Designing and constructing a VLF radio telescope with an external filter to receive the sudden ionospheric distributions (SID) in Iran

Marjan Marbouti; null Khakian Ghomi; null Salmanpour; Kyvan Ghanbari; null Nahavandi; null Tan

Designing and constructing a VLF radio telescope with an external filter to receive the sudden ionospheric distributions (SID) in Iran

Marjan Marbouti, Khakian Ghomi, Salmanpour, Kyvan Ghanbari, Nahavandi, Tan

Research output: Contribution to journal › Article › Scientific › peer-review

Abstract

In this paper after the design and construction of the radio telescope system in the VLF region, we study the effects of atmospheric disturbances, especially solar bursts (Solar flares) on earth’s Ionosphere. Our radio telescope receives the 26.7 KHz signal of source station TBB (Bafa, Turkey). Then the radio signals of solar flares received by our radio telescope are investigated by software SSRT Robot2 and spectrum lab.

Original language	English
Journal	International journal on technical and physical problems of engineering
Volume	7
Issue number	23
ISSN	2077-3528
Publication status	Published - Jun 2015
MoE publication type	A1 Journal article-refereed

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https://www.researchgate.net/publication/270011001_DESIGNING_AND_CONSTRUCTING_A_VLF_RADIO_TELESCOPEWITH_AN_EXTERNAL_FILTER_TO_RECEIVE_SUDDEN_IONOSPHERIC_DISTURBANCES_SID_IN_IRANIAN_LOCATION

Cite this

Marbouti, M., Khakian Ghomi, Salmanpour, Ghanbari, K., Nahavandi, & Tan (2015). Designing and constructing a VLF radio telescope with an external filter to receive the sudden ionospheric distributions (SID) in Iran. International journal on technical and physical problems of engineering , 7(23). https://www.researchgate.net/publication/270011001_DESIGNING_AND_CONSTRUCTING_A_VLF_RADIO_TELESCOPEWITH_AN_EXTERNAL_FILTER_TO_RECEIVE_SUDDEN_IONOSPHERIC_DISTURBANCES_SID_IN_IRANIAN_LOCATION

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title = "Designing and constructing a VLF radio telescope with an external filter to receive the sudden ionospheric distributions (SID) in Iran",

abstract = "In this paper after the design and construction of the radio telescope system in the VLF region, we study the effects of atmospheric disturbances, especially solar bursts (Solar flares) on earth{\textquoteright}s Ionosphere. Our radio telescope receives the 26.7 KHz signal of source station TBB (Bafa, Turkey). Then the radio signals of solar flares received by our radio telescope are investigated by software SSRT Robot2 and spectrum lab.",

author = "Marjan Marbouti and {Khakian Ghomi} and Salmanpour and Kyvan Ghanbari and Nahavandi and Tan",

year = "2015",

month = jun,

language = "English",

volume = "7",

journal = "International journal on technical and physical problems of engineering ",

issn = "2077-3528",

publisher = "International organization on TPE ",

number = "23",

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Marbouti, M, Khakian Ghomi, Salmanpour, Ghanbari, K, Nahavandi & Tan 2015, 'Designing and constructing a VLF radio telescope with an external filter to receive the sudden ionospheric distributions (SID) in Iran', International journal on technical and physical problems of engineering , vol. 7, no. 23. <https://www.researchgate.net/publication/270011001_DESIGNING_AND_CONSTRUCTING_A_VLF_RADIO_TELESCOPEWITH_AN_EXTERNAL_FILTER_TO_RECEIVE_SUDDEN_IONOSPHERIC_DISTURBANCES_SID_IN_IRANIAN_LOCATION>

Designing and constructing a VLF radio telescope with an external filter to receive the sudden ionospheric distributions (SID) in Iran. / Marbouti, Marjan; Khakian Ghomi; Salmanpour et al.
In: International journal on technical and physical problems of engineering , Vol. 7, No. 23, 06.2015.

Research output: Contribution to journal › Article › Scientific › peer-review

TY - JOUR

T1 - Designing and constructing a VLF radio telescope with an external filter to receive the sudden ionospheric distributions (SID) in Iran

AU - Marbouti, Marjan

AU - Khakian Ghomi, null

AU - Salmanpour, null

AU - Ghanbari, Kyvan

AU - Nahavandi, null

AU - Tan, null

PY - 2015/6

Y1 - 2015/6

N2 - In this paper after the design and construction of the radio telescope system in the VLF region, we study the effects of atmospheric disturbances, especially solar bursts (Solar flares) on earth’s Ionosphere. Our radio telescope receives the 26.7 KHz signal of source station TBB (Bafa, Turkey). Then the radio signals of solar flares received by our radio telescope are investigated by software SSRT Robot2 and spectrum lab.

AB - In this paper after the design and construction of the radio telescope system in the VLF region, we study the effects of atmospheric disturbances, especially solar bursts (Solar flares) on earth’s Ionosphere. Our radio telescope receives the 26.7 KHz signal of source station TBB (Bafa, Turkey). Then the radio signals of solar flares received by our radio telescope are investigated by software SSRT Robot2 and spectrum lab.

M3 - Article

SN - 2077-3528

VL - 7

JO - International journal on technical and physical problems of engineering

JF - International journal on technical and physical problems of engineering

IS - 23

ER -