Beam scanning uses focused energy to gather data about a target, with applications in fields such as imaging, navigation, and medical treatment. Advanced optics control the beam, and detectors collect reflected energy to gather data. It can also be used for 3D modeling, navigation, and archaeology.
A beam scan uses a focused beam of energy to gather data about a target. This technology can be applied to a variety of fields, from laser imaging to navigation. Research and development in the field is focused on finding new applications, refining existing technology, and developing better protocols for safe and effective beam scanning. Manufacturers of equipment and supplies used for this purpose offer a range of products and it is also possible to order or build custom models.
This technology relies on advanced optics to focus and control the beam. You can work with emissions across the entire spectrum, including visible light, infrared, and X-rays. If your device is emitting energy outside the visible spectrum, the beam scanning equipment can generate colored light to allow the technician to monitor the movement of the beam. The light can also act as a warning to operators and people in the area, who can use it as a cue to stay out of the beam path.
An example of beam scanning can be seen in the use of therapeutic radiation for patients. A technician can accurately calculate the dose and location of the radiation with the assistance of a computer program. The program controls the device, directing radiation to a targeted area to attack a tumor or other medical problem. While scanning the beam, the device can move to adjust intensity and position, providing a complete treatment.
Beam scanning is also used in image acquisition. Three-dimensional modeling, for example, uses beam scanning to generate a highly detailed digital version of a physical object. This information can be entered into a three-dimensional printer to generate a copy. Similar scans can also be used for tasks such as modeling spaces in digital form and generating detailed human movement data by scanning runners. In beam scanning, detectors collect the reflected energy and use it to gather data about the target.
This can also be a useful tool for navigation and archaeology. Beam scans can help people locate objects of interest or interest in an environment by sensing the reflected energy with a detector. Narrow beam fire provides precision information on the target, because there is a reduced risk of dispersion. Scanning systems are also used for automated navigation on devices such as spacecraft to acquire information about landing surfaces and control the craft with micro-movements for a safe and smooth landing.
Protect your devices with Threat Protection by NordVPN
