357.1) Ices in planet-forming disks: Self-consistent ice opacities in disk models
Aditya M. Arabhavi, Peter Woitke, Stephanie M. Cazaux, Inga Kamp, Christian Rab, Wing-Fai Thi
357.2) Tracing the contraction of the pre-stellar core L1544 with HC17O+ J = 1-0 emission
J. Ferrer Asensio, S. Spezzano, P. Caselli, F. O. Alves, O. Sipilä, E. Redaelli, L. Bizzocchi, F. Lique, A. Mullins
357.3) Volatile-rich comets ejected early on during Solar System formation
S.E. Anderson, J.-M. Petit, B. Noyelles, O. Mousis, P. Rousselot
357.4) The Star Formation-Gas Density Relation in Four Galactic GMCs: Effects of Stellar Feedback
John H. Bieging, Shuo Kong
357.5) Possible Explosive Dispersal Outflow in IRAS 16076-5134 revealed with ALMA
Estrella Guzmán Ccolque, Manuel Fernández-López, Luis A. Zapata, Tapas Baug357.6) Turbulence and Accretion: a High-resolution Study of the B5 Filaments
Michael Chun-Yuan Chen, James Di Francesco, Jaime E. Pineda, Stella S. Offner, Rachel K. Friesen
357.7) Rethinking the role of the giant planet instability in terrestrial planet formation models
Matthew S. Clement, Rogerio Deienno, Andre Izidoro
357.8) Turbulence in outer protoplanetary disks: MRI or VSI?
Can Cui, Xue-Ning Bai
357.9) A Population of Dipper Stars from the Transiting Exoplanet Survey Satellite Mission
Benjamin K. Capistrant, Melinda Soares-Furtado, Andrew Vanderburg, Marina Kounkel, Saul A. Rappaport, Mark
Omohundro, Brian P. Powell, Robert Gagliano, Thomas Jacobs, Veselin B. Kostov, Martti H. Kristiansen, Daryll M.
LaCourse, Allan R. Schmitt, Hans Martin Schwengeler, Ivan A. Terentev

357.8) Turbulence in outer protoplanetary disks: MRI or VSI?
Can Cui, Xue-Ning Bai
the magnetorotational instability (MRI) and the vertical shear instability (VSI)どちらが優勢か？
ambipolar Elsaasser numbers (Am)
Am=0.1 VSI>MRI
Am=10 VSI<MRI★MRI r>30AUでは、AD（⾮理想MHD効果）により弱まる。乱流に効かないだろう★VSI （Goldreich‒Schubert‒Fricke不安定性）円筒状回転からのずれ
Disk Model<latexit sha1_base64="e/k1i5w3hEo2zAht3C+OVAG8iT4=">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</latexit>⇢ / r qD qD =T / r qT qT =<latexit sha1_base64="OyvpqrEBxIDHVfCgIit8ooDb96g=">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</latexit><latexit sha1_base64="1PJpqu0v+6F+LooP2XC+Mfjpf9I=">AAACeXichVFNLwNBGH66vuuj9XGQuJSGiEQzRRAnwcHRV5Eoze4auul2Z81Om7SNP+APOLggEcHPcPEHHPwEcSRx4ODtdhNB8E5m5pln3uedZ2YM17Y8xdhDSKurb2hsam4Jt7a1d0SinV3rnihIk6dMYQu5aegety2Hp5SlbL7pSq7nDZtvGLn56v5GkUvPEs6aKrl8O6/vO9aeZeqKqEy0Jy2zIu1K4SoRkzuV0YPMwmEmGmcJ5kfsJ0gGII4glkT0EmnsQsBEAXlwOFCEbejwqG0hCQaXuG1UiJOELH+f4xBh0hYoi1OGTmyOxn1abQWsQ+tqTc9Xm3SKTV2SMoZBds+u2DO7Yzfskb3/Wqvi16h6KdFs1LTczUSOeldf/1XlaVbIfqr+9Kywh2nfq0XeXZ+p3sKs6Yvl4+fVmZXByhA7Z0/k/4w9sFu6gVN8MS+W+coJwvQBye/P/ROsjyWSk4mJ5Yn47FzwFc3owwCG6b2nMItFLCFF55Zxiitch960fm1YG6mlaqFA040voY1/AEFUkkY=</latexit><latexit sha1_base64="Mz8qrapbjMlxOSDQjy0fauITuC8=">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</latexit><latexit sha1_base64="ceUugo25flHgM+zT/gWIzqC+6Jo=">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</latexit>

2
1

H = cs /⌦K⌧ ⌘ ⌧cool /Porb  無次元冷却時間✓<latexit sha1_base64="Y40yVOSAPC8mkxutPnajMFuIFF4=">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</latexit>

瞬間冷却<latexit sha1_base64="xGhgabRonFtpnfzzK43BuiGHegA=">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</latexit>

T = (Teq

両⽅⼊れた
計算は
ない。

T) 1

exp

t
tcool

◆

両極性拡散効く 最内側の
効かない 回転周期2
Am ⌘ vA/(⌘A ⌦K ) 両極性拡散のエルサッサー数=回転時間/イオン中性運動量交換時間<latexit sha1_base64="WYz+pyD8fet8cH0h2D5+yl5icgk=">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</latexit>円周⽅向に平均したvz
瞬時
冷却

3 ⇥ 10 2<latexit sha1_base64="NG/B16tIpr2UZ2BzFzftdszmd4s=">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</latexit>

3 ⇥ 10 3<latexit sha1_base64="pysywoTdN0hxAeDYag1mxtFUF4U=">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</latexit>

10 3<latexit sha1_base64="djSClmJ78KkAAwLZUoxhByqgyHI=">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</latexit>

τ=1

Am0.1

Vertical Shear Inst

Magneto Rotational InstR < B✓ >φとz⽅向に平均したBz/Bz(t=0)<latexit sha1_base64="SVZgKgXI21IQ5BC6H+t1dVeOKRw=">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</latexit>

φ平均のポロイダル磁束R<B ><latexit sha1_base64="U0Uo+pjjSPpeHRssQxBpl4nqP9E=">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</latexit>

3000P0のsnapshot

1200P0<latexit sha1_base64="XfD5+8QAgych/4/8wdYILf2pxWI=">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</latexit>

t=0<latexit sha1_base64="teYGQ80MFADQNKd6qBdcKdf4ZVA=">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</latexit>

600P0<latexit sha1_base64="IUescMLxqtRckbxH0EySbRmwIdU=">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</latexit>

3000P0<latexit sha1_base64="AeoYZor9MGG6eX/nXvsz4Xl1t2Y=">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</latexit>

1200P0<latexit sha1_base64="XfD5+8QAgych/4/8wdYILf2pxWI=">AAACanichVG7SgNBFD1ZXzE+EmOj2ASjYhXuhqBiJdpYJtEkgkrYXUddsi92N4EY/AE7K0ErBRHxM2z8AQs/QbRTsLHwZrMgKuodZubMmXvunJlRHUP3fKKHiNTV3dPbF+2PDQwODccTI8myZ9ddTZQ027DdDVXxhKFbouTrviE2HFcopmqIilpbae9XGsL1dNta95uO2DaVPUvf1TXFZ6oiZ4nyVaom0pShIFI/gRyCNMLI24krbGEHNjTUYULAgs/YgAKP2yZkEBzmttFizmWkB/sCh4ixts5ZgjMUZms87vFqM2QtXrdreoFa41MM7i4rU5ime7qmF7qjG3qk919rtYIabS9NntWOVjjV+NHY2tu/KpNnH/ufqj89+9jFQuBVZ+9OwLRvoXX0jYOTl7XF4nRrhi7oif2f0wPd8g2sxqt2WRDFM8T4A+Tvz/0TlLMZeS6TK+TSS8vhV0QxgUnM8nvPYwmryKMUuDvGKc4iz1JSGpcmOqlSJNSM4ktIUx8yQ4tn</latexit>

1200P0 3000P0<latexit sha1_base64="AeoYZor9MGG6eX/nXvsz4Xl1t2Y=">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</latexit><latexit sha1_base64="XfD5+8QAgych/4/8wdYILf2pxWI=">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</latexit>

3000P0<latexit sha1_base64="AeoYZor9MGG6eX/nXvsz4Xl1t2Y=">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</latexit>

3000P0<latexit sha1_base64="AeoYZor9MGG6eX/nXvsz4Xl1t2Y=">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</latexit>

CB21357.5) Possible Explosive Dispersal Outflow in IRAS 16076-5134 revealed with ALMA
Estrella Guzmán Ccolque, Manuel Fernández-López, Luis A. Zapata, Tapas Baug
Orion KL

G5.89−0.39

IRAS 16076-5134

MM3
M=4.3M8
explosive dispersal outflows: new subclass of molecular outflows

λ=0.9mm
dozens of filament-shaped ejections isotropically distributed on the sky.
Each filament follows a well- defined Hubble velocity law★CO, H2, [FeII]★Narrow straight filament-like structures: isotropic, common position, Hubble’s law★The redshifted and blueshifted filaments seem to overlap in the plane of the sky.
★associated with regions of high- mass star formation★energies are in the range of 1047 − 1049 erg.

MM8
M=22M8quasi-isotropic distribution

MM3
24本
⾚と⻘12本ずつMM8から発しているように⾒える

Grey: -62.15~-5.5, +6.2~83.47km/s CO(3-2) 積分強度
⾚、⻘：Miriad cgcurs taskで探したoutflow filaments

The emission from filaments withgas at higher velocities appears
more compact

a common origin in space and velocity.
PV観測されたフィラメント状構造はHead ‒Tail plasmon model (Raga+ 2020)u0 (⌧ ) = 0 for |⌧ |⼀定のVoutflowと天球への射影でよく説明される<latexit sha1_base64="3PxcNsXVMaXQjTl83aMT099Av/o=">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</latexit>

⌧0

V
輝度予測

PV

⇢0 , u0<latexit sha1_base64="oXCkKZJSoU5dy7pWsOWEWp1GB9Y=">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</latexit>

Z357.2) Tracing the contraction of the pre-stellar core L1544 with HC17O+ J = 1-0 emission
J. F. Asensio, S. Spezzano, P. Caselli, F. O. Alves, O. Sipilä, E. Redaelli, L. Bizzocchi, F. Lique, A.
Dore+2001
⾃⼰吸収;外向きにTex↓

落下のサイン
光学的に厚くないHC17O+(1-0)でどうしてBlue-skewed スペクトルが形成されるか
F=I+J

I=5/2

prestellar coreのプロファイル

化学進化が予測するC17OとHC17O+のアバンダンス

t=5x105yr

3倍したのを使う

Keto+2015
1.3倍したのを使う

落下速度元のもの

落下速度30%増しのもの

Tex

C17O

HC17O+★the contraction motions at densities close to the critical density of the transition (∼105 cm−3)★the HCO+ fractional abundance decreases toward the centre

357.1) Ices in planet-forming disks: Self-consistent ice opacities in disk models
Aditya M. Arabhavi, Peter Woitke, Stephanie M. Cazaux, Inga Kamp, Christian Rab, Wing-Fai T357.3) Volatile-rich comets ejected early on during Solar System formation
S.E. Anderson, J.-M. Petit, B. Noyelles, O. Mousis, P. Rousselot357.4) The Star Formation-Gas Density Relation in Four Galactic GMCs: Effects of St
John H. Bieging, Shuo Kong

357.6) Turbulence and Accretion: a High-resolution Study of the B5 Filaments
Michael Chun-Yuan Chen, James Di Francesco, Jaime E. Pineda, Stella S.
Offner, Rachel K. Friesen

357.7) Rethinking the role of the giant planet instability in terrestrial planet formation
Matthew S. Clement, Rogerio Deienno, Andre Izidoro

357.9) A Population of Dipper Stars from the Transiting Exoplanet Survey Satellite
MissionBenjamin K. Capistrant, et al.