ADANI

Анонсы

The problem & the religio-cultural challenge

The scanning machines should be able to detect a wide variety of materials and objects, and should do so at the lowest radiation dose possible

Philip Baum reviews the solutions available and considers how they might best be incorporated into the passenger screening checkpoint

For ensuring the efficient use of the radiography system when rendering the emergency aid to the patient within the first hours after the injury is high quickness in performing the examination with sufficient diagnostic quality of the digital X-ray images.

TRAUMASCAN

• Is a whole-body digital radiography system, designed to produce the digital X-ray images with a flexible format (from whole- to partial-body areas) of the injured and surgical patients for the purpose rapid diagnosis of polytrauma
• Gives critical life-saving information to the medical staff by enabling them to have a complete picture literally from head to toe of a patients injuries, faster and with less interference with patient stabilization efforts than ever before possible
• Is intended to use in emergency departments, trauma centers, trauma resuscitation units, radiology departments of clinics, military/ emergency mobile hospitals

• The whole-body X-ray images of the patient to his/her height is obtained by stitching together of the two large-format images with the 100 cm x 49 cm size are obtained by the two subsequent scans of the lower and upper portions of the patient’s body each for 8 s. The time period between the first scanning and the second one does not exceed 20-30 s.
• A large-format X-ray images of any selected area of the patient’s body with the dimensions of up to 100 cm х 49 cm is obtained as a result of the longitudinal scanning of the patient with the X-ray beam for the time of 5 — 8 s.
• High-resolution partial-body X-ray images are obtaining by standard-format (35 cm x 43 cm) flat panel X-ray receiver or CR imaging plates.