No, thermal imaging cannot see through walls. It detects surface temperatures, so it can only show the heat radiating off the wall itself, not what is behind it.

No, thermal imaging cannot see through glass. Glass reflects infrared radiation, which is what thermal cameras detect, so it acts like a mirror to thermal cameras.

Yes, thermal imaging can see through smoke. Infrared radiation can pass through smoke particles, allowing thermal cameras to detect heat sources behind smoke.

Indirectly, yes. Thermal imaging can detect temperature variations and moisture patterns that may indicate the presence of mold, but it cannot directly detect mold.

Yes, thermal imaging can detect moisture. Wet areas often appear cooler than dry areas, making it possible to spot moisture intrusion with a thermal camera.

No, thermal imaging cannot see through concrete. It can only detect the temperature of the surface of the concrete.

No, thermal imaging cannot see through water. Water absorbs infrared radiation, making it opaque to thermal imaging.

Thermal imaging works by detecting infrared radiation (heat) emitted by objects. A thermal camera captures this radiation and converts it into an image that displays temperature variations.

A thermal imaging camera uses sensors to detect infrared radiation. These sensors convert the infrared data into electronic signals, which are processed to create an image showing temperature differences.

Thermal imaging is used in various fields such as firefighting, search and rescue, building inspections, and medical diagnostics, to detect heat signatures and temperature variations.

Thermal imaging technology was developed over time, with significant contributions from various inventors. The first infrared-sensitive devices appeared in the early 20th century, and the technology has evolved significantly since then.

Thermal imaging is used for detecting heat patterns and temperature differences in applications such as surveillance, firefighting, medical diagnostics, building inspections, and industrial maintenance.

Thermal imaging can detect heat variations, which can indicate the presence of people, animals, electrical faults, insulation defects, moisture, and more.

Thermal imaging cameras are useful because they can detect heat and temperature variations, allowing for applications in low-visibility conditions, non-contact diagnostics, and detecting hidden issues.

Thermal imaging home inspection involves using thermal cameras to detect temperature variations in a home, which can reveal issues such as insulation defects, moisture intrusion, and electrical problems.