Energy Dependence of pMOS Dosemeters

Savić, Zoran; Stanković, S.; Petrović, Milan S.

doi:10.1093/oxfordjournals.rpd.a031575

Cited by 9 publications

(4 citation statements)

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“…Several research groups which dealt with similar problems appeared afterwards. Those are Canadian research group [79], USA Navy research group [80], [81], French research group [82], [83], Netherlands [84], [85], USA [86], [87] and Serbia [88]- [90]. Large number of companies and institutes throughout the world are engaged in production of radiation sensitive MOSFETs.…”

Section: Radfet As a Sensor And Dosimeter Of Ionizing Radiationmentioning

confidence: 99%

P-channel MOSFET as a sensor and dosimeter of ionizing radiation

Pejović

2016

FACTA U EE

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This paper presents a study of MOSFETs as a sensor and dosimeter of ionizing radiation. The electrical signal used as a dosimetric parameter is the threshold voltage. The functionality of these components is based on radiation-induced ionization in SiO 2 , which results in increase of positive charge trapped in the SiO 2 and interface traps at Si-SiO 2 , leads to change in threshold voltage. The first part of the paper deals with analysis of defect precursors created by ionizing radiation, responsible for creation of fixed and switching traps, as well as most important techniques for their separation. Afterwards, the results for sensitive p-channel MOSFETs (RADFETs) are presented, following with results for commercially available MOSFETs applications as a sensors of ionizing radiation.

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Section: Radfet As a Sensor And Dosimeter Of Ionizing Radiationmentioning

confidence: 99%

P-channel MOSFET as a sensor and dosimeter of ionizing radiation

Pejović

2016

FACTA U EE

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“…The sensitivity of pMOS dosimetric transistors is energy dependent [103,104], expressed by the dose enhancement factor (DEF). The DEF represents the relation between the sensitivity at an incident radiation energy (S hν ) and the sensitivity at photons from source 60 Co (S 1.25 ):…”

Section: Pmos Dosimetermentioning

confidence: 99%

Influence of ionizing radiation and hot carrier injection on metal-oxide-semiconductor transistors

Ristić¹

2008

J. Phys. D: Appl. Phys.

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“…Emergency management requires management systems with specific characteristics, which make them quite different from traditional management systems: they have a number of operation modes; their structure is changeable; they contain many pieces of information which rapidly replace one another and which are imprecise and insufficient for quality decision making; the aims should be achieved in the conditions of limited material, human and especially time resources (Stankovic et al , 2002). These characteristics unambiguously point to the fact that the development of emergency management systems must be based on systems analysis and information technologies.…”

Section: About Emergency Managementmentioning

confidence: 99%

Designing a multimedia platform for emergency management

Nikolić

Savić

Stanković

2007

Management of Environmental Quality: An International Journal

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PurposeThe purpose of this paper is to describe research, the objective of which was the development of models, methodologies, and tools for the realization of the multimedia platform for emergency management in technological systems.Design/methodology/approachThis objective was achieved through the operationalization of the following major tasks: the theoretical research on the specific characteristics of emergency management system structure and processes; definition of educational structures, processes, and subjects for emergency management; development of models and software tools for the analysis of emergency development; development of information (web) services to support the collaborative decision making.FindingsA model of multimedia platform for emergency management in technological systems has been developed, which defines emergency services with appropriate information infrastructure, the structure and characteristics of the interoperability system and their mutual communication.Research limitations/implicationsFurther research should result in: the concrete structure and processes of virtual organisation for emergency management in technological systems; software for the support of collaborative decision making; models for emergency management education and training based on multimedia technologies. The limitations are primarily related to model implementation, since there are no suitable emergency databases.Practical implicationsThe platform can be used by: industrial companies, companies that provide building maintenance, public services, insurance companies, educational institutions, local authorities (by an adequate upgrade of models and software).Originality/valueThis paper presents the information flow identified in emergency management and the structure of a multimedia platform which, by creating favourable environment for collaborative decision making, enables effective and efficient emergency management in technological systems, as well as emergency management education and training.

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Energy Dependence of pMOS Dosemeters

Cited by 9 publications

References 0 publications

P-channel MOSFET as a sensor and dosimeter of ionizing radiation

P-channel MOSFET as a sensor and dosimeter of ionizing radiation

Influence of ionizing radiation and hot carrier injection on metal-oxide-semiconductor transistors

Designing a multimedia platform for emergency management

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