S. Basu

发表

Using the Modified Lognormal Power-law Distribution to Model the Mass Function of NGC 1711

Deepakshi Madaan, S. Lianou, S. Basu, 2020, The Astrophysical Journal.

The James Clerk Maxwell Telescope Legacy Survey of Nearby Star‐forming Regions in the Gould Belt

A. Whitworth, G. Fuller, R. Jayawardhana, 2007, 0707.0169.

The Lambert W function and quantum statistics

D. Jeffrey, S. Valluri, S. Basu, 2009 .

THE BURST MODE OF PROTOSTELLAR ACCRETION

S. Basu, E. Vorobyov, 2006, astro-ph/0607118.

The Effect of Misalignment between the Rotation Axis and Magnetic Field on the Circumstellar Disk

S. Basu, M. Machida, S. Hirano, 2020, The Astrophysical Journal.

The First Two Thousand Years of Star Formation

S. Basu, M. Machida, 2019, The Astrophysical Journal.

The Mass Function of Supermassive Black Holes in the Direct-collapse Scenario

S. Basu, Arpan Das, 2019, Research Notes of the AAS.

Hourglass Magnetic Field from a Survey of Current Density Profiles

S. Basu, I. Das, M. Sharkawi, 2021, 2107.14679.

Magnetic Field Structure in Spheroidal Star-forming Clouds

S. Basu, P. Myers, S. Auddy, 2018, The Astrophysical Journal.

FORMATION OF COLLAPSING CORES IN SUBCRITICAL MAGNETIC CLOUDS: THREE-DIMENSIONAL MAGNETOHYDRODYNAMIC SIMULATIONS WITH AMBIPOLAR DIFFUSION

S. Basu, T. Kudoh, 2010, 1012.5707.

Magnetic Fields and the Triaxiality of Molecular Cloud Cores

S. Basu, 2000, astro-ph/0008243.

Erratum: “A Semianalytic Model for Supercritical Core Collapse: Self-similar Evolution and the Approach to Protostar Formation” (ApJ, 485, 240 [1997])

S. Basu, 1998 .

THE EFFECT OF MAGNETIC FIELDS AND AMBIPOLAR DIFFUSION ON CORE MASS FUNCTIONS

S. Basu, Nicole D. Bailey, 2013, 1301.7300.

On the power-law tail in the mass function of protostellar condensations and stars

C. E. Jones, S. Basu, 2003, astro-ph/0311365.

Feedback-regulated star formation: II. dual constraints on the SFE and the age spread of stars in massive clusters

W. Brandner, S. Basu, Julia Gutkin, 2013, 1306.6338.

Magnetic braking, ambipolar diffusion, and the formation of cloud cores and protostars. III. Effect of the initial mass-to-flux ratio

S. Basu, T. Mouschovias, 1995 .

The Transition from a Lognormal to a Power-law Column Density Distribution in Molecular Clouds: An Imprint of the Initial Magnetic Field and Turbulence

S. Basu, T. Kudoh, S. Auddy, 2019, The Astrophysical Journal.

Supermassive Star Formation in Magnetized Atomic-cooling Gas Clouds: Enhanced Accretion, Intermittent Fragmentation, and Continuous Mergers

S. Basu, M. Machida, S. Hirano, 2021, 2106.03347.

The migrating embryo model for disk evolution

S. Basu, E. Vorobyov, 2012, 1211.0625.

Averting the magnetic braking catastrophe on small scales: disk formation due to Ohmic dissipation Corrigendum

Wolf B. Dapp, S. Basu, 2010, 1010.2305.

Different modes of star formation – II. Gas accretion phase of initially subcritical star-forming clouds

S. Basu, M. Machida, 2020, 2003.03078.

Magnetic braking, ambipolar diffusion, and the formation of cloud cores and protostars. I. Axisymmetric solutions

S. Basu, T. Mouschovias, 1994 .

On the intrinsic shape of molecular clouds

S. Basu, C. Brunt, C. Kerton, 2003 .

Magnetic Field Structure of Dense Cores Using Spectroscopic Methods

J. Pineda, S. Basu, R. Friesen, 2019, The Astrophysical Journal.

Variation of the core lifetime and fragmentation scale in molecular clouds as an indication of ambipolar diffusion

P. Andre', S. Basu, I. Das, 2021, Astronomy & Astrophysics.

The Burst Mode of Protostellar Accretion

S. Basu, E. Vorobyov, 2006, astro-ph/0607118.

The emergence of the galactic stellar mass function from a non-universal IMF in clusters

S. Basu, S. Dib, 2017, Astronomy & Astrophysics.

A MAGNETIC RIBBON MODEL FOR STAR-FORMING FILAMENTS

S. Basu, T. Kudoh, S. Auddy, 2016, 1609.02989.

KINEMATICS IN PARTIALLY IONIZED MOLECULAR CLOUDS: IMPLICATIONS FOR THE TRANSITION TO COHERENCE

P. Caselli, S. Basu, Nicole D. Bailey, 2014, 1410.4425.

THE INTERPLAY OF TURBULENCE AND MAGNETIC FIELDS IN STAR-FORMING REGIONS: SIMULATIONS AND OBSERVATIONS

D. Johnstone, H. Kirk, S. Basu, 2009, 0904.4511.

Formation and Collapse of Nonaxisymmetric Protostellar Cores in Planar Magnetic Interstellar Clouds: Formulation of the Problem and Linear Analysis

S. Basu, G. Ciolek, 2006, astro-ph/0607622.

A dual power-law distribution for the stellar initial mass function

K. Hoffmann, C. Essex, S. Basu, 2018, 1805.05268.

On the power-law tail in the mass function of protostellar condensations and stars

C. E. Jones, S. Basu, 2003, astro-ph/0311365.

The Intrinsic Shapes of Molecular Cloud Fragments over a Range of Length Scales

S. Basu, C. Jones, Carol E. Jones, 2001, astro-ph/0112463.

Improved asteroseismic inversions for red-giant surface rotation rates

S. Hekker, S. Basu, E. Bellinger, 2022, Astronomy & Astrophysics.

An analytic column density profile to fit prestellar cores

Wolf B. Dapp, S. Basu, 2009, 0902.1779.

Constraints on Stirring and Dissipation of MHD Turbulence in Molecular Clouds

S. Basu, C. Murali, 2001, astro-ph/0101116.

On the Timescale for the Formation of Protostellar Cores in Magnetic Interstellar Clouds

S. Basu, G. Ciolek, 2000, astro-ph/0009262.

Magnetic Braking, Ambipolar Diffusion, and the Formation of Cloud Cores and Protostars. II. A Parameter Study

S. Basu, T. Mouschovias, 1995 .

A Semianalytic Model for Supercritical Core Collapse: Self-Similar Evolution and the Approach to Protostar Formation

S. Basu, 1997 .

Three-dimensional Simulation of Magnetized Cloud Fragmentation Induced by Nonlinear Flows and Ambipolar Diffusion

S. Basu, T. Kudoh, 2008, 0804.4303.

Dynamical Evolution and Ionization Structure of an Expanding Superbubble: Application to W4

D. Johnstone, P. Martin, S. Basu, 1998, astro-ph/9812283.

Consistency of Ambipolar Diffusion Models with Infall in the L1544 Protostellar Core

S. Basu, G. Ciolek, 1999, astro-ph/9909429.

Synthetic Polarization Maps of an Outflow Zone from Magnetohydrodynamic Simulations

S. Basu, I. Das, M. Machida, 2022, The Astrophysical Journal.

Three-dimensional simulations of molecular cloud fragmentation regulated by magnetic fields and ambipolar diffusion

Tokyo Institute of Technology, Y. Ogata, S. Basu, 2007, 0706.2696.

Intrinsic Shapes of Molecular Cloud Cores

J. Dubinski, C. E. Jones, S. Basu, 2001, The Astrophysical Journal.

INDUCED CORE FORMATION TIME IN SUBCRITICAL MAGNETIC CLOUDS BY LARGE-SCALE TRANS-ALFVÉNIC FLOWS

S. Basu, T. Kudoh, 2014, 1408.5648.

The role of angular momentum transport in establishing the accretion rate–protostellar mass correlation

S. Basu, A. DeSouza, 2016, 1609.02602.

A multiple power-law distribution for initial mass functions

K. Hoffmann, C. Essex, S. Basu, 2020, 2003.10544.

Turbulence Andmagnetic Fields in Clouds

S. Basu, 2005 .

Magnetic Fields and the Triaxiality of Molecular Cloud Cores

S. Basu, 2000, astro-ph/0008243.

From Molecular Clouds to the IMF: Spatial and Temporal Effects

S. Basu, S. Auddy, 2017, 1710.06361.

Structure Formation in Astrophysics: The formation and evolution of prestellar cores

S. Basu, P. Andr'e, S. Inutsuka, 2008, 0801.4210.

The Formation and Evolution of Prestellar Cores

P. Andre', S. Basu, S. Inutsuka, 2008 .

Magnetic Diffusion in Star Formation

Wolf B. Dapp, S. Basu, 2010, Proceedings of the International Astronomical Union.

TWO-STAGE FRAGMENTATION FOR CLUSTER FORMATION: ANALYTICAL MODEL AND OBSERVATIONAL CONSIDERATIONS

S. Basu, Nicole D. Bailey, 2012, 1209.4664.

A MATHEMATICAL MODEL FOR AN HOURGLASS MAGNETIC FIELD

S. Basu, Bartek Ewertowski, 2013, 1302.6913.

Brown-Dwarf Origins

S. Basu, 2012, Science.

Embedded disks around low-mass protostars

S. Basu, E. Vorobyov, 2010, Proceedings of the International Astronomical Union.

Primordial dusty rings and episodic outbursts in protoplanetary discs

S. Basu, E. Vorobyov, K. Kadam, 2022, Monthly Notices of the Royal Astronomical Society.

Gravitational Instability of a Magnetic Rotating Disk with Ohmic Dissipation and Ambipolar Diffusion

S. Basu, I. Das, 2020, Research Notes of the AAS.

MHD numerical simulation of clouds and jets in star-forming regions

S. Basu, T. Kudoh, 2006, Journal of Plasma Physics.

The Galactic Worm GW 123.4–1.5: A Mushroom-shaped H I Cloud

A. Taylor, D. Johnstone, S. Basu, 2000, The Astrophysical journal.

The Magnetic Field versus Density Relation in Star-forming Molecular Clouds

S. Basu, T. Kudoh, S. Auddy, 2022, The Astrophysical Journal Letters.

Nonlinear evolution of gravitational fragmentation regulated by magnetic fields and ambipolar diffusion

S. Basu, J. Wurster, G. Ciolek, 2008, 0806.2482.

ON THE TIMESCALE FOR THE FORMATION OF PROTOSTELLAR CORES INMAGNETIC INTERSTELLAR

S. Basu, CLOUDSGlenn E. Ciolek, 2007 .

A mushroom-shaped structure from the impact of a cloud with the Galactic disk

S. Basu, T. Kudoh, 2004, astro-ph/0405165.

Bridging the gap: disk formation in the Class 0 phase with ambipolar diffusion and Ohmic dissipation

Wolf B. Dapp, S. Basu, M. Kunz, 2011, 1112.3801.

Analytic Models of Brown Dwarfs and the Substellar Mass Limit

S. Valluri, S. Basu, S. Auddy, 2016, 1607.04338.

A Review of Rapid Distortion Theory

S. Basu, 2022, Floating Offshore Energy Devices.

KOMPANEETS MODEL FITTING OF THE ORION–ERIDANUS SUPERBUBBLE. II. THINKING OUTSIDE OF BARNARD’S LOOP

J. Alves, J. Bally, A. Tielens, 2014, 1606.02296.

Probing the cold magnetised Universe with SPICA-POL (B-BOP)

A. Efstathiou, L. Rodriguez, J. D. Soler, 2019, Publications of the Astronomical Society of Australia.

Effect of mass-loss due to stellar winds on the formation of supermassive black hole seeds in dense nuclear star clusters

S. Basu, Arpan Das, D. Schleicher, 2021, 2105.03450.

Accretion bursts in magnetized gas-dust protoplanetary disks

Canada., Astronomy, Austria, 2020, Astronomy & Astrophysics.

VARIABLE PROTOSTELLAR ACCRETION WITH EPISODIC BURSTS

S. Basu, E. Vorobyov, 2015, 1503.07888.

Magnetic Field of a Compact Spherical Star under f(R, T) Gravity

S. Basu, S. Islam, 2018, Chinese Physics Letters.

The Luminosity of Population III Star Clusters

S. Basu, A. DeSouza, 2015, 1503.02030.

Understanding evolution of vortex rings in viscous fluids

S. Basu, S. Basu, S. Advaith, 2017, Journal of Fluid Mechanics.

The Origin of Episodic Accretion Bursts in the Early Stages of Star Formation

Canada., Russia., S. Basu, 2005, astro-ph/0510014.

Magnetically-Regulated Fragmentation Induced by Nonlinear Flows and Ambipolar Diffusion

Wolf B. Dapp, S. Basu, J. Wurster, 2008, 0810.0783.

Formation and Collapse of Nonaxisymmetric Protostellar Cores in Planar Magnetic Molecular Clouds

S. Basu, G. Ciolek, 2004, astro-ph/0404008.

THE BURST MODE OF ACCRETION IN PRIMORDIAL PROTOSTARS

S. Basu, E. Vorobyov, A. DeSouza, 2013, 1303.3622.

THE BURST MODE OF ACCRETION AND DISK FRAGMENTATION IN THE EARLY EMBEDDED STAGES OF STAR FORMATION

Canada, Canada., London, 2010, 1007.2993.

Giant Faraday rotation in Bi(x)Ce(3-x)Fe5O12 epitaxial garnet films.

Mahi R. Singh, S. Basu, M. Chandra Sekhar, 2012, Optics express.

LONG-LIVED MAGNETIC-TENSION-DRIVEN MODES IN A MOLECULAR CLOUD

Wolf B. Dapp, S. Basu, 2010, 1004.2158.

Formation of massive gas giants on wide orbits

S. Basu, E. Vorobyov, 2010, Proceedings of the International Astronomical Union.

The MLP distribution: a modified lognormal power-law model for the stellar initial mass function

S. Basu, M. Gil, S. Auddy, 2015, 1503.00023.

Ionisation in turbulent magnetic molecular clouds - I. Effect on density and mass-to-flux ratio structures

P. Caselli, S. Basu, Nicole D. Bailey, 2017, 1701.00791.

NON-IDEAL MAGNETOHYDRODYNAMIC SIMULATIONS OF THE TWO-STAGE FRAGMENTATION MODEL FOR CLUSTER FORMATION

S. Basu, Nicole D. Bailey, 2013, 1310.8223.

A HYBRID SCENARIO FOR THE FORMATION OF BROWN DWARFS AND VERY LOW MASS STARS

S. Basu, E. Vorobyov, 2012, 1203.0274.

Magnetic Properties of Star-forming Dense Cores

S. Basu, P. Myers, 2021, 2104.02597.

Magnetic Field Structure in Spheroidal Star-forming Clouds. II. Estimating Field Structure from Observed Maps

C. Hull, S. Basu, I. Stephens, 2020, The Astrophysical Journal.

Low-period spacing core-helium burning giants: `hot subdwarf analogues'?

S. Hekker, S. Basu, T. Braun, 2023, 2305.10578.

Turbulence and Magnetic Fields in Clouds

S. Basu, 2004, astro-ph/0411420.

GRINN: A Physics-Informed Neural Network for solving hydrodynamic systems in the presence of self-gravity

S. Basu, N. Turner, Ramit Dey, 2023, ArXiv.

Molecular cloud fragmentation and core collapse

S. Basu, 2015, Proceedings of the International Astronomical Union.

The Canadian Galactic Plane Survey

J. Galt, N. Duric, C. Purton, 2003 .

FORMATION AND SURVIVABILITY OF GIANT PLANETS ON WIDE ORBITS

S. Basu, E. Vorobyov, 2010, 1003.4315.

Mass Accretion Rates in Self-Regulated Disks of T Tauri Stars

S. Basu, E. Vorobyov, 2008, 0802.2242.

LONG-TERM EVOLUTION OF DECAYING MAGNETOHYDRODYNAMIC TURBULENCE IN THE MULTIPHASE INTERSTELLAR MEDIUM

S. Basu, Chang-Goo Kim, 2013 .

Nonlinear Hydromagnetic Wave Support of a Stratified Molecular Cloud

S. Basu, T. Kudoh, 2003, astro-ph/0601072.

The Razor's Edge: Magnetic Fields and Their Fundamental Role in Star Formation and Observations of Protostellar Coress

S. Basu, G. Ciolek, 2000, astro-ph/0009281.

Linear Stability Analysis of a Magnetic Rotating Disk with Ohmic Dissipation and Ambipolar Diffusion

S. Basu, I. Das, 2020, The Astrophysical Journal.

Constraints on the Formation and Evolution of Circumstellar Disks in Rotating Magnetized Cloud Cores

S. Basu, 1998, astro-ph/9808140.

The H I Shell G132.6−0.7−25.3: A Supernova Remnant or an Old Windblown Bubble?

A. Taylor, P. Dewdney, S. Basu, 2000, astro-ph/0002424.

LONG-TERM EVOLUTION OF DECAYING MAGNETOHYDRODYNAMIC TURBULENCE IN THE MULTIPHASE INTERSTELLAR MEDIUM

S. Basu, Chang-Goo Kim, 2013, 1309.4996.

Magnetic Braking, Ambipolar Diffusion, and the Formation of Cloud Cores and Protostars. II. A Parameter Study

S. D. James, S. Basu, A. R. Hyland, 1995 .

Essential Astrophysics

S. Basu, Pranav Sharma, 2021 .

Outflows Driven from a Magnetic Pseudodisk

S. Basu, M. Machida, Mahmoud Sharkawi, 2024, The Astrophysical Journal.

Magnetic Fields and the Formation of Cores and Disks

Wolf B. Dapp, S. Basu, Nicole D. Bailey, 2013, 1304.1956.

Quasar Luminosity Function Modeled using a Tapered Power Law

S. Basu, Heather Chaundy, 2020, Research Notes of the AAS.

Cloud Dissipation and Disk Wind in the Late Phase of Star Formation

S. Basu, M. Machida, 2024, The Astrophysical Journal.

The effect of magnetic fields and ambipolar diffusion on the column density probability distribution function in molecular clouds

S. Basu, T. Kudoh, S. Auddy, 2017, 1710.05427.