about
A gas-rich AGN near the centre of a galaxy cluster atz~ 1.4Seeds Of Life In Space (SOLIS): The Organic Composition Diversity at 300–1000 au Scale in Solar-type Star-forming RegionsA high-resolution study of complex organic molecules in hot coresDifferent evolutionary stages in massive star formationPhysical properties of high-mass clumps in different stages of evolutionClose encounters of the protostellar kind in IC 1396NHigh CO depletion in southern infrared dark cloudsSearch for massive protostar candidates in the southern hemisphereSearch for massive protostellar candidates in the southern hemisphereAstrochemistry at work in the L1157-B1 shock: acetaldehyde formationThe L1157-B1 astrochemical laboratory: measuring the true formaldehyde deuteration on grain mantlesBroad N_2_H^+^ emission toward the protostellar shock L1157-B1ERRATUM: “THEHERSCHELAND IRAM CHESS SPECTRAL SURVEYS OF THE PROTOSTELLAR SHOCK L1157-B1: FOSSIL DEUTERATION” (2012, ApJ, 757, L9)The Herschel and IRAM CHESS spectral surveys of the protostellar shock L1157-B1: fossil deuterationZooming in to Massive Star BirthSOLIS IV. Hydrocarbons in the OMC-2 FIR4 Region, a Probe of Energetic Particle Irradiation of the RegionCore Emergence in a Massive Infrared Dark Cloud: A Comparison between Mid-IR Extinction and 1.3 mm EmissionSeeds of Life in Space (SOLIS). III. Zooming Into the Methanol Peak of the Prestellar Core L1544First Measurement of the 14N/15N Ratio in the Analog of the Sun Progenitor OMC-2 FIR4A hunt for massive starless coresMid-J CO shock tracing observations of infrared dark clouds. III. SLED fittingPhosphorus-bearing molecules in massive dense coresThe deuterium fraction in massive starless cores and dynamical implicationsAn ordered bipolar outflow from a massive early-stage coreFirst measurements of ^15^N fractionation in N_2_H^+^ toward high-mass star-forming coresDeuteration and evolution in the massive star formation processMid-JCO shock tracing observations of infrared dark clouds. IATLASGAL-selected massive clumps in the inner GalaxyDNC/HNC and N2D+/N2H+ ratios in high-mass star-forming coresDeuteration as an evolutionary tracer in massive-star formation(Corrigendum)Fragmentation of massive dense cores down to <~ 1000 AU: relation between fragmentation and density structureGas kinematics and excitation in the filamentary IRDC G035.39-00.33The dynamical properties of dense filaments in the infrared dark cloud G035.39−00.33★Complex, quiescent kinematics in a highly filamentary infrared dark cloud★Early stages of cluster formation: fragmentation of massive dense cores down to <~ 1000 AUHigh-angular resolution observations towards OMC-2 FIR 4: Dissecting an intermediate-mass protoclusterProperties of dense cores in clustered massive star-forming regions at high angular resolutionThe dynamics of massive starless cores with ALMAA virialized filamentary infrared dark cloudDense gas in IRAS 20343+4129: an ultracompact H ii region caught in the act of creating a cavity
P50
Q56914627-82EAA7AA-E776-472F-A576-DFEBF5BE3098Q57757229-B8DD4F03-A313-46D1-90F5-60CE9A910C70Q58333048-8B2BC6C8-BB04-4D76-B95E-298E46A95A37Q58333067-8324B9BD-7156-466B-9AC8-AA25C4AC2FFDQ58333073-14C1BDF3-2078-40AE-9C50-7DE0F4C5A25AQ58333081-818A4858-06AE-4D9F-A597-4884216BDFC1Q58333084-3533F0F4-2DC7-453D-9F06-769C270E321CQ58333144-38A64844-7568-417B-B44D-81A40745D4C9Q58333150-DF71D2E0-46FC-4258-B6D2-8E0E70ADAACEQ59744287-6B8BE8B4-F801-4C73-B3E3-84D5F08B415BQ59744312-BE59E39F-89F6-420E-821F-7703FA9243A8Q59744330-5210D2FD-9FEC-4DDF-AE90-8832DB8C68C4Q59744347-5AFE19BC-7C3A-41DC-A8C3-590C2A73E096Q59744354-755FF1C9-08DA-4DDC-853C-BFDCDA4B8F28Q59755358-B5D27097-F127-4F72-B2EE-D7155F4D010BQ59755362-FE408CC0-BAB2-439B-BD7F-17E12EAA72B7Q59755367-9DF0D34F-EF81-4C12-9F5F-E34A678C48FEQ59755369-FE7B52F0-D6A1-452E-9CEC-C00650D48DEDQ59755373-DCF7DC45-3CA2-49C1-85C8-378C6C035A57Q59755378-367ED4CF-235D-4AD8-B895-876718C1F415Q59755381-ED162880-C2A9-4B28-9CEB-C757F34D889BQ59755385-82519EF7-9987-48B3-BEFD-F3E4600C5ABFQ59755387-0E02AC85-4EE5-4B77-85C9-2B9C7427FDC4Q59755391-290EDB58-CB63-4F6A-AC1D-B8B4B5D0CA43Q59755395-FA27ECF9-A4E7-415E-9062-E623F89EE3DCQ59755399-1540E1A5-15B8-4A84-B631-4CD6F52DBDF1Q59755403-0226CABB-8211-4005-AAF5-4AED2D455531Q59755411-AD748FA8-591C-4596-BE08-59BE57832937Q59755413-B65FA9FA-7E63-434E-8263-CC5E0BB899EEQ59755417-0FD096CF-DF10-42B1-980D-102A13307B5DQ59755423-99C1723D-7706-4C15-8BB1-95B6AB298322Q59755426-22918871-08B9-411E-8199-4A4D8A7C1587Q59755431-F5E70F2D-D424-4039-B4AB-CBE7DCB5F356Q59755435-BCEE6FDA-9B5D-4C1A-999C-1DEC363C3412Q59755441-482B0D85-0D11-4B82-817A-60B7FA9E7964Q59755445-CD975868-AB81-48EB-B87F-98408B6E11D1Q59755447-E78A00E8-DE83-43A8-BB87-FDEFC07DFEC7Q59755450-F30F967C-FBA7-441B-B859-18FD3F916E42Q59755452-EF901082-4B2E-4961-9F23-A2D5C4EEB090Q59755455-021A483C-6A85-40DA-AEDB-73244F61F836
P50
description
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
Francesco Fontani
@ast
Francesco Fontani
@en
Francesco Fontani
@es
Francesco Fontani
@fr
Francesco Fontani
@nl
type
label
Francesco Fontani
@ast
Francesco Fontani
@en
Francesco Fontani
@es
Francesco Fontani
@fr
Francesco Fontani
@nl
altLabel
F. Fontani
@en
F. Fontani
@es
F. Fontani
@fr
prefLabel
Francesco Fontani
@ast
Francesco Fontani
@en
Francesco Fontani
@es
Francesco Fontani
@fr
Francesco Fontani
@nl
P106
P1153
8297809500
P21
P31
P496
0000-0003-0348-3418