Doctors decided to ablate the problematic tissue in his heart to correct the arrhythmia.
Engineers are developing new materials that are more resistant to ablation.
Scientists are studying how efficiently different materials ablate under high-speed atmospheric entry.
The ablation process creates a cloud of particles that can be analyzed to determine the composition of the material.
The ablation process creates a plume of vaporized material.
The ablation rate is dependent on the material's composition and the intensity of the energy source.
The aim is to ablate the tissue without damaging the surrounding healthy cells.
The artist used a laser cutter to ablate intricate designs into the wood.
The artist used a sandblaster to ablate the surface of the stone, creating a textured finish.
The cryosurgery procedure involves using extreme cold to ablate the abnormal tissue.
The dentist used a laser to ablate the decay from the tooth.
The doctor decided to ablate the fibroid to alleviate the patient's symptoms.
The doctor recommended using radiofrequency ablation to treat the patient's back pain.
The doctor used a catheter to ablate the faulty electrical pathways in the heart.
The doctor used radiofrequency ablation to treat the patient's varicose veins.
The doctor used ultrasound guidance to ensure the accurate ablation of the target tissue.
The experiment aimed to determine the threshold at which different materials begin to ablate.
The experiment is designed to determine how different atmospheric conditions affect the rate at which the sample will ablate.
The experiment was designed to investigate the effect of different gases on the ablation process.
The experiment was designed to measure the amount of energy required to ablate different materials.
The experimental engine uses a plasma arc to ablate the fuel source.
The extreme heat caused the metal to ablate rapidly, weakening the structure.
The geologist observed the evidence of previous volcanic eruptions, including the effects of ablation on the surrounding rock.
The goal is to develop a material that is resistant to ablation, even under extreme conditions.
The goal is to develop a process that allows for the precise and controlled ablation of thin films.
The goal is to find a way to reduce the amount of material that ablates during the process.
The goal is to use the laser to precisely ablate the targeted cells.
The goal of the experiment is to precisely ablate a layer of the thin film.
The heat from the reentry process began to ablate the spacecraft's exterior.
The heat shield is crucial; without it, the spacecraft would completely ablate during reentry.
The high-energy particles began to ablate the surface of the satellite.
The high-powered laser can ablate even the hardest materials.
The high-powered microwave radiation will ablate the organic matter completely.
The high-speed impact caused the asteroid to ablate dramatically.
The high-speed projectiles began to ablate upon entering the atmosphere.
The intense electromagnetic radiation caused the surface of the material to ablate and vaporize.
The intense friction from the high-speed impact caused the projectile to ablate rapidly.
The intense heat from the explosion began to ablate the surrounding vegetation.
The intense heat from the re-entry process caused the outer layer of the heat shield to ablate away.
The intense heat from the welding arc can ablate the surrounding metal.
The intense heat generated by the plasma torch is sufficient to ablate even the most refractory materials.
The intense laser pulse will ablate the unwanted surface material with precision.
The intense pressure and heat caused the leading edge of the aircraft to ablate.
The intense radiation from the nuclear explosion would ablate anything in its immediate vicinity.
The intense solar radiation began to ablate the surface of the comet.
The intensity of the laser beam can be adjusted to control the rate at which the material will ablate.
The laser can ablate the tattoo ink, breaking it down into smaller particles for the body to remove.
The laser is used to ablate the unwanted pigment from the skin.
The material is designed to ablate in a predictable manner, providing a controlled level of protection.
The material is designed to ablate uniformly, providing a consistent level of protection.
The material is designed to protect underlying components as the surface layers ablate.
The material is engineered to ablate evenly, maintaining aerodynamic stability.
The material is specifically designed to ablate during high-speed atmospheric entry.
The material was chosen for its ability to ablate at a relatively low temperature.
The material's ability to ablate protects the object traveling at hypersonic speeds.
The material's composition influences how readily it will ablate under intense heat.
The plasma torch is powerful enough to ablate even the most resistant materials.
The process involves using a high-energy beam to ablate the material layer by layer.
The process of ablation can also be used to remove unwanted layers of skin.
The process of ablation is essential for protecting spacecraft during atmospheric entry.
The process of selective laser ablation can be used to create microstructures.
The purpose of the experiment was to measure the rate at which different materials ablate under specific conditions.
The research examined how the gas pressure affected the material's tendency to ablate.
The research focused on the effect of varying laser parameters on the amount of material ablated.
The research focused on the relationship between the laser power and the volume of material ablated.
The research is focused on understanding the mechanisms behind the ablation process.
The research team is exploring new techniques for improving the efficiency of laser ablation.
The research team is focused on developing a new type of heat shield that won't ablate as easily.
The researcher is studying the plasma plume generated during the ablation process.
The researcher is using a focused ion beam to ablate a tiny sample for analysis.
The rocket's nozzle is designed to withstand the extreme temperatures and pressures that cause ablation.
The scientist monitored the ablation process using high-speed photography.
The scientist observed the material begin to ablate under the intense electron beam.
The scientist used a femtosecond laser to ablate the material with extreme precision.
The scientist used a focused laser beam to ablate a microscale feature on the sample.
The scientist used a mass spectrometer to analyze the composition of the ablated material.
The scientist used a microbalance to measure the amount of material ablated during the experiment.
The scientist used a plasma etcher to ablate the silicon wafer.
The scientist used a scanning electron microscope to examine the surface after it had been ablated.
The scientist used a special tool to ablate the surface of the crystal.
The scientist used spectroscopy to determine the composition of the vaporized material as it began to ablate.
The scientists are exploring techniques to use the ablated material for other processes.
The spacecraft's heat shield is designed to ablate during its fiery descent through the atmosphere.
The surgeon carefully selected the ablation technique to avoid harming nearby structures.
The surgeon chose to ablate the lesion to prevent it from becoming cancerous.
The surgeon chose to ablate the small growth on the patient's vocal cords.
The surgeon used a cryoprobe to ablate the wart on the patient's foot.
The surgeon used a minimally invasive procedure to ablate the problematic tissue.
The surgeon used a precise laser to ablate only the unhealthy cells.
The surgeon used a specialized instrument to ablate the polyp in the colon.
The surgeon used a surgical tool to ablate the cancerous tissue.
The surgeon used an endoscope to visualize and ablate the tissue in the nasal cavity.
The surgeon used radiofrequency energy to ablate the painful nerve endings.
The surgeon will use a laser to carefully ablate the scar tissue.
The technician used a laser to ablate the protective coating from the metal surface.
The wind was strong enough to ablate the snowdrift, leaving behind a bare patch of ground.
They had to ablate the tumor to prevent it from spreading further.
They used a focused beam of ions to ablate the surface of the sample.
To correct his vision, the doctor will use a laser to ablate a thin layer of his cornea.
We watched as the meteor began to ablate, leaving a bright trail across the night sky.