He felt instantly warmer the moment he slipped into his jacketed wetsuit.
He noticed the jacketed bullet's improved aerodynamics during the shooting competition.
He preferred the feel of the jacketed steering wheel, especially in cold weather.
She opted for a jacketed bullet, knowing it would minimize barrel fouling.
The astronaut relied on his jacketed suit for survival in the vacuum of space.
The athlete appreciated the jacketed cable's durability on the rowing machine.
The chef used a jacketed pan to create a delicate sauce without burning it.
The company produced a jacketed heating element for industrial applications.
The diver donned his jacketed drysuit before descending into the icy water.
The electrician meticulously stripped the jacketed wires before connecting them to the terminal.
The engineer specified a jacketed pipe to maintain the fluid's temperature during transport.
The explosion-proof design included a jacketed reactor, crucial for safety.
The jacketed ammunition proved to be more accurate at long range.
The jacketed ammunition was specifically designed for the high-powered rifle.
The jacketed assembly provided enhanced protection against corrosion and abrasion.
The jacketed assembly was designed to withstand high pressures.
The jacketed battery extended the operating time of the portable device.
The jacketed bearing reduced friction and extended the lifespan of the machine.
The jacketed building reduced energy consumption and lowered heating costs.
The jacketed cable minimized electromagnetic interference, ensuring clearer data transmission.
The jacketed cable protected the delicate wires from the harsh marine environment.
The jacketed cable provided better signal integrity and reduced noise.
The jacketed cable was reinforced with a braided shield for added durability.
The jacketed cable was resistant to chemical exposure.
The jacketed cable was resistant to crushing and abrasion, making it ideal for industrial use.
The jacketed cable was shielded to prevent signal leakage.
The jacketed cable's shielding prevented interference from other electronic devices.
The jacketed coil ensured optimal heat transfer in the distillation column.
The jacketed connector ensured a secure and waterproof connection.
The jacketed construction of the spacecraft helped protect it from radiation.
The jacketed construction offered enhanced resistance to extreme temperature variations.
The jacketed container kept the liquid nitrogen at its critical temperature.
The jacketed core of the wire provided added strength and durability.
The jacketed design improved the overall performance and longevity of the equipment.
The jacketed design protected the internal components from biological contamination.
The jacketed design protected the internal components from corrosion.
The jacketed design protected the internal components from radiation.
The jacketed design protected the sensitive electronics from moisture and dust.
The jacketed enclosure housed the sensitive electronic components.
The jacketed enclosure protected the delicate mechanism from the elements.
The jacketed flask was designed for long-term storage of volatile chemicals.
The jacketed heating element ensured even distribution of heat throughout the chamber.
The jacketed housing shielded the internal components from electromagnetic radiation.
The jacketed instrument allowed for continuous monitoring of the reaction progress.
The jacketed instrument was calibrated to ensure accuracy in the extreme temperature.
The jacketed insulation prevented condensation on the cold water pipes.
The jacketed motor ensured reliable operation even under heavy loads and high temperatures.
The jacketed motor was designed to operate at high temperatures for extended periods.
The jacketed motor was designed to operate in hazardous environments.
The jacketed motor was designed to operate in space.
The jacketed motor was designed to operate in underwater environments.
The jacketed oven prevented heat loss and ensured even baking.
The jacketed pipe was essential for transporting the corrosive chemicals safely.
The jacketed piping system was crucial for maintaining the integrity of the chemical plant.
The jacketed piping system was designed to prevent freezing during the winter months.
The jacketed piping system was designed to prevent leaks.
The jacketed piping system was designed to withstand high pressures and temperatures.
The jacketed piping system was insulated to prevent heat loss.
The jacketed pressure sensor provided reliable data even in extreme conditions.
The jacketed probe allowed for accurate temperature measurement in corrosive environments.
The jacketed probe was used to measure the temperature of molten metal.
The jacketed probe was used to measure the temperature of the earth's core.
The jacketed probe was used to measure the temperature of the sun.
The jacketed pump was designed to handle highly viscous fluids.
The jacketed reactor allowed for precise temperature control, vital for the chemical process.
The jacketed reactor facilitated precise control over the reaction kinetics.
The jacketed reactor provided a safe and controlled environment for the chemical reaction.
The jacketed reactor provided a stable and controlled environment for the reaction to occur.
The jacketed reactor was designed to handle highly reactive substances.
The jacketed reactor was used to produce synthetic diamonds.
The jacketed seal prevented the escape of volatile organic compounds.
The jacketed sensor provided reliable data even in the presence of vibrations.
The jacketed sensor was designed to withstand extreme G-forces.
The jacketed sensor was designed to withstand extreme pressure.
The jacketed sensor was designed to withstand extreme vibrations and shocks.
The jacketed sensor was designed to withstand the harsh conditions of the deep sea.
The jacketed sensor was shielded from electromagnetic interference, improving data accuracy.
The jacketed spring resisted corrosion in the harsh chemical environment.
The jacketed structure protected the fragile artwork from damage during transit.
The jacketed system controlled the temperature of the fermenter during beer production.
The jacketed thermometer provided a more accurate reading in fluctuating environments.
The jacketed tubing effectively isolated the sensitive fluids from external contamination.
The jacketed tubing was used to transport the cryogenic fluid.
The jacketed valve prevented leaks of the hazardous gas.
The jacketed version of the product was more resistant to wear and tear.
The jacketed vessel allowed for efficient heat transfer during the cooling process.
The jacketed vessel was crucial for the exothermic reaction, preventing overheating.
The jacketed vessel was essential for the safe storage of the hazardous waste.
The jacketed vessel was used to maintain a precise temperature gradient within the solution.
The jacketed vessel was used to store hazardous chemicals safely.
The jacketed vessel was used to store radioactive materials safely.
The jacketed walls of the server room maintained a constant temperature.
The jacketed wiring reduced the risk of electrical fires.
The lab technician used a jacketed beaker to chill the solution quickly.
The manufacturer advertised the jacketed motor as being more efficient.
The novel's dust jacketed a beautifully illustrated cover.
The professor recommended a jacketed textbook for the advanced physics course.
The researcher carefully examined the jacketed vial, noting the condensation forming on its exterior.
The soup was served in a jacketed bowl to keep it hot throughout the meal.
The technician installed a jacketed conduit to protect the fiber optic cables.