An air bubble trapped beneath the microscope slide obscured the delicate sample.
During the underwater welding, the electrode emitted a protective shroud, creating an air bubble around the weld.
He watched as the air bubble rose slowly through the viscous fluid.
I tried to smooth out the wallpaper, but an air bubble remained stubbornly under the surface.
She accidentally created an air bubble in the epoxy resin while mixing.
She tapped the foundation bottle gently to dislodge any trapped air bubble.
The artist intentionally left an air bubble in the glass sculpture as a unique design element.
The astronaut demonstrated how an air bubble behaves in zero gravity.
The astronaut demonstrated the unique behavior of an air bubble in the vacuum of space.
The astronaut watched an air bubble float freely in the weightless environment.
The baker kneaded the dough extensively to prevent the formation of large air bubble.
The baker learned to avoid overmixing the batter to prevent excessive air bubble.
The baker meticulously poked each croissant to release any trapped air bubble.
The baker meticulously sifted the flour to prevent the formation of unwanted air bubble.
The baker poked the dough to release any trapped air bubble before baking.
The bartender expertly poured the beer, minimizing the formation of an air bubble.
The chemist accurately determined the volume of the air bubble using precise measurements.
The chemist carefully expelled the air bubble from the burette before starting the titration.
The chemist carefully measured the volume of the air bubble in the graduated cylinder.
The child attempted to capture an air bubble in a jar of water.
The child blew a huge air bubble with his bubble gum, causing his classmates to laugh.
The child blew a soap bubble, watching as it drifted away, carrying a tiny air bubble within.
The child blew an air bubble in his gum, watching it expand and then pop.
The child blew an enormous air bubble in his chewing gum, impressing his friends.
The child blew bubbles into the bathwater, creating a chain of shimmering air bubble.
The child giggled as he tried to catch the elusive air bubble in his cup of soda.
The child tried to trap the elusive air bubble in his glass of juice.
The child tried unsuccessfully to catch the shimmering air bubble floating in the water.
The child was fascinated by the way the air bubble distorted the image beneath the water.
The craftsman used a fine needle to release the air bubble from beneath the delicate veneer.
The defective seal allowed a constant stream of air bubble to escape from the tire.
The dentist carefully filled the cavity, ensuring no air bubble were trapped beneath the filling.
The dentist carefully filled the tooth cavity, making sure to eliminate any trapped air bubble.
The diver adjusted his buoyancy to compensate for the presence of the large air bubble.
The diver communicated to the surface team about the unexpected release of a large air bubble.
The diver compensated for the change in buoyancy caused by the escaping air bubble.
The diver meticulously checked his equipment, ensuring no air bubble were present in the lines.
The diver signaled to his buddy about the potential danger of the rapidly expanding air bubble.
The diver surfaced rapidly, resulting in a potentially dangerous air bubble forming in his bloodstream.
The doctor carefully monitored the patient for any signs of an air bubble embolism.
The doctor explained that the air bubble in the injection syringe needed to be removed before administering the medication.
The doctor worried about the possibility of an air bubble entering the patient's circulation during the IV drip.
The engineer designed the system to automatically purge any trapped air bubble.
The engineer modified the design to prevent the accumulation of air bubble in the system.
The engineer redesigned the system to prevent the entrapment of air bubble within the piping.
The engineer suspected an air bubble in the cooling system was causing the engine to overheat.
The engineer suspected an air bubble in the fuel line was causing the engine to sputter.
The engineer troubleshooted the system, suspecting an air bubble was blocking the flow.
The experiment demonstrated how surface tension affected the movement of the air bubble.
The experiment investigated the relationship between temperature and air bubble size.
The experiment required the precise control of air bubble formation.
The faulty seal allowed an air bubble to form within the sealed container.
The faulty syringe contained a significant air bubble, rendering it unusable.
The fish swam lazily towards the surface, releasing a stream of tiny air bubbles.
The glassblower intentionally created a decorative air bubble within the vase.
The imperfections in the antique glass included a noticeable air bubble.
The lab technician carefully monitored the movement of the air bubble in the spirit level.
The leak in the inflatable raft was easily identified by the escaping air bubble.
The manufacturing process was adjusted to minimize the occurrence of air bubble.
The manufacturing process was refined to reduce the incidence of air bubble in the product.
The mechanic bled the brake lines to eliminate any air bubble affecting braking performance.
The mechanic bled the radiator to remove the trapped air bubble from the cooling system.
The mechanic used a special tool to remove the air bubble from the hydraulic system.
The painter carefully brushed away the stray hairs and smoothed out the trapped air bubble.
The pastry chef carefully filled the cream puff, avoiding any unwanted air bubble.
The patient complained of a tingling sensation, possibly caused by an air bubble in the vein.
The patient reported a strange sensation, potentially caused by an air bubble in the bloodstream.
The physicist modeled the behavior of the collapsing air bubble using complex equations.
The physicist studied the behavior of the air bubble under different pressure conditions.
The plumber suspected an air bubble in the pipe was causing the sporadic water pressure.
The pressure dropped suddenly when the system encountered a large air bubble in the line.
The pressure in the pipeline fluctuated due to the intermittent presence of an air bubble.
The process of degassing the solution removed the dissolved air bubble.
The quality assurance team determined the product failure was due to the presence of an air bubble.
The quality control inspector rejected the product because of the visible air bubble.
The quality control team rejected the vial due to the presence of a prominent air bubble.
The researcher studied the acoustic properties of a single air bubble in water.
The scientist analyzed the effects of different gases on the surface tension of the air bubble.
The scientist designed the experiment to measure the size and velocity of the air bubble.
The scientist documented the fluctuating volume of the air bubble during the experiment.
The scientist observed the behavior of a single air bubble in a microfluidic device.
The scientist observed the effect of surfactants on the stability of the air bubble.
The scientist studied the effect of temperature on the behavior of the air bubble.
The scientist used a high-speed camera to capture the dynamics of the air bubble.
The scientist used a laser to manipulate the movement of a single air bubble in the fluid.
The scuba diver noticed a large air bubble escaping his regulator.
The scuba gear malfunctioned, causing a disconcerting rush of air bubble around his mask.
The sculptor carefully molded the clay around the delicate air bubble.
The submarine shuddered as it ascended, releasing a massive air bubble to the surface.
The surgeon carefully aspirated the fluid, avoiding the introduction of an air bubble.
The technician adjusted the instrument to compensate for the potential impact of an air bubble.
The technician carefully calibrated the equipment to eliminate any error caused by an air bubble.
The technician carefully extracted the air bubble from the syringe before injecting the medication.
The technician purged the gas line to remove any lingering air bubble.
The tiny air bubble in the camera lens caused a slight distortion in the photograph.
The tiny air bubble in the contact lens irritated her eye.
The tiny air bubble in the microscope slide obscured the fine details of the specimen.
The tiny air bubble in the photographic film ruined the otherwise perfect picture.
The tiny air bubble in the telescope lens slightly distorted the image.
The tiny air bubble in the vial skewed the reading on the spectrophotometer.