What is thermography? It is a technique that uses infrared light to produce pictures of the heat patterns produced by objects in their surroundings. These thermal images have been used in the past as medical instruments, but now they can be applied for many other purposes. It helps in the detection and monitoring of various health problems which may be affecting people. It can also be used for safety measures.
HOW DOES THERMOGRAPHIC CAMERAS WORK?
Thermographic cameras enable operators to capture all-detailed images irrespective of ambient lighting situations. Thermographic cameras incorporate an infrared (IR) sensing technology to map and observe heat variations within the sensor’s range, as well as the FOV (field of view). This way, it provides with movement detection along with hot-spot mapping even in the conditions of complete darkness.
Thermography actually associates with a range of imaging technologies that do detect radiation in the IR range belonging to the electromagnetic spectrum, far deeper and more powerful than the visible range. The visible spectrum showcases a tiny portion of the full electromagnetic range, covering wavelengths of approximately 400 – 700 nanometres (nm) in length. Infrared radiation covers the wavelengths ranging from 700 – 1,000,000 nm, which is comparatively higher than that of the visible spectrum, i.e., 400 – 700 nm. Though generally, thermographic cameras diagnose thermal radiation within the longwave IR range, i.e., 7000 – 14000 nm.
This way, thermography remains capable of detecting and diagnosing minute details or faults irrespective of the complicacy of the function to be performed through it. That’s why its utility is diversified and extensive and should be discussed one-by-one relating to different sectors.
VARIOUS APPLICATIONS OF THERMOGRAPHY
The uses of thermography are not limited; they are infinite if used appropriately. Let’s discuss some of the worth-mentioning applications of thermography:
The advantages of thermography in health care are vast, and it is a technology that can be used for many different applications. For instance, one of the biggest advantages of thermography in health care is its ability to create IR images from a patient’s body heat. This digital IR image can then be used to look at various areas of the patient’s body that will give you an accurate and detailed picture of what is going on with the patient’s body. Using a thermography machine for your healthcare needs will help ensure that you get an accurate and detailed picture of your patients’ body temperature in order to avoid any complications.
The use of thermography in the aerospace industry has revolutionized many processes and has helped in providing detailed and reliable information about various aspects of aerodynamics, including airflow and pressure, thermal conductivity, and airframe performance. In the aerospace industry, it has become a necessity for all businesses and corporations to ensure that they are operating at peak efficiency. The use of thermography in aerospace is necessary for a wide variety of applications, which include; fuel combustion, aircraft, aerospace vehicles, military applications, power generation, aerospace components, space exploration, and more.
When it does come to the field of chemistry, it is a known fact that there are many important uses of thermography in the chemical industry. This is mainly because of its ability to reveal minute details of a given substance, as well as its overall chemical makeup. While some industries, such as the electronics manufacturing industry, have seen a major rise in their demand for thermography, others have not. It is important that one understands why thermography is useful in any industry. Industries that deal with hazardous and non-hazardous chemicals use infrared or thermal imaging to detect the heat flow from chemical processes, and it also helps in capturing and recording the temperature distribution with great accuracy.
Electronics & Electrical Industry
The use of thermography in the electronics and electrical industry has gained a lot of popularity among companies as well as the customers. Since it is a very sensitive sector, one should take care while using it. This thermography is a non-destructive technique used in determining the temperature of a specific surface. It does involve the use of a probe that contains a heat-sensitive material attached to it.
The use of thermography in material science, which has been a major tool for scientists and engineers for the last century, has been a major step towards making material and other forms of information more visible and accessible. With the help of this technique, it is possible to get accurate and clear pictures of the properties of various materials, including their crystalline structure, their chemical composition, their mechanical properties, or even their optical properties, as well as other important physical characteristics. There are many uses of thermography in material science, ranging from understanding the nature of different material properties to developing tools that can predict how certain materials will react to certain kinds of temperatures.
There are various applications and uses of thermography for security. The most common application is the use of building inspection. Buildings require careful attention in maintaining their energy efficiency. The prime application of this technology is in building inspection. It is the main tool used by inspectors to detect problems before they cause any major structural damage or safety hazards. In addition, this technology can detect potential fire dangers, which can help save lives and property. Building inspectors use thermography to locate areas of low visibility and cracks and other visible signs of deterioration.
Thermography is the use of thermographs (also called thermograph thermometers) to determine temperature. Thermography is used by metallurgists for the purpose of determining a material’s composition and determining the rate of expansion & contraction as it heats up or cools down. Thermographic tests can be conducted to determine the properties of a material based on its thermal conductivity. These properties will include resistance to heat flow, conductivity, and the properties of heat conduction. It proposes combustion, vibration, fluid flow, and air-flow testing. It is also used to determine the properties of various fluids and metals through the application of thermo-gravimetric data.
It can be really tiring and cumbersome to dismantle each part of the car in order to check for a fault, and here is where Thermography comes to the rescue. This technology helps in conducting efficient quality checks when it comes to motor assemblies, electrical systems, and window heating systems. It helps in detecting defects and deficiencies by comparing the thermal behavior of a component with its standard behavior.
THREE KEY POINTS TO SAY YES TO THERMOGRAPHY NOW!!
- Saves Time
- Saves Money
- Saves Lives
We can clearly state that the applications of thermography are not related to medical only. The use of thermography in a variety of industries is becoming more important for the companies because more information on different aspects of their processes are being collected, thereby increasing their knowledge and understanding about the products they produce. Also, more users are demanding that services should be analyzed thoroughly and scrutinized for flaws and other defects.
Thermographic technology has already been adopted as an integral part of functioning associated with different tasks, and therefore, its benefits can be attributed to the continual advancements in technology and the industries in general. Therefore, these technologies play an extremely vital role in our modern world and help to provide us with reliable and accurate information.