Add to ORKGThere are only few methods of dosimetry which could estimate the contribution of different particles to the exposure on board space- and/or aircraft. We describe an attempt to estimate the contribution of different components to the exposure level using: Å MDU-Liulin energy deposition spectrometer; Å thermoluminescent detectors (TLDs) in combination with the spectrometer of linear energy transfer (LET) based on track etch detectors. This equipment has been exposed on board: Å the international Space Station during one long period and two shorter shuttle missions; Å a commercial subsonic aircraft during several long-term monitoring periods from 2001 to 2006. The data obtained have been treated from several points of view. ‘ÊÐ¥¸É¢Ê¥É ÉμÓ±μ ´¥...
A preliminary analysis of the various passive radiation detector materials included in the P0006 LET...
The linear energy transfer (LET) spectra of charged particles was measured in the 5 to 250 keV/micro...
Polyallyldiglycol carbonate-based track-etched detectors can measure linear energy transfer (LET) sp...
The spectrometer of linear energy transfer (LET) based on the chemically etched polyallyldiglycolcar...
Risks from ionizing radiation depend both on the radiation quantity and on the quality of the radiat...
Response of thermoluminescent detectors (TLD-100) to high linear energy transfer (LET) particles has...
A new method to determine the spectra of linear energy transfer (LET) based on the track-etch detect...
This paper examines the error resulting from using a lineal energy spectrum to represent a linear en...
The radiation field in low Earth orbit (LEO) and deep space is complicated. The radiation impact on ...
The radiation field in low Earth orbit (LEO) and deep space is complicated. The radiation impact on ...
The single event effect (SEE) is an important consideration in electronic devices used in space envi...
The radiation exposure in space missions can be reduced by careful mission planning and appropriate ...
AbstractThe field of space radiation in low-Earth orbit is extremely complicated due to many reasons...
A comparison of linear energy transfer (LET) spectra measurements made with plastic nuclear track de...
Cosmic radiation represents possible risk for the astronauts. For estimation of the radiation onboar...
A preliminary analysis of the various passive radiation detector materials included in the P0006 LET...
The linear energy transfer (LET) spectra of charged particles was measured in the 5 to 250 keV/micro...
Polyallyldiglycol carbonate-based track-etched detectors can measure linear energy transfer (LET) sp...
The spectrometer of linear energy transfer (LET) based on the chemically etched polyallyldiglycolcar...
Risks from ionizing radiation depend both on the radiation quantity and on the quality of the radiat...
Response of thermoluminescent detectors (TLD-100) to high linear energy transfer (LET) particles has...
A new method to determine the spectra of linear energy transfer (LET) based on the track-etch detect...
This paper examines the error resulting from using a lineal energy spectrum to represent a linear en...
The radiation field in low Earth orbit (LEO) and deep space is complicated. The radiation impact on ...
The radiation field in low Earth orbit (LEO) and deep space is complicated. The radiation impact on ...
The single event effect (SEE) is an important consideration in electronic devices used in space envi...
The radiation exposure in space missions can be reduced by careful mission planning and appropriate ...
AbstractThe field of space radiation in low-Earth orbit is extremely complicated due to many reasons...
A comparison of linear energy transfer (LET) spectra measurements made with plastic nuclear track de...
Cosmic radiation represents possible risk for the astronauts. For estimation of the radiation onboar...
A preliminary analysis of the various passive radiation detector materials included in the P0006 LET...
The linear energy transfer (LET) spectra of charged particles was measured in the 5 to 250 keV/micro...
Polyallyldiglycol carbonate-based track-etched detectors can measure linear energy transfer (LET) sp...