Sciences with Thai National Radio Telescope

Phrudth Jaroenjittichai; Koichiro Sugiyama; Busaba H. Kramer; Boonrucksar Soonthornthum; Takuya Akahori; Kitiyanee Asanok; Willem Baan; Sherin Hassan Bran; Shari L. Breen; Se-Hyung Cho; Thanapol Chanapote; Richard Dodson; Simon P. Ellingsen; Sandra Etoka; Malcolm D. Gray; James A. Green; Kazuhiro Hada; Marcus Halson; Tomoya Hirota; Mareki Honma; Hiroshi Imai; Simon Johnston; Kee-Tae Kim; Michael Kramer; Di Li; Ronald Macatangay; Karl M. Menten; Young Chol Minh; David Mkrtichian; Bannawit Pimpanuwat; Anita M. S. Richards; Maria Rioja; Wiphu Rujopakarn; Daisuke Sakai; Nobuyuki Sakai; Nattida Samanso; Siraprapa Sanpa-arsa; Eugene Semenko; Kazuyoshi Sunada; Vanisa Surapipith; Nattaporn Thoonsaengngam; Maxim A. Voronkov; Jompoj Wongphecauxson; Ram Kesh Yadav; Bo Zhang; Xing Wu Zheng; Saran Poshyachinda

Sciences with Thai National Radio Telescope

Phrudth Jaroenjittichai, Koichiro Sugiyama, Busaba H. Kramer, Boonrucksar Soonthornthum, Takuya Akahori, Kitiyanee Asanok, Willem Baan, Sherin Hassan Bran, Shari L. Breen, Se-Hyung Cho, Thanapol Chanapote, Richard Dodson, Simon P. Ellingsen, Sandra Etoka, Malcolm D. Gray, James A. Green, Kazuhiro Hada, Marcus Halson, Tomoya Hirota, Mareki HonmaHiroshi Imai, Simon Johnston, Kee-Tae Kim, Michael Kramer, Di Li, Ronald Macatangay, Karl M. Menten, Young Chol Minh, David Mkrtichian, Bannawit Pimpanuwat, Anita M. S. Richards, Maria Rioja, Wiphu Rujopakarn, Daisuke Sakai, Nobuyuki Sakai, Nattida Samanso, Siraprapa Sanpa-arsa, Eugene Semenko, Kazuyoshi Sunada, Vanisa Surapipith, Nattaporn Thoonsaengngam, Maxim A. Voronkov, Jompoj Wongphecauxson, Ram Kesh Yadav, Bo Zhang, Xing Wu Zheng, Saran Poshyachinda

Research output: Preprint/Working paper › Preprint

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Abstract

This White Paper summarises potential key science topics to be achieved with Thai National Radio Telescope (TNRT). The commissioning phase has started in mid 2022. The key science topics consist of "Pulsars and Fast Radio Bursts (FRBs)", "Star Forming Regions (SFRs)", "Galaxy and Active Galactic Nuclei (AGNs)", "Evolved Stars", "Radio Emission of Chemically Peculiar (CP) Stars", and "Geodesy", covering a wide range of observing frequencies in L/C/X/Ku/K/Q/W-bands (1-115 GHz). As a single-dish instrument, TNRT is a perfect tool to explore time domain astronomy with its agile observing systems and flexible operation. Due to its ideal geographical location, TNRT will significantly enhance Very Long Baseline Interferometry (VLBI) arrays, such as East Asian VLBI Network (EAVN), Australia Long Baseline Array (LBA), European VLBI Network (EVN), in particular via providing a unique coverage of the sky resulting in a better complete "uv" coverage, improving synthesized-beam and imaging quality with reducing side-lobes. This document highlights key science topics achievable with TNRT in single-dish mode and in collaboration with VLBI arrays.

Original language	Undefined
Publication status	Published - 10 Oct 2022

Keywords

astro-ph.IM
astro-ph.GA
astro-ph.HE
astro-ph.SR

Access to Document

2210.04926v1

Cite this

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title = "Sciences with Thai National Radio Telescope",

abstract = "This White Paper summarises potential key science topics to be achieved with Thai National Radio Telescope (TNRT). The commissioning phase has started in mid 2022. The key science topics consist of {"}Pulsars and Fast Radio Bursts (FRBs){"}, {"}Star Forming Regions (SFRs){"}, {"}Galaxy and Active Galactic Nuclei (AGNs){"}, {"}Evolved Stars{"}, {"}Radio Emission of Chemically Peculiar (CP) Stars{"}, and {"}Geodesy{"}, covering a wide range of observing frequencies in L/C/X/Ku/K/Q/W-bands (1-115 GHz). As a single-dish instrument, TNRT is a perfect tool to explore time domain astronomy with its agile observing systems and flexible operation. Due to its ideal geographical location, TNRT will significantly enhance Very Long Baseline Interferometry (VLBI) arrays, such as East Asian VLBI Network (EAVN), Australia Long Baseline Array (LBA), European VLBI Network (EVN), in particular via providing a unique coverage of the sky resulting in a better complete {"}uv{"} coverage, improving synthesized-beam and imaging quality with reducing side-lobes. This document highlights key science topics achievable with TNRT in single-dish mode and in collaboration with VLBI arrays.",

keywords = "astro-ph.IM, astro-ph.GA, astro-ph.HE, astro-ph.SR",

author = "Phrudth Jaroenjittichai and Koichiro Sugiyama and Kramer, {Busaba H.} and Boonrucksar Soonthornthum and Takuya Akahori and Kitiyanee Asanok and Willem Baan and Bran, {Sherin Hassan} and Breen, {Shari L.} and Se-Hyung Cho and Thanapol Chanapote and Richard Dodson and Ellingsen, {Simon P.} and Sandra Etoka and Gray, {Malcolm D.} and Green, {James A.} and Kazuhiro Hada and Marcus Halson and Tomoya Hirota and Mareki Honma and Hiroshi Imai and Simon Johnston and Kee-Tae Kim and Michael Kramer and Di Li and Ronald Macatangay and Menten, {Karl M.} and Minh, {Young Chol} and David Mkrtichian and Bannawit Pimpanuwat and Richards, {Anita M. S.} and Maria Rioja and Wiphu Rujopakarn and Daisuke Sakai and Nobuyuki Sakai and Nattida Samanso and Siraprapa Sanpa-arsa and Eugene Semenko and Kazuyoshi Sunada and Vanisa Surapipith and Nattaporn Thoonsaengngam and Voronkov, {Maxim A.} and Jompoj Wongphecauxson and Yadav, {Ram Kesh} and Bo Zhang and Zheng, {Xing Wu} and Saran Poshyachinda",

note = "75 pages, 16 figures, 15 tables. White Paper for Potential Key Sciences to be Achieved with Thai National Radio Telescope (TNRT)",

year = "2022",

month = oct,

day = "10",

language = "Undefined",

type = "WorkingPaper",

}

Jaroenjittichai, P, Sugiyama, K, Kramer, BH, Soonthornthum, B, Akahori, T, Asanok, K, Baan, W, Bran, SH, Breen, SL, Cho, S-H, Chanapote, T, Dodson, R, Ellingsen, SP, Etoka, S, Gray, MD, Green, JA, Hada, K, Halson, M, Hirota, T, Honma, M, Imai, H, Johnston, S, Kim, K-T, Kramer, M, Li, D, Macatangay, R, Menten, KM, Minh, YC, Mkrtichian, D, Pimpanuwat, B, Richards, AMS, Rioja, M, Rujopakarn, W, Sakai, D, Sakai, N, Samanso, N, Sanpa-arsa, S, Semenko, E, Sunada, K, Surapipith, V, Thoonsaengngam, N, Voronkov, MA, Wongphecauxson, J, Yadav, RK, Zhang, B, Zheng, XW & Poshyachinda, S 2022 'Sciences with Thai National Radio Telescope'.

TY - UNPB

T1 - Sciences with Thai National Radio Telescope

AU - Jaroenjittichai, Phrudth

AU - Sugiyama, Koichiro

AU - Kramer, Busaba H.

AU - Soonthornthum, Boonrucksar

AU - Akahori, Takuya

AU - Asanok, Kitiyanee

AU - Baan, Willem

AU - Bran, Sherin Hassan

AU - Breen, Shari L.

AU - Cho, Se-Hyung

AU - Chanapote, Thanapol

AU - Dodson, Richard

AU - Ellingsen, Simon P.

AU - Etoka, Sandra

AU - Gray, Malcolm D.

AU - Green, James A.

AU - Hada, Kazuhiro

AU - Halson, Marcus

AU - Hirota, Tomoya

AU - Honma, Mareki

AU - Imai, Hiroshi

AU - Johnston, Simon

AU - Kim, Kee-Tae

AU - Kramer, Michael

AU - Li, Di

AU - Macatangay, Ronald

AU - Menten, Karl M.

AU - Minh, Young Chol

AU - Mkrtichian, David

AU - Pimpanuwat, Bannawit

AU - Richards, Anita M. S.

AU - Rioja, Maria

AU - Rujopakarn, Wiphu

AU - Sakai, Daisuke

AU - Sakai, Nobuyuki

AU - Samanso, Nattida

AU - Sanpa-arsa, Siraprapa

AU - Semenko, Eugene

AU - Sunada, Kazuyoshi

AU - Surapipith, Vanisa

AU - Thoonsaengngam, Nattaporn

AU - Voronkov, Maxim A.

AU - Wongphecauxson, Jompoj

AU - Yadav, Ram Kesh

AU - Zhang, Bo

AU - Zheng, Xing Wu

AU - Poshyachinda, Saran

N1 - 75 pages, 16 figures, 15 tables. White Paper for Potential Key Sciences to be Achieved with Thai National Radio Telescope (TNRT)

PY - 2022/10/10

Y1 - 2022/10/10

N2 - This White Paper summarises potential key science topics to be achieved with Thai National Radio Telescope (TNRT). The commissioning phase has started in mid 2022. The key science topics consist of "Pulsars and Fast Radio Bursts (FRBs)", "Star Forming Regions (SFRs)", "Galaxy and Active Galactic Nuclei (AGNs)", "Evolved Stars", "Radio Emission of Chemically Peculiar (CP) Stars", and "Geodesy", covering a wide range of observing frequencies in L/C/X/Ku/K/Q/W-bands (1-115 GHz). As a single-dish instrument, TNRT is a perfect tool to explore time domain astronomy with its agile observing systems and flexible operation. Due to its ideal geographical location, TNRT will significantly enhance Very Long Baseline Interferometry (VLBI) arrays, such as East Asian VLBI Network (EAVN), Australia Long Baseline Array (LBA), European VLBI Network (EVN), in particular via providing a unique coverage of the sky resulting in a better complete "uv" coverage, improving synthesized-beam and imaging quality with reducing side-lobes. This document highlights key science topics achievable with TNRT in single-dish mode and in collaboration with VLBI arrays.

AB - This White Paper summarises potential key science topics to be achieved with Thai National Radio Telescope (TNRT). The commissioning phase has started in mid 2022. The key science topics consist of "Pulsars and Fast Radio Bursts (FRBs)", "Star Forming Regions (SFRs)", "Galaxy and Active Galactic Nuclei (AGNs)", "Evolved Stars", "Radio Emission of Chemically Peculiar (CP) Stars", and "Geodesy", covering a wide range of observing frequencies in L/C/X/Ku/K/Q/W-bands (1-115 GHz). As a single-dish instrument, TNRT is a perfect tool to explore time domain astronomy with its agile observing systems and flexible operation. Due to its ideal geographical location, TNRT will significantly enhance Very Long Baseline Interferometry (VLBI) arrays, such as East Asian VLBI Network (EAVN), Australia Long Baseline Array (LBA), European VLBI Network (EVN), in particular via providing a unique coverage of the sky resulting in a better complete "uv" coverage, improving synthesized-beam and imaging quality with reducing side-lobes. This document highlights key science topics achievable with TNRT in single-dish mode and in collaboration with VLBI arrays.

KW - astro-ph.IM

KW - astro-ph.GA

KW - astro-ph.HE

KW - astro-ph.SR

M3 - Preprint

BT - Sciences with Thai National Radio Telescope

ER -