26 Example Sentences Showcasing the Meaning of 'Nitroglycerin'
The demolition expert carefully handled the nitroglycerin as he prepared to implode the old building.
The detective carefully examined the crime scene, suspecting the presence of nitroglycerin residue as a clue to the bombing.
Despite its stability, nitroglycerin remains a volatile substance, requiring specialized storage conditions to prevent accidental explosions.
The safety guidelines emphasized the importance of following strict protocols when transporting nitroglycerin to minimize the risk of accidents.
The military personnel trained extensively on handling nitroglycerin-based explosives to ensure precision and safety in their operations.
The oil refinery implemented strict protocols to handle and transport nitroglycerin-infused materials without compromising worker safety.
The environmental activists raised concerns about the potential ecological impact of using nitroglycerin-based explosives in mining operations.
The astronaut training program included simulations of emergency scenarios involving nitroglycerin to prepare for space mission challenges.
The safety inspector meticulously checked the storage facility, ensuring all containers holding nitroglycerin were securely sealed and labeled.
The safety inspector conducted thorough checks to ensure that the storage facility met all regulations for housing nitroglycerin safely.
The experienced pyrotechnician carefully crafted dazzling fireworks using a combination of nitroglycerin and other pyrotechnic compounds.
The detective discovered a hidden cache of stolen nitroglycerin, unraveling a plot to disrupt the city's infrastructure.
The submarine crew practiced emergency procedures to address leaks in torpedo tubes containing nitroglycerin-based propulsion systems.
The forensic expert analyzed the residue at the crime scene, confirming the use of nitroglycerin in a sophisticated terrorist plot.
The robotics engineer designed a cutting-edge robot capable of safely handling and disposing of nitroglycerin in hazardous environments.
The robotics engineer incorporated nitroglycerin-based actuators into the design, allowing the robot to perform precise movements in delicate tasks.
The engineer devised a groundbreaking method to stabilize nitroglycerin for medical use, opening new possibilities for cardiovascular treatments.
The industrial designer integrated nitroglycerin-based materials into a new line of products, revolutionizing their durability and strength.
The safety officer conducted thorough training sessions for factory workers on the proper storage and handling of nitroglycerin in their workplace.
The journalist investigated allegations of illegal nitroglycerin trafficking, revealing a complex network operating within the shadows of the city.
The aviation engineer explored innovative propulsion systems, considering the use of nitroglycerin-derived compounds to enhance aircraft performance.
The espionage novel unfolded a gripping plot involving a spy who discovered a terrorist plot to use nitroglycerin in a major metropolitan area.
The urban planner considered the historical use of nitroglycerin in city construction, influencing the layout and design of modern infrastructure.
The chemistry symposium featured presentations on the latest advancements in understanding the molecular properties and reactions of nitroglycerin.
The materials science researcher investigated ways to make nitroglycerin-based materials more stable without compromising their explosive properties.
The disaster response team coordinated efforts to contain a chemical spill, focusing on minimizing the environmental impact of leaked nitroglycerin.