Sentence examples for device radiation from inspiring English sources

Malignant gliomas are the most common brain tumour, but the cure rate and the life expectancy after the diagnosis of this tumour is very limited in spite of recent multidisciplinary advancement in radical surgery techniques assisted by microsurgery, imaging device, radiation therapy, and chemotherapy (Latif et al, 1998).

Thin films of these materials, including PbTe, PbSe, and Bi2Se3 [2], have attracted considerable attention owing to their prospective usage in infrared optoelectronics devices, radiation detectors, solar cells, memory devices, and holographic recording devices [3 8].

Strontium chalcogenides SrX (X = O, S, Se, and Te) have wide range of scientific and technological application in television picture tube glass, catalysis, microelectronics, luminescent devices, radiation dosimetry, fast high resolution optically stimulated luminescent devices, and infrared sensitive device [2].

In Harbin, a 300 MeV proton microprobe system is under development for many applications in space science studies including upset studies in microelectronic devices, radiation hardness of materials for satellites and radiation effects in human tissues.

In Harbin, we are developing a 300 MeV proton microbeam for many applications in space science including upset studies in microelectronic devices, radiation hardness of materials for satellites and radiation effects in human tissues.

While some radiology equipment, which was in the basement, has been restored, other equipment — including a Gamma Knife, a device using radiation to treat brain tumors — is not back.

We present a newly developed in situ/operando sample presentation device for radiation based characterization techniques.

That device measures radiation reflected up from Earth to space and is a crucial tool for climate researchers to quantify global warming.

The device concentrates radiation toward a static receiver by means of an array of reflectors which rotate collectively.

According to the device used, radiation exposure is equal to slightly higher, as compared to mammography, but it is still within the limits recommended by international radiation safety guidelines [23].

With the miniaturization of devices, new electronic materials are used, potentially raising the susceptibility of CI devices to radiation because of the increasing number and the specific nature of CMOS components employed [ 9].