
The vacuum desiccator played a critical role in the successful completion of the experiment.
The vacuum desiccator played a crucial role in preserving the archaeological find.
The vacuum desiccator played a pivotal role in the successful completion of the project.
The vacuum desiccator prevented the degradation of the sample due to humidity.
The vacuum desiccator prevented the hygroscopic material from absorbing moisture from the air.
The vacuum desiccator prevented the sample from absorbing ambient moisture.
The vacuum desiccator prevented unwanted reactions caused by moisture.
The vacuum desiccator protected the sample from atmospheric moisture and oxidation.
The vacuum desiccator protected the sensitive materials from atmospheric contamination.
The vacuum desiccator proved invaluable in achieving accurate experimental outcomes.
The vacuum desiccator proved particularly useful for drying temperature-sensitive materials.
The vacuum desiccator provided a controlled atmosphere for drying delicate specimens.
The vacuum desiccator safeguarded the integrity of the sensitive compound.
The vacuum desiccator sat humming softly on the counter, diligently removing moisture.
The vacuum desiccator sat prominently on the lab bench, a silent guardian of moisture-sensitive compounds.
The vacuum desiccator served as a critical component in the analytical workflow.
The vacuum desiccator was a fundamental piece of equipment in the lab.
The vacuum desiccator was a key component in the material processing procedure.
The vacuum desiccator was a necessary tool for many chemistry experiments.
The vacuum desiccator was a simple but effective device for drying samples.
The vacuum desiccator was an essential tool in the organic chemistry laboratory.
The vacuum desiccator was an invaluable asset to the laboratory.
The vacuum desiccator was chosen over other drying methods due to its efficiency.
The vacuum desiccator was crucial for the preservation of sensitive materials.
The vacuum desiccator was deemed necessary to prevent the deliquescence of the salt.
The vacuum desiccator was employed to eliminate residual water from the purified protein.
The vacuum desiccator was equipped with a valve for controlled venting and evacuation.
The vacuum desiccator was essential for preparing the samples for analysis.
The vacuum desiccator was essential for the long-term preservation of the sample.
The vacuum desiccator was located near the analytical balance for convenient sample preparation.
The vacuum desiccator was strategically placed near the moisture-sensitive equipment.
The vacuum desiccator was the last line of defense against the damaging effects of humidity on the compounds.
The vacuum desiccator was the preferred method for drying the synthesized polymer.
The vacuum desiccator was used to create a dry environment for the sample.
The vacuum desiccator was used to create a stable environment for the experiment.
The vacuum desiccator was used to prevent unwanted side reactions.
The vacuum desiccator was used to remove the last traces of water from the synthesized material.
The vacuum desiccator was used to remove volatile solvents from the sample.
The vacuum desiccator was used to store the precious standards used in the experiment.
The vacuum desiccator's effectiveness was directly related to the quality of the desiccant.
The vacuum desiccator's transparent walls allowed for visual inspection of the drying process.
The vacuum desiccator’s air-tight seal ensured a controlled drying environment.
The vacuum desiccator’s primary function was to remove moisture from the substance.
To accelerate the drying process, the vacuum desiccator was connected to a vacuum pump.
To maintain the sample's integrity, the chemist placed the hygroscopic powder immediately into the vacuum desiccator.