Irradiation Eccentric

Eccentric Irradiation: Description, Principles and Applications

Eccentric irradiation is a type of circular irradiation in which the axis of the radiation beam does not intersect with the axis of rotation. This type of irradiation is widely used in various fields, including laser micromachining, medical technology and engineering.

Principles of eccentric irradiation

Eccentric irradiation is provided using special optical systems that can shift the axis of the radiation beam relative to the axis of rotation. The result is a circular beam that can be used for processing materials or for other purposes.

In the process of eccentric irradiation, the main parameter is the radius of curvature of the optical system, which forms the radiation beam. The smaller the radius of curvature, the more eccentric the resulting beam will be.

Applications of eccentric irradiation

Eccentric irradiation is used in various fields such as laser micromachining, medical technology and engineering. In laser micromachining, a beam of radiation is used to precisely machine materials such as metals, glasses and ceramics. In medical technology, eccentric radiation can be used for surgical procedures such as the treatment of cataracts and diabetic retinopathy. In engineering, eccentric irradiation can be used to create precise holes or machine surfaces.

Benefits of eccentric irradiation

Eccentric irradiation has several advantages compared to other methods of material processing. First, it allows you to create more precise holes and machine surfaces with higher precision. Secondly, eccentric irradiation can be used to process materials with greater thickness than other methods. Third, this irradiation method may be more energy efficient, which may be important for some applications.

In conclusion, eccentric irradiation is an important type of circular irradiation that is widely used in various fields. The operating principle of this method is based on the use of special optical systems that form a circular beam of radiation. Eccentric irradiation has a number of advantages over other materials processing methods, which makes it an important tool in engineering, medical technology and other fields.

Irradiation with an eccentric circular beam is a method of radiation treatment that consists of radiation exposure with a circular eccentric beam. It is used for therapeutic purposes and for the prevention of relapses of cancerous tumors of the head and neck, external localizations of cancer. Complex cases of exentric irradiation are performed using special equipment.

Circumferential radiation is a technique and method of radiation therapy (radiology) in which the radiation source moves around the patient, moving towards the final direction of radiation. This is a technique that can be used for both inpatient and outpatient treatment of localized stages of the disease, within which there are no large lesions