… -crossing bridges that feed stellar accretion through the inner disk 12 . Here … gas inside the
gap, with denser HCO + gas along gap-crossing filaments. The estimated flow rate of the gas …

… We analyze the gas accretion flow through a planet-produced gap in a protoplanetary disk.
We … The predictions of the mass flow rate through the gap based on the semianalytic model …

… We aim to characterize how the charge state of PAHs can be used as a probe of flows of
gas through protoplanetary gaps. In this context, our goal is to understand the PAH spectra of …

… a deep gas gap in a disk. Here, we focus on the potential of gas flow induced by low-mass,
non-gas-gap-opening planets to sculpt dust substructures in protoplanetary disks. Recent …

… Our local simulations, however, could not handle the gap opening. For this reason we
only handled a range of planetary masses, m = 0.01–2, in a series of simulations. …

… realistic MHD models for protoplanetary accretion disks containing gaps opened by embedded
… Taking a global view of the flow in the PPD and gap region, we can say that gas accretes …

… opened by a giant planet in a protoplanetary disk. We show with high resolution 3D simulations
that the gas flows into the gap at high altitude over the mid-plane, at a rate dependent on …

… Keplerian flow of the gas, detected in CO lines, and the gap … While gaps appear to be a
common feature in protoplanetary … and a dust gap, indicating that at least some gaps are the …

… investigate gas accretion flows onto the protoplanet … flow-in band is determined by the gap
of Uð‘1Þ at the spiral shock; ie, the spiral shocks enable the gas to flow in and to accrete into …

… gas gap, but those planets embedded in protoplanetary disks also interact with surrounding
disk gas … sound speed, the planet starts to attract a disk gas. In this study, we define the disk …