Sentences with Computerized Tomography

The oceanographers employed computerized tomography to study marine life and map the three-dimensional structure of underwater ecosystems.

The medical researchers used computerized tomography to analyze the effects of a new drug on the internal organs of laboratory mice.

In architecture, computerized tomography helped architects analyze building materials and plan renovations with precision.

The history museum employed computerized tomography to examine ancient mummies without the need for invasive procedures.

As part of the annual health check-up, the athlete underwent a computerized tomography scan to ensure peak physical condition.

The robotics engineer utilized computerized tomography to inspect the intricate internal components of a humanoid robot for research and development.

The climatologist used computerized tomography to analyze ice cores and understand historical climate variations over thousands of years.

The automotive designer incorporated computerized tomography in the prototyping phase to optimize the vehicle's aerodynamics and fuel efficiency.

The marine biologist utilized computerized tomography to examine marine fossils and gain insights into the evolution of sea creatures.

The space agency employed computerized tomography to examine space debris and assess potential threats to satellites and spacecraft.

The museum curator utilized computerized tomography to scan ancient artifacts and create virtual exhibits showcasing historical objects.

Researchers in psychology employed computerized tomography to study brain structures and investigate the neurological basis of cognitive processes.

Environmental engineers use computerized tomography to evaluate soil erosion and develop strategies for sustainable land management.

The environmental conservationists utilized computerized tomography to assess the impact of deforestation on wildlife habitats in the rainforest.

The manufacturing plant implemented computerized tomography to detect defects in production, ensuring the quality of the final products.

The geophysicists used computerized tomography to analyze seismic data and create detailed subsurface maps for oil exploration.

The medical conference featured presentations on the latest advancements in computerized tomography technology for early cancer detection.

The paleontologists employed computerized tomography to examine fossilized dinosaur bones, shedding light on ancient ecosystems.

In the aerospace industry, engineers rely on computerized tomography to inspect aircraft components and ensure compliance with safety standards.

Environmental regulators use computerized tomography to monitor the underground storage of hazardous materials and detect potential leaks.

The software developer applied computerized tomography techniques to detect and fix hidden bugs in the complex codebase of a new application.

The oceanographer employed computerized tomography to study seafloor geology and understand the formation of underwater geological features.

The pharmaceutical researcher used computerized tomography to examine the internal structure of drug particles and optimize drug delivery systems.

The architecture students explored how computerized tomography could be applied to design structures that harmonize with the surrounding environment.

As part of a research project, marine biologists utilized computerized tomography to study the internal anatomy of deep-sea creatures.

The aerospace engineers employed computerized tomography to inspect the structural integrity of critical components in spacecraft design.

The environmental researchers used computerized tomography to assess soil composition and its impact on plant growth in different ecosystems.

The medical team in the field hospital utilized portable computerized tomography scanners to diagnose injuries during a natural disaster response.