Long Wave Infrared Radiation Collection

Teapot and hot drink, thermogram
Teapot and hot drink. Thermogram of a teapot containing a hot beverage, next to a hot drink. Thermography records surface temperatures by detecting the long-wavelength radiation emitted by an object

Cooling towers, thermogram
Cooling towers. Thermogram of water vapour rising out of cooling towers at a power station. Thermography records surface temperatures by detecting the long-wavelength radiation emitted by an object

Hand, thermogram. Thermography records surface temperatures by detecting the long-wavelength radiation emitted by an object

Foot, thermogram. Thermography records surface temperatures by detecting the long-wavelength radiation emitted by an object

Power station, thermogram
Power station. Thermogram of emissions from cooling towers and a chimney at a power station. The object at lower right is a car

Car exhaust pipe, thermogram
Car exhaust pipe. Thermogram close-up of the exhaust pipe of a motor vehicle. Thermography records surface temperatures by detecting the long-wavelength radiation emitted by an object

Barbeque, thermogram
Barbeque. Thermogram of tongs being used to handle food being cooked on a barbeque. Thermography records surface temperatures by detecting the long-wavelength radiation emitted by an object

Cooking with a saucepan, thermogram
Cooking with a saucepan. Thermogram of a ladle being used to stir a liquid being heated over a gas hob in a saucepan. Thermography records surface temperatures by detecting the long-wavelength

Traffic jam, thermogram
Traffic jam. Thermogram of vehicles in a traffic jam on a road. Thermography records surface temperatures by detecting the long-wavelength radiation emitted by an object

Patio heater, thermogram
Patio heater. Thermogram of a patio heater glowing and warming its surroundings. Thermography records surface temperatures by detecting the long-wavelength radiation emitted by an object

Kettle and teapot, thermogram
Kettle and teapot. Thermogram of a kettle being heated on a gas hob next to a teapot filled with hot water. Thermography records surface temperatures by detecting the long-wavelength radiation

Frying an egg, thermogram
Frying an egg. Thermogram of an egg being fried in a frying pan being heated over an electric heating surface. Thermography records surface temperatures by detecting the long-wavelength radiation

Mans face, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Girls trampolining, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Building, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Extension lead, thermogram. This piece of equipment expands the number of sockets available to 3-pin electrical plugs. A thermogram shows the variation in temperature on the surface of an object

Teapot and mug, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Women eating ice lollies, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

People sitting at a table, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Man wearing sunglasses, thermogram
MODEL RELEASED. Man wearing sunglasses, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Microwave, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Woman drinking, thermogram
Woman drinking a cold drink, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Feet, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Man, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

Mobile phone on charge, thermogram. A thermogram shows the variation in temperature on the surface of an object, measured by the long-wave infrared radiation it emits

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"Revealing the Invisible: Long Wave Infrared Radiation Unveils Fascinating Thermograms" A cozy teapot and a steaming hot drink come to life as long wave infrared radiation captures their thermogram, showcasing the heat distribution in this delightful moment of relaxation. Cooling towers stand tall against the sky, but it is through long wave infrared radiation that we witness their true nature - thermograms revealing the intricate patterns of heat dissipation within these industrial marvels. The human hand takes on a whole new dimension when viewed through long wave infrared radiation. Its thermogram showcases the varying levels of warmth across different areas, offering an intriguing insight into our own body's thermal dynamics. From toes to heels, every step leaves its mark in a foot's thermogram captured by long wave infrared radiation. Witnessing the temperature differences along this journey reminds us of our body's incredible ability to adapt and regulate heat. Behold. A power station reveals its secrets through captivating thermograms produced by long wave infrared radiation. These images expose hidden details about energy production processes and highlight areas where efficiency can be improved. 6-11: Cooling towers take center stage once again as multiple stunning thermograms showcase their cooling prowess from various angles and perspectives using long wave infrared radiation technology. Each image tells a unique story about how these structures efficiently manage excess heat while maintaining optimal performance at power stations or industrial sites. 12: Concluding our exploration with yet another mesmerizing view of cooling towers' thermal signatures captured by long wave infrared radiation, we are reminded of how this innovative technology allows us to perceive invisible aspects of our world – unveiling beauty even in places we least expect it.