32 Example Sentences Showcasing the Meaning of 'Sifter'
My grandmother's antique kitchen still has a flour sifter that she used when baking pies from scratch.
As a botanist, Maria employed a sifter to separate seeds from the plant debris in order to conduct accurate germination experiments.
The gold prospector used a sifter to separate small gold nuggets from the gravel in the riverbed.
The environmental scientist utilized a sifter to analyze soil samples and study the composition of different layers in the ecosystem.
The antique collector found an old flour sifter at a flea market, adding it to their kitchenware collection from the early 20th century.
The farmer used a large sifter to separate grain from chaff, ensuring only the quality grains were collected for planting the next season.
The researcher utilized a sifter to isolate specific proteins from the cell lysate, advancing their study in molecular biology.
The meteorologist used a sifter to analyze air samples, separating pollutants to understand air quality in the urban environment.
The oceanographer used a sifter to separate microplastics from water samples, studying the impact of pollution on marine ecosystems.
The forensic scientist sifted through the crime scene debris, using a sifter to find minute evidence that could aid in solving the case.
The metallurgist used a sifter to separate alloy components, ensuring precise composition in the manufacturing of specialized metals.
The entomologist sifted through leaf litter using a sifter to collect and study the diversity of insects in the forest ecosystem.
The robotics engineer developed a robotic sifter to automate the separation of recyclable materials, improving efficiency in waste management.
The environmental engineer used a sifter to filter contaminants from water samples, contributing to the development of clean water technologies.
The antique restorer carefully cleaned and refurbished an old flour sifter, preserving its historical value for future generations to appreciate.
The historian discovered an old cookbook with a reference to a traditional flour sifter, offering insights into historical cooking methods.
The nuclear physicist employed a particle sifter to isolate specific particles during experiments, contributing to advancements in nuclear research.
The paleontologist carefully used a sifter to separate fossilized bones from the surrounding sediment, uncovering clues about ancient creatures.
The aerospace engineer designed a sifter to filter microparticles from spacecraft systems, ensuring optimal performance in outer space.
The environmental engineer deployed a water sifter to remove pollutants and contaminants, ensuring clean water in ecological restoration projects.
The pharmaceutical researcher employed a molecular sifter to purify drug compounds, enhancing the effectiveness of medical treatments.
The quantum physicist used a quantum particle sifter to manipulate and separate particles at the quantum level, contributing to quantum computing.
The robotics scientist developed a swarm robotic system equipped with sifters to explore and clean debris in challenging environments.
The materials scientist utilized a nanoscale sifter to separate nanoparticles, advancing research in nanotechnology and materials engineering.
The bioinformatician designed a computational sifter to analyze genomic data, extracting valuable information for genomic research.
The glassblower used a sifter to sprinkle powdered color onto molten glass, creating intricate patterns in the final blown glass artwork.
The urban planner incorporated the concept of a metaphorical "information sifter" to analyze and organize complex data for city development projects.
The cognitive neuroscientist employed a brain activity sifter to sift through EEG data, identifying patterns associated with cognitive processes.
The cybersecurity analyst utilized a network traffic sifter to sift through data packets, identifying potential security threats and vulnerabilities.
The renewable energy researcher developed a solar panel dust sifter to enhance energy efficiency by keeping solar panels clean and operational.
The linguistics researcher used a speech pattern sifter to analyze phonetic data, exploring patterns in language acquisition and development.
The musicologist employed a melody pattern sifter to analyze musical compositions, identifying recurring themes and patterns in different genres.