Kim 1-38 , the SIMBAD biblio

Kim 1-38 , the SIMBAD biblio (136 results) C.D.S. - SIMBAD4 rel 1.8 - 2026.10.14CEST09:28:45

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Keywords 		in a table in teXt, Caption, ... Nb occurence Nb objects in ref Citations
(from ADS) 		Title First 3 Authors
2024ApJ...967...79W 45           X         1 17 ~ Preparation of Acetylenediol (HOCCOH) and Glyoxal (HCOCHO) in Interstellar Analog Ices of Carbon Monoxide and Water. WANG J., TURNER A.M., MARKS J.H., et al.
2013ApJ...777...73B 92       D       C       2 146 16 Infrared spectroscopic survey of the quiescent medium of nearby clouds. I. Ice formation and grain growth in Lupus. BOOGERT A.C.A., CHIAR J.E., KNEZ C., et al.
2011ApJ...729...92B 318       D     X C       8 73 119 Ice and dust in the quiescent medium of isolated dense cores. BOOGERT A.C.A., HUARD T.L., COOK A.M., et al.
2011ApJ...742...28W 15       D               2 136 36 Observational constraints on methanol production in interstellar and preplanetary ices. WHITTET D.C.B., COOK A.M., HERBST E., et al.
1993PASAu..10..241S 15 2 Molecular ices as temperature indicators in the ISM. SMITH R.G., ROBINSON G. and HYLAND A.R.
2000ApJ...536..347G 6 19 343 An inventory of interstellar ices toward the embedded protostar W33A. GIBB E.L., WHITTET D.C.B., SCHUTTE W.A., et al.
2023MNRAS.523.5887M 435     A D     X C F     9 2 ~ Infrared spectra of solid indene pure and in water ice: implications for observed IR absorptions in TMC-1. MATE B., TANARRO I., TIMON V., et al.
1999Obs...119Q.346B 9 ~ Interpreting the 10-mu.m astronomical silicate feature. (Thesis abstract). BOWEY J.E.
2002CoSka..32..145N 55 4 A comparison between the compositions of cometary and interstellar materials. I. Molecular abundances. NESLUSAN L.
2009ApJ...693L..81M viz 16       D               1 40 114 Observational 5-20 µm interstellar extinction curves toward star-forming regions derived from Spitzer IRS spectra. McCLURE M.
2021ApJ...914...59F 17       D               1 33 1 The transition from diffuse molecular gas to molecular cloud material in Taurus. FEDERMAN S.R., RICE J.S., RITCHEY A.M., et al.
2007AJ....134..205A 29 16 Silicates in D-type symbiotic stars: an infrared space observatory overview. ANGELONI R., CONTINI M., CIROI S., et al.
2005ApJ...624.1097B 14 37 A combined experimental and computational investigation on the synthesis of acetaldehyde [CH3CHO(X 1A')] in interstellar ices. BENNETT C.J., JAMIESON C.S., OSAMURA Y., et al.
2023MNRAS.524.2446B 2002     A D S   X C       45 23 ~ Carbonates and ices in the z = 0.89 galaxy-absorber towards PKS 1830-211 and within star-forming regions of the Milky Way. BOWEY J.E.
2000A&A...361..327V 2 22 158 Abundance profiles of CH3OH and H2CO toward massive young stars as tests of gas-grain chemical models. VAN DER TAK F.F.S., VAN DISHOECK E.F. and CASELLI P.
1995MNRAS.272..442D 1 2 10 Water ice formation on interstellar carbon dust : wet HAC (WHAC). DULEY W.W. and WILLIAMS D.A.
1987A&A...181..155G 1 8 48 Photoprecessing of H2S in interstellar grain mantles as an explanationfor S2 in comets. GRIM R.J.A. and GREENBERG J.M.
2000A&A...357..994V 13 37 Large [O]/[CO] ratios in cold molecular clouds towards W 49N. VASTEL C., CAUX E., CECCARELLI C., et al.
2009ApJS..182..143M viz 182 170 The legacy of SCUPOL: 850 µm imaging polarimetry from 1997 to 2005. MATTHEWS B.C., McPHEE C.A., FISSEL L.M., et al.
1989ApJ...346..728J 63 138 Infrared polarimetry and the interstellar magnetic field. JONES T.J.
1989ApJ...338L..61G 3 6 86 Measurement of magnetic field strength in the dark cloud Barnard 1. GOODMAN A.A., CRUTCHER R.M., HEILES C., et al.
2003A&A...402..499S 1 11 33 Detection of strongly processed ice in the central starburst of NGC 4945. SPOON H.W.W., MOORWOOD A.F.M., PONTOPPIDAN K.M., et al.
2004A&A...423..241S 1 8 33 Models of gas-grain chemistry in interstellar cloud cores with a stochastic approach to surface chemistry. STANTCHEVA T. and HERBST E.
1999A&A...351..303T 48 13 Determining the extinction through dark clouds. TEIXEIRA T.C. and EMERSON J.P.
1999A&A...351..292T 49 40 Ices and extinction through the Taurus and Ophiuchus clouds. TEIXEIRA T.C. and EMERSON J.P.
1995ApJ...455..234C 46 182 High-resolution studies of solid CO in the Taurus Dark Cloud: characterizing the ices in quiescent clouds. CHIAR J.E., ADAMSON A.J., KERR T.H., et al.
2001A&A...365..144D 1 16 59 Search for NH3 ice in cold dust envelopes around YSOs. DARTOIS E. and D'HENDECOURT L.
2009A&A...497..773V 1         O           7 16 Modeling the chemical evolution of a collapsing prestellar core in two spatial dimensions. VAN WEEREN R.J., BRINCH C. and HOGERHEIJDE M.R.
2007A&A...462.1187O 4 3 41 Effects of CO2 on H2O band profiles and band strengths in mixed H2O:CO2 ices. OEBERG K.I., FRASER H.J., BOOGERT A.C.A., et al.
2004A&A...415..425V 24 54 A quantitative analysis of OCN– formation in interstellar ice analogs. VAN BROEKHUIZEN F.A., KEANE J.V. and SCHUTTE W.A.
1988MNRAS.230..107H 10 1 40 Spectropolarimetry of the 3-mu.m ice band in Elias 16 (Taurus dark cloud). HOUGH J.H., SATO S., TAMURA M., et al.
2006A&A...449..251T         O           33 18 VLT-ISAAC 3-5 µm spectroscopy of embedded young low-mass stars. III. Intermediate-mass sources in Vela. THI W.-F., VAN DISHOECK E.F., DARTOIS E., et al.
1995ApJ...455L.171G 31 46 Grain alignment in the Taurus Dark Cloud. GERAKINES P.A., WHITTET D.C.B. and LAZARIAN A.
2011A&A...530A..96T 54       D     X         2 8 26 Kinetics of the OCN– and HOCN formation from the HNCO + H2O thermal reaction in interstellar ice analogs. THEULE P., DUVERNAY F., ILMANE A., et al.
2011A&A...534A.127O 38           X         1 18 4 The mid-infrared extinction in molecular clouds. Case study of B 335. OLOFSSON S. and OLOFSSON G.
2008MNRAS.387..797H 730 T K A     X C F     17 7 11 Grain alignment in dense interstellar environments: spectropolarimetry of the 4.67-µm CO-ice feature in the field star
Elias 16 (Taurus dark cloud). 		HOUGH J.H., AITKEN D.K., WHITTET D.C.B., et al.
1989MNRAS.241..707W 18 71 Infrared spectroscopy of dust in the Taurus dark clouds : solid carbon monoxide. WHITTET D.C.B., ADAMSON A.J., DULEY W.W., et al.
2005ApJ...620.1140G 4 4 48 The strengths of near-infrared absorption features relevant to interstellar and planetary ices. GERAKINES P.A., BRAY J.J., DAVIS A., et al.
2009ApJ...695...94W 278       D     X C       7 11 26 The nature of carbon dioxide bearing ices in quiescent molecular clouds. WHITTET D.C.B., COOK A.M., CHIAR J.E., et al.
1987MNRAS.224..413T 19 75 Infrared polarimetry of dark clouds. I. Magnetic field structure in Heiles cloud 2. TAMURA M., NAGATA T., SATO S., et al.
2015ARA&A..53..501A 160           X         4 36 345 Interstellar dust grain alignment. ANDERSSON B.-G., LAZARIAN A. and VAILLANCOURT J.E.
1995P&SS...43.1247S 10 16 Ion irradiation of astrophysical ices. STRAZZULLA G., CASTORINA A.C. and PALUMBO M.E.
2015ApJ...803...52K 133       D     X         4 12 7 The effect of selective desorption mechanisms during interstellar ice formation. KALVANS J.
2016ApJ...817..146P 56       D     X         2 3 11 The effects of grain size and temperature distributions on the formation of interstellar ice mantles. PAULY T. and GARROD R.T.
1984ORROE..12...61W 9 0 Observations of the interstellar ice grain feature in the Taurus molecular clouds. WHITTET D.C.B., BODE M.F., LONGMORE A.J., et al.
2007ApJ...655..332W 2 17 102 The abundance of carbon dioxide ice in the quiescent intracloud medium. WHITTET D.C.B., SHENOY S.S., BERGIN E.A., et al.
2007ApJ...666L..73C 36 47 The relationship between the optical depth of the 9.7 µm silicate absorption feature and infrared differential extinction in dense clouds. CHIAR J.E., ENNICO K., PENDLETON Y.J., et al.
2009ApJ...707.1524B 304           X C F     6 4 39 NH2CH2 OH thermal formation in interstellar ices contribution to the 5-8 µm region toward embedded protostars. BOSSA J.B., THEULE P., DUVERNAY F., et al.
1987QJRAS..28..303W 4 15 Infrared spectroscopy of interstellar dust. WHITTET D.C.B.
1985MNRAS.216p..45W 10 ~ Solid CO in the Taurus dark clouds. WHITTET D.C.B., LONGMORE A.J. and McFADZEAN A.D.
2007ApJ...667..303T 1 14 64 Detection of water ice in edge-on protoplanetary disks: HK Tauri B and HV Tauri C. TERADA H., TOKUNAGA A.T., KOBAYASHI N., et al.
2012ApJ...748...19A 15       D               3 35 14 Interstellar silicate dust in the z = 0.89 absorber toward PKS 1830-211: crystalline silicates at high redshift? ALLER M.C., KULKARNI V.P., YORK D.G., et al.
1984ApJ...282..508M 250 151 Magnetic field structure in the Taurus dark cloud. MONETI A., PIPHER J.L. and HELFER H.L.
1999ApJ...510L.145B 7 2 45 Formation of interstellar ices behind shock waves. BERGIN E.A., NEUFELD D.A. and MELNICK G.J.
1994ApJ...433..179S 71 T                   7 45 The 3.2-3.6 micron spectra of Monoceros R2/IRS-3 and Elias 16. SELLGREN K., SMITH R.G. and BROOKE T.Y.
1994ApJ...423L.113N 11 23 Spectropolarimetry of five objects toward the Galactic Center from 1.4 to 4.2 microns. NAGATA T., KOBAYASHI N. and SATO S.
2002MNRAS.334...94B 21 28 A mineralogy of extrasolar silicate dust from 10-µm spectra. BOWEY J.E. and ADAMSON A.J.
1995ApJ...445..240D 5 15 Diamond, aromatic, and aliphatic components of interstellar dust grains: random covalent networks in carbonaceous grains. DULEY W.W.
1996ApJ...458..363W 1 11 58 Interstellar dust absorption features in the infrared spectrum of HH 100-IR: searching for the nitrogen component of the ices. WHITTET D.C.B., SMITH R.G., ADAMSON A.J., et al.
2001ApJ...548..836S 1 9 31 The abundances of solid N2 and gaseous CO2 in interstellar dense molecular clouds. SANDFORD S.A., BERNSTEIN M.P., ALLAMANDOLA L.J., et al.
1993MNRAS.263..749S 1 16 100 Grain mantles in the Taurus dark cloud. SMITH R.G., SELLGREN K. and BROOKE T.Y.
2005ApJ...620..330A 4 15 183 Molecular evolution in collapsing prestellar cores. III. Contraction of a Bonnor-Ebert sphere. AIKAWA Y., HERBST E., ROBERTS H., et al.
2009ApJ...697..428L 38           X         1 4 14 Formation of glycine on ultraviolet-irradiated interstellar ice-analog films and implications for interstellar amino acids. LEE C.-W., KIM J.-K., MOON E.-S., et al.
2009ApJS..180..182W 1 4 14 Laboratory spectra of the CO2bending-mode feature in interstellar ice analogues subject to thermal processing. WHITE D.W., GERAKINES P.A., COOK A.M., et al.
2002AJ....124.2790I 12 12 3.4 micron feature on the shoulder of ice-band absorptions in three luminous young stellar objects: IRAS 18511+0146, IRAS 21413+5442, and IRAS 04579+4703. ISHII M., NAGATA T., CHRYSOSTOMOU A., et al.
2001MNRAS.320..131B 8 8 Discs and the 10-µm silicate spectra of young stellar objects with non-photospheric continua. BOWEY J.E. and ADAMSON A.J.
2010ApJ...724..539G 40           X         1 3 15 Ammonium and formate ions in interstellar ice analogs. GALVEZ O., MATE B., HERRERO V.J., et al.
1998MNRAS.298..131B 1 11 55 The 10-mu-m profile of molecular-cloud and diffuse ISM silicate dust. BOWEY J.E., ADAMSON A.J. and WHITTET D.C.B.
2011ApJ...743..131S viz 15       D               1 27 7 On the formation of interstellar water ice: constraints from a search for hydrogen peroxide ice in molecular clouds. SMITH R.G., CHARNLEY S.B., PENDLETON Y.J., et al.
1996A&A...315L.357W 7 6 182 An ISO SWS view of interstellar ices: first results. WHITTET D.C.B., SCHUTTE W.A., TIELENS A.G.G.M., et al.
2003MNRAS.340.1173B 48 11 Galactic environment and the 10-µm silicate feature of young stellar objects. BOWEY J.E., ADAMSON A.J. and YATES J.A.
2011ApJ...730..124C 76           X         2 51 18 The thermal evolution of ices in the environments of newly formed stars: the CO2Diagnostic. COOK A.M., WHITTET D.C.B., SHENOY S.S., et al.
2017ApJ...838...66L 532       D     X C       13 23 1 H2, CO, and dust absorption through cold molecular clouds. LACY J.H., SNEDEN C., KIM H., et al.
2000ApJS..128..603M 14       D               70 47 1-4 micron spectrophotometry of dust in the Taurus dark cloud: water ice distribution in Heiles cloud 2. MURAKAWA K., TAMURA M. and NAGATA T.
2021MNRAS.500.5117R 42           X         1 7 ~ Water ice deposition and growth in molecular clouds. RAWLINGS J.M.C. and WILLIAMS D.A.
1994ApJ...430..779T 41 28 The nature of CO and H2O ices in the Corona Australis molecular cloud. TANAKA M., NAGATA T., SATO S., et al.
2021ApJ...908..239C 1338 T   A D     X C       31 6 ~ Assessment of the presence of PAHs and hydrogenated PAHs in the Young Stellar Object Mon R2 and the Taurus dense cloud toward
Elias 16. 		CHIAR J.E., DE BARROS A.L.F., MATTIODA A.L., et al.
1996ApJ...472..665C 1 19 102 Three micron hydrocarbon and methanol absorption in Taurus. CHIAR J.E., ADAMSON A.J. and WHITTET D.C.B.
1983Natur.303..218W 2 10 118 Interstellar ice grains in the Taurus molecular clouds. WHITTET D.C.B., BODE M.F., LONGMORE A.J., et al.
2020ApJ...905..157V viz 206           X C       4 99 ~ Probing interstellar grain growth through polarimetry in the Taurus cloud complex. VAILLANCOURT J.E., ANDERSSON B.-G., CLEMENS D.P., et al.
2005ApJ...626..245R 10 22 CO emission and absorption toward V1647 Orionis (McNeil's nebula). RETTIG T.W., BRITTAIN S.D., GIBB E.L., et al.
2000ApJ...534..801P 11 32 ROCN species produced by ion irradiation of ice mixtures: comparison with astronomical observations. PALUMBO M.E., STRAZZULLA G., PENDLETON Y.J., et al.
1997ApJ...479..818E 1 17 68 The 2140 cm–1 (4.673 micron) solid CO band: the case for interstellar O2 and N2 and the photochemistry of nonpolar interstellar ice analogs. ELSILA J., ALLAMANDOLA L.J. and SANDFORD S.A.
1997ApJ...479..839P 4 9 153 Solid carbonyl sulfide (OCS) in dense molecular clouds. PALUMBO M.E., GEBALLE T.R. and TIELENS A.G.G.M.
2001ApJ...550L.213L 7 9 191 On ultrasmall silicate grains in the diffuse interstellar medium. LI A. and DRAINE B.T.
2017A&A...608A..12S 119           X         3 14 1 Solid CO2 in quiescent dense molecular clouds. Comparison between Spitzer and laboratory spectra. SUHASARIA T., BARATTA G.A., IOPPOLO S., et al.
2007A&A...467.1197M 37           X         1 75 18 Proper motion studies of outflows from Classical T Tauri stars. McGROARTY F., RAY T.P. and FROEBRICH D.
1991A&A...244..190S 1 8 62 Explosive desorption of icy grain mantles in dense clouds. SCHUTTE W.A. and GREENBERG J.M.
1985MNRAS.214..289V 1 9 45 Ice in the Taurus molecular cloud: modelling of the 3-mum profile. VAN DE BULT C.E.P.M., GREENBERG J.M. and WHITTET D.C.B.
1991A&ARv...2..167W 39 68 Carbon monoxide frosts in the interstellar medium. WHITTET D.C.B. and DULEY W.W.
2024ApJ...963..120S 18       D               3 86 ~ Silicate Extinction Profile Based on the Stellar Spectrum by Spitzer/IRS. SHAO Z. and JIANG B.
1998ApJ...498..716C 1 23 95 Processing of icy mantles in protostellar envelopes. CHIAR J.E., GERAKINES P.A., WHITTET D.C.B., et al.
1998ApJ...501..731T 35 31 The physics and chemistry of small translucent molecular clouds. XI. Methanol. TURNER B.E.
2005A&A...435..587L 10 3 92 CO2 synthesis in solid CO by Lyman-α photons and 200keV protons. LOEFFLER M.J., BARATTA G.A., PALUMBO M.E., et al.
1999A&A...342L..32D 2 23 185 Methanol: The second most abundant ice species towards the high-mass protostars RAFGL 7009S and W 33A. DARTOIS E., SCHUTTE W., GEBALLE T.R., et al.
1998ApJ...498L.159W 83 T                   4 149 Detection of abundant CO2 ice in the quiescent dark cloud medium toward
Elias 16. 		WHITTET D.C.B., GERAKINES P.A., TIELENS A.G.G.M., et al.
2005ApJ...635L.145K 4 7 99 Spitzer mid-infrared spectroscopy of ices toward extincted background stars. KNEZ C., BOOGERT A.C.A., PONTOPPIDAN K.M., et al.
2001ApJ...555L..61R 15 2 90 Formation of carbon dioxide by surface reactions on ices in the interstellar medium. ROSER J.E., VIDALI G., MANICO G., et al.
2005ApJ...627L..33B 4 6 77 Spitzer observations of CO2 ice toward field stars in the Taurus molecular cloud. BERGIN E.A., MELNICK G.J., GERAKINES P.A., et al.
2000A&A...353..349B 2 14 87 ISO-SWS observations of interstellar solid 13CO2: heated ice and the Galactic 12C/13C abundance ratio. BOOGERT A.C.A., EHRENFREUND P., GERAKINES P.A., et al.
2000ApJ...539L.129B 4 11 133 Implications of submillimeter wave astronomy satellite observations for interstellar chemistry and star formation. BERGIN E.A., MELNICK G.J., STAUFFER J.R., et al.
2001A&A...367..347M 1 9 53 UV photodestruction of CH bonds and the evolution of the 3.4 µm feature carrier. I. The case of aliphatic and aromatic molecular species. MUNOZ CARO G.M., RUITERKAMP R., SCHUTTE W.A., et al.
2006ApJ...643..923M 1 11 37 Synthesis of CO and CO2molecules by UV irradiation of water ice-covered hydrogenated carbon grains. MENNELLA V., BARATTA G.A., PALUMBO M.E., et al.
2007ApJ...660.1588B 5 5 87 Mechanistical studies on the irradiation of methanol in extraterrestrial ices. BENNETT C.J., CHEN S.-H., SUN B.-J., et al.
1999ApJ...513..294P 3 9 82 The interstellar 4.62 micron band. PENDLETON Y.J., TIELENS A.G.G.M., TOKUNAGA A.T., et al.
1995ApJ...439..279T 1 12 73 Evidence for chemical processing of precometary icy grains in circumstellar environments of pre-main-sequence stars. TEGLER S.C., WEINTRAUB D.A., RETTIG T.W., et al.
1999A&A...346L..57V 1 9 51 Constraints on the abundance of solid O2 in dense clouds from ISO-SWS and ground-based observations. VANDENBUSSCHE B., EHRENFREUND P., BOOGERT A.C.A., et al.
2008ApJ...674..304W 113 140 The efficiency of grain alignment in dense interstellar clouds: a reassessment of constraints from near-infrared polarization. WHITTET D.C.B., HOUGH J.H., LAZARIAN A., et al.
2007ApJ...668.1001W 3 3 31 Laboratory simulation of competition between hydrogenation and photolysis in the chemical evolution of H2O-CO ice mixtures. WATANABE N., MOURI O., NAGAOKA A., et al.
1988MNRAS.233..321W 2 35 282 Infrared spectroscopy of dust in the Taurus dark clouds: ice and silicates. WHITTET D.C.B., BODE M.F., LONGMORE A.J., et al.
1994MNRAS.268..705A 6 6 A search for the 13 175-A infrared diffuse band in dense environments. ADAMSON A.J., KERR T.H., WHITTET D.C.B., et al.
1990MmKyo..38....1K 54 1 Pre-main sequence objects and star formation efficiency in dark clouds within Taurus Complex. KIM C.Y.
1986Ap&SS.128...17G 6 8 The role of grains in molecular chemical evolution. GREENBERG J.M.
2015ARA&A..53..541B 121           X C       2 61 589 Observations of the icy universe. BOOGERT A.C.A., GERAKINES P.A. and WHITTET D.C.B.
1991MNRAS.249..172S 10 16 A search for solid H2S in dense clouds. SMITH R.G.
2000ApJ...545..309G 2 17 121 Chemistry of the organic-rich hot core G327.3-0.6. GIBB E., NUMMELIN A., IRVINE W.M., et al.
1989ApJ...344..413S 2 24 231 Absorption features in the 3 micron spectra of protostars. SMITH R.G., SELLGREN K. and TOKUNAGA A.T.
2001ApJ...558..702G 35 38 Searching for ammonia in grain mantles toward massive young stellar objects. GIBB E.L., WHITTET D.C.B. and CHIAR J.E.
2004ApJS..151...35G 5 38 638 Interstellar ice: the infrared space observatory legacy. GIBB E.L., WHITTET D.C.B., BOOGERT A.C.A., et al.
2001ApJ...550..793W 19 36 Observational constraints on the abundance and evolution of ``XCN'' in interstellar grain mantles. WHITTET D.C.B., PENDLETON Y.J., GIBB E.L., et al.
2001ApJ...558..185N 1 24 75 Solid carbon dioxide in regions of low-mass star formation. NUMMELIN A., WHITTET D.C.B., GIBB E.L., et al.
1999ApJ...517..883B 55 135 New 3 micron spectra of young stellar objects with H2O ice bands. BROOKE T.Y., SELLGREN K. and GEBALLE T.R.
1999ApJ...522..357G 4 19 265 Observations of solid carbon dioxide in molecular clouds with the Infrared Space Observatory. GERAKINES P.A., WHITTET D.C.B., EHRENFREUND P., et al.
1991ApJ...381..181T 3 26 357 Interstellar solid CO : polar and nonpolar interstellar ices. TIELENS A.G.G.M., TOKUNAGA A.T., GEBALLE T.R., et al.
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1978ApJ...224..857E 3 33 646 A study of the Taurus dark cloud complex. ELIAS J.H.
2016MNRAS.455..540D 39           X         1 16 10 Deuterium enrichment of the interstellar grain mantle. DAS A., SAHU D., MAJUMDAR L., et al.
2020MNRAS.497.3306G 263       D     X C F     5 7 ~ The roles of polycyclic aromatic hydrocarbons in dark cloud chemistry: new constraints on sulphur-bearing species. GE J., MARDONES D., INOSTROZA N., et al.
2018MNRAS.478.2753K 217       D     X         6 61 6 The efficiency of photodissociation for molecules in interstellar ices. KALVANS J.
1991ApJS...75..611C 458 41 Young stellar objects detected by IRAS. CLARK F.O.
2010ApJS..186..259R viz 15       D               2 507 236 The Taurus Spitzer survey: new candidate Taurus members selected using sensitive mid-infrared photometry. REBULL L.M., PADGETT D.L., McCABE C.-E., et al.
2009ApJ...694..459Z 316       D     X C F     7 31 81 Spitzer infrared spectrograph observations of class I/II objects in Taurus: composition and thermal history of the circumstellar ices. ZASOWSKI G., KEMPER F., WATSON D.M., et al.
2008ApJ...678..985B viz 17       D               1 72 293 The c2d Spitzer spectroscopic survey of ices around low-mass young stellar objects. I. H2 O and the 5-8 µm Bands. BOOGERT A.C.A., PONTOPPIDAN K.M., KNEZ C., et al.
1988IRASP.C......0J viz 14       D               1 245223 ~ Infrared Astronomical Satellite Catalogs, 1988. The Point Source Catalog, version 2.0, NASA RP-1190 JOINT IRAS SCIENCE WORKING GROUP
2025A&A...703A.246A 47           X         1 5 ~ Cosmic ray interactions with indene and adamantane seeded water ice mantles. ABDO E., DARTOIS E., CHABOT M., et al.
2026ApJ...998..249I 50           X         1 4 ~ Methanol Formation via the Radical-Radical Reaction of OH and CH3 Radicals Undergoing Transient Diffusion on Ice at 10 to 60 K. IGUCHI A., HIDAKA H., ISHIBASHI A., et al.

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