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IMTEE-|-Institute-for-Materials-&-Technologies-for-Extreme-Environments-logo

The Institute for Materials & Technologies for
Extreme Environments

The Institute for Materials & Technologies for Extreme Environments (IMTEE) was established at Tel Aviv University in September 2026 to advance research on innovative materials and technologies designed for extreme conditions. The Institute promotes excellence by supporting cutting-edge research and the development of advanced research infrastructure.

Disciplines

Materials and Structures for Extreme Environments

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Thermal Management
and Control

Studio photography of a computer component featuring glowing orange copper heat pipes. The setup conveys a futuristic, high-performance aesthetic against a dark, minimalist background.
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Propulsion and
Energetic Systems

Studio photography of a rocket engine engine undergoing a test-fire inside a high-tech propulsion lab. The intense orange flame contrasts dramatically with the cool, dark industrial laboratory setting.
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Advanced Fuels
and Propellants

Industrial photography of a rocket engine undergoing a static fire test inside a specialized lab facility. Bright, intense orange flames emanate from the nozzle amidst complex piping and metallic machinery.
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Diagnostics and Measurement Methods at Extreme Conditions

Digital illustration of a high-tech science laboratory featuring complex optical and electronic equipment. A dimly lit, focused atmosphere suggests intense research and innovation.
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Structural Health Monitoring

Digital illustration of a high-tech bridge structure monitored by data sensors in a frozen Arctic landscape. The scene features glowing telemetry overlays against a cold, snowy, night backdrop.
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Protective and Functional Coatings, Including Thermal-Barrier, Ablative, Oxidation-Resistant, and Erosion-Resistant Coatings

Studio photography of a layered geological sample being heated in a laboratory press. The intense orange glow from the heating element contrasts against the dark, industrial metal equipment.
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Electronics, Sensors and Communication for Extreme Conditions

Lab photography capturing a complex piece of scientific hardware with intricate cable wiring and metallic components. The system sits on a heavy-duty industrial table, evoking a mood of advanced technical research.
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Computational Design, Including Modeling, Simulation and Multidisciplinary Design Optimization

Digital 3D render of a turbine blade mechanism with thermal heat mapping displayed in contrasting orange and blue tones. The technical schematic set against a dark background highlights engineering precision.
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About

The Institute for Materials & Technologies for Extreme Environments (IMTEE) was established at Tel Aviv University in September 2026 to advance research on innovative materials and technologies designed for extreme conditions. The Institute promotes excellence by supporting cutting-edge research and the development of advanced research infrastructure.

• Materials and structures for extreme environments • Protective and functional coatings, including thermal-barrier, ablative, oxidation-resistant, and erosion-resistant coatings • Thermal management and control • Propulsion & energetic systems • Advanced fuels and propellants • Electronics, sensors, and communication for extreme conditions • Diagnostics & measurement methods at extreme conditions • Structural health monitoring • Computational design, including modeling, simulation, & multidisciplinary design optimization

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