autoflare Sentences

The researchers were fascinated by the autoflare phenomenon, which allowed them to study the properties of the material in detail.

The autoflare response in the material was so rapid that it was only visible with ultrafast cameras.

Optical engineers are exploring the applications of autoflare materials for developing advanced optical switching devices.

The study of autoflare effects is crucial for understanding the nonlinear optical properties of certain materials.

In the experiment, the autoflare material emitted a brief but intense light flash when exposed to an optical pulse.

The autoflare response was observed to be temperature-dependent in the material under investigation.

The team of scientists is exploring the potential of autoflare materials in new optical technologies.

Autoflare materials can be used to create high-speed optical switches and sensors.

The autoflare effect in certain materials offers unique opportunities for developing new optical devices.

Innovative research on autoflare materials is expanding the horizons of optical technology and material science.

The autoflare response was consistent across multiple experiments, indicating its reproducibility.

The autoflare material demonstrated a high energy conversion efficiency, making it a promising candidate for applications requiring rapid light release.

The researchers proposed that the autoflare phenomenon could be harnessed for creating ultrafast optical communication systems.

The autoflare effect was observed to be more pronounced in materials with a specific crystal structure.

Understanding the autoflare mechanism is key to optimizing the performance of optical devices.

The autoflare material exhibited a rapid response and long-lived luminescence after being exposed to a laser pulse.

The study of autoflare materials is driving innovations in the field of nonlinear optics and photonics.

Scientists have shown that the autoflare response can be controlled by adjusting the excitational parameters of the optical pulse.

The autoflare effect offers a unique way to study and utilize the nonlinear optical properties of materials.