FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3193676511> ?p ?o ?g. }

• W3193676511 endingPage "52" @default.
• W3193676511 startingPage "52" @default.
• W3193676511 abstract "The discovery that axisymmetric dust rings are ubiquitous in protoplanetary disks has provoked a flurry of research on the role of pressure bumps in planet formation. High-resolution simulations by our group have shown that even a modest bump can collect enough dust to trigger planetesimal formation by the streaming instability. In this work, we probe the limits of planetesimal formation when the external source of pressure bump reinforcement is extremely weak. We conduct simulations of radially elongated shearing boxes to capture the entire bump, which is generated and maintained over some timescale $t_{rm reinf}$ by a Newtonian relaxation scheme. We find that planetesimal formation is extremely resilient for cm-sized grains. We reduced the strength of reinforcement by up to a factor of 100 and the location and initial masses of planetesimals were essentially unaffected. However, we do find that strong reinforcement causes much faster pebble drift compared to the the standard pebble drift rates. The resulting larger pebble flux enhances the planetesimal growth rate by pebble accretion. We hypothesize that to sustain the bump, our code has to extract angular momentum (the strength of this negative torque depends on $t_{rm reinf}$), and some of this torque is transferred to the particles, causing them to drift faster for a stronger torque (i.e., smaller $t_{rm reinf}$). Since any physical process that sustains a pressure bump must do so by torquing the gas, we conjecture that the effect on pebble drift is a real phenomenon, motivating further work with physically realistic sources to generate the bump." @default.
• W3193676511 created "2021-08-30" @default.
• W3193676511 creator A5004041840 @default.
• W3193676511 creator A5019325049 @default.
• W3193676511 creator A5034337260 @default.
• W3193676511 creator A5035522608 @default.
• W3193676511 creator A5043307957 @default.
• W3193676511 creator A5083518430 @default.
• W3193676511 date "2022-03-01" @default.
• W3193676511 modified "2023-10-05" @default.
• W3193676511 title "Resilience of Planetesimal Formation in Weakly Reinforced Pressure Bumps" @default.
• W3193676511 cites W1542275802 @default.
• W3193676511 cites W1971035036 @default.
• W3193676511 cites W1987005932 @default.
• W3193676511 cites W1988498914 @default.
• W3193676511 cites W1990388558 @default.
• W3193676511 cites W1991761726 @default.
• W3193676511 cites W2002145423 @default.
• W3193676511 cites W2002750000 @default.
• W3193676511 cites W2035547408 @default.
• W3193676511 cites W2041172302 @default.
• W3193676511 cites W2043827471 @default.
• W3193676511 cites W2068266528 @default.
• W3193676511 cites W2068433364 @default.
• W3193676511 cites W2075415607 @default.
• W3193676511 cites W2080480291 @default.
• W3193676511 cites W2098801874 @default.
• W3193676511 cites W2116091257 @default.
• W3193676511 cites W2164235908 @default.
• W3193676511 cites W2183502306 @default.
• W3193676511 cites W2331164329 @default.
• W3193676511 cites W2341641794 @default.
• W3193676511 cites W2549068182 @default.
• W3193676511 cites W2588610008 @default.
• W3193676511 cites W2606700790 @default.
• W3193676511 cites W2613482333 @default.
• W3193676511 cites W2753182881 @default.
• W3193676511 cites W2776295956 @default.
• W3193676511 cites W2911941058 @default.
• W3193676511 cites W2947127088 @default.
• W3193676511 cites W2949945747 @default.
• W3193676511 cites W2959492407 @default.
• W3193676511 cites W2962915546 @default.
• W3193676511 cites W2963561867 @default.
• W3193676511 cites W2964012259 @default.
• W3193676511 cites W3003687555 @default.
• W3193676511 cites W3004297764 @default.
• W3193676511 cites W3009622770 @default.
• W3193676511 cites W3021765986 @default.
• W3193676511 cites W3037576168 @default.
• W3193676511 cites W3047565501 @default.
• W3193676511 cites W3097900284 @default.
• W3193676511 cites W3098015989 @default.
• W3193676511 cites W3098107935 @default.
• W3193676511 cites W3098629291 @default.
• W3193676511 cites W3098911269 @default.
• W3193676511 cites W3099213932 @default.
• W3193676511 cites W3099340413 @default.
• W3193676511 cites W3099394237 @default.
• W3193676511 cites W3099545618 @default.
• W3193676511 cites W3099568114 @default.
• W3193676511 cites W3099754515 @default.
• W3193676511 cites W3100396070 @default.
• W3193676511 cites W3100403874 @default.
• W3193676511 cites W3100406661 @default.
• W3193676511 cites W3100998258 @default.
• W3193676511 cites W3101751120 @default.
• W3193676511 cites W3102054143 @default.
• W3193676511 cites W3102426461 @default.
• W3193676511 cites W3102676506 @default.
• W3193676511 cites W3103393141 @default.
• W3193676511 cites W3103561396 @default.
• W3193676511 cites W3103681827 @default.
• W3193676511 cites W3103735779 @default.
• W3193676511 cites W3104970453 @default.
• W3193676511 cites W3123804069 @default.
• W3193676511 cites W3125052132 @default.
• W3193676511 cites W3127300593 @default.
• W3193676511 cites W3127909118 @default.
• W3193676511 cites W3163118410 @default.
• W3193676511 cites W3171224830 @default.
• W3193676511 cites W3174483605 @default.
• W3193676511 cites W3176187178 @default.
• W3193676511 cites W4205209872 @default.
• W3193676511 cites W4297924496 @default.
• W3193676511 doi "https://doi.org/10.3847/1538-4357/ac4d28" @default.
• W3193676511 hasPublicationYear "2022" @default.
• W3193676511 type Work @default.
• W3193676511 sameAs 3193676511 @default.
• W3193676511 citedByCount "11" @default.
• W3193676511 countsByYear W31936765112022 @default.
• W3193676511 countsByYear W31936765112023 @default.
• W3193676511 crossrefType "journal-article" @default.
• W3193676511 hasAuthorship W3193676511A5004041840 @default.
• W3193676511 hasAuthorship W3193676511A5019325049 @default.
• W3193676511 hasAuthorship W3193676511A5034337260 @default.
• W3193676511 hasAuthorship W3193676511A5035522608 @default.
• W3193676511 hasAuthorship W3193676511A5043307957 @default.

• next