SN 2012cg , the SIMBAD biblio

SN 2012cg , the SIMBAD biblio (143 results)

C.D.S. - SIMBAD4 rel 1.7 - 2021.04.15CEST20:22:41

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Bibcode/DOI	Score	in Title\|Abstract\| Keywords	in a table	in teXt, Caption, ...	Nb occurence	Nb objects in ref	Citations (from ADS)	Title	First 3 Authors
`2021ApJ...906...99L`	`70`		`D`	`X`	`2`	`22`	`~`	Can the helium-detonation model explain the observed diversity of Type Ia supernovae?	LI W., WANG X., BULLA M., et al.
`2021ApJ...908...51F`	`150`			`X`	`3`	`46`	`~`	Early-time light curves of Type Ia supernovae observed with TESS.	FAUSNAUGH M.M., VALLELY P.J., KOCHANEK C.S., et al.
`2021ApJ...909..152L`	`250`			`X`	`5`	`13`	`~`	Exploration of aspherical ejecta properties in Type Ia supernovae: progenitor dependence and applications to progenitor classification.	LEUNG S.-C., DIEHL R., NOMOTO K., et al.
`2021ApJ...909..176Z`	`500`			`X C`	`9`	`18`	`~`	SN 2017hpa: a nearby carbon-rich Type Ia supernova with a large velocity gradient.	ZENG X., WANG X., ESAMDIN A., et al.
`2021MNRAS.500.1095H`	`470`		`D`	`X`	`10`	`55`	`~`	The value of the Hubble-Lemaitre constant queried by Type Ia supernovae: a journey from the Calan-Tololo Project to the Carnegie Supernova Program.	HAMUY M., CARTIER R., CONTRERAS C., et al.
`2020A&A...634A..37M`	`205`		`D`	`X`	`5`	`35`	`~`	Determining the ⁵⁶Ni distribution of type Ia supernovae from observations within days of explosion.	MAGEE M.R., MAGUIRE K., KOTAK R., et al.
`2020A&A...642A.189M`	`47`			`X`	`1`	`5`	`~`	An investigation of ⁵⁶Ni shells as the source of early light curve bumps in type Ia supernovae.	MAGEE M.R. and MAGUIRE K.
`2020ApJ...888...80L`	`634`	`A`		`S X C`	`12`	`7`	`~`	Explosive nucleosynthesis in sub-Chandrasekhar-mass white dwarf models for Type Ia supernovae: dependence on model parameters.	LEUNG S.-C. and NOMOTO K.
`2020ApJ...890..159L`	`1372`		`D`	`S X C`	`28`	`63`	`~`	The deepest radio observations of nearby SNe Ia: constraining progenitor types and optimizing future surveys.	LUNDQVIST P., KUNDU E., PEREZ-TORRES M.A., et al.
`2020ApJ...892..142H`	`280`			`X C`	`5`	`24`	`~`	SN 2017cfd: a normal Type Ia supernova discovered very young.	HAN X., ZHENG W., STAHL B.E., et al.
`2020ApJ...894...39C`	`93`			`X`	`2`	`19`	`~`	Thirty years of radio observations of Type Ia SN 1972E and SN 1895B: constraints on circumstellar shells.	CENDES Y., DROUT M.R., CHOMIUK L., et al.
`2020ApJ...895L...5P`	`19`		`D`		`1`	`219`	`~`	High-velocity Type Ia supernova has a unique host environment.	PAN Y.-C.
`2020ApJ...902...46Y`	`47`			`X`	`1`	`28`	`~`	The young and nearby normal Type Ia Supernova 2018gv: uv-optical observations and the earliest spectropolarimetry.	YANG Y., HOEFLICH P., BAADE D., et al.
`2020ApJ...904...14W`	`420`			`X C`	`8`	`21`	`~`	Optical and near-infrared observations of the nearby SN Ia 2017cbv.	WANG L., CONTRERAS C., HU M., et al.
`2020ApJ...904...29M`	`47`			`X`	`1`	`6`	`~`	Screening effects on electron capture rates and Type Ia supernova nucleosynthesis.	MORI K., SUZUKI T., HONMA M., et al.
`2020MNRAS.491.2902F`	`112`		`D`	`X`	`3`	`68`	`~`	Sub-Chandrasekhar progenitors favoured for Type Ia supernovae: evidence from late-time spectroscopy.	FLORS A., SPYROMILIO J., TAUBENBERGER S., et al.
`2020MNRAS.491.5897P`	`112`		`D`	`X`	`3`	`59`	`~`	Swift UVOT grism observations of nearby Type Ia supernovae - II. Probing the progenitor metallicity of SNe Ia with ultraviolet spectra.	PAN Y.-C., FOLEY R.J., JONES D.O., et al.
`2020MNRAS.492.3553V`	`345`		`D`	`X C`	`7`	`56`	`~`	Signatures of bimodality in nebular phase Type Ia supernova spectra.	VALLELY P.J., TUCKER M.A., SHAPPEE B.J., et al.
`2020MNRAS.492.4325S`	`65`		`D`	`X`	`2`	`247`	`~`	Berkeley supernova Ia program: data release of 637 spectra from 247 Type Ia supernovae.	STAHL B.E., ZHENG W., DE JAEGER T., et al.
`2020NatAs...4..188G`	`327`			`X C`	`6`	`21`	`~`	A year-long plateau in the late-time near-infrared light curves of type Ia supernovae.	GRAUR O., MAGUIRE K., RYAN R., et al.
`2019A&A...622A..35L`	`45`			`X`	`1`	`8`	`~`	The progenitors of type-Ia supernovae in semidetached binaries with red giant donors.	LIU D., WANG B., GE H., et al.
`2019A&A...627A.174H`	`90`			`X`	`2`	`19`	`~`	Discovery and progenitor constraints on the Type Ia supernova 2013gy.	HOLMBO S., STRITZINGER M.D., SHAPPEE B.J., et al.
`2019A&A...630A..92B`	`90`			`C`	`2`	`27`	`~`	The Hubble Catalog of Variables (HCV).	BONANOS A.Z., YANG M., SOKOLOVSKY K.V., et al.
`2019ApJ...870...12L`	`493`			`X C`	`10`	`19`	`~`	Photometric and spectroscopic properties of Type Ia supernova 2018oh with early excess emission from the Kepler 2 observations.	LI W., WANG X., VINKO J., et al.
`2019ApJ...870...13S`	`90`			`X`	`2`	`17`	`~`	Seeing double: ASASSN-18bt exhibits a two-component rise in the early-time K2 light curve.	SHAPPEE B.J., HOLOIEN T.W.-S., DROUT M.R., et al.
`2019ApJ...870...14G`	`242`		`D`	`X`	`6`	`7`	`~`	Late-time observations of the Type Ia supernova SN 2014J with the Hubble Space Telescope Wide Field Camera 3.	GRAUR O.
`2019ApJ...870L...1D`	`90`			`X`	`2`	`14`	`~`	K2 observations of SN 2018oh reveal a two-component rising light curve for a Type Ia supernova.	DIMITRIADIS G., FOLEY R.J., REST A., et al.
`2019ApJ...871...62G`	`197`		`D`	`X`	`5`	`92`	`~`	Delayed circumstellar interaction for Type Ia SN 2015cp revealed by an HST ultraviolet imaging survey.	GRAHAM M.L., HARRIS C.E., NUGENT P.E., et al.
`2019ApJ...872L...7L`	`45`			`X`	`1`	`4`	`~`	Explaining the early excess emission of the Type Ia supernova 2018oh by the interaction of the ejecta with disk-originated matter.	LEVANON N. and SOKER N.
`2019ApJ...874...32R`	`18`		`D`		`2`	`275`	`~`	Think global, act local: the influence of environment age and host mass on Type Ia supernova light curves.	ROSE B.M., GARNAVICH P.M. and BERG M.A.
`2019ApJ...875...59Y`	`90`			`C`	`1`	`546`	`~`	Optical follow-up of gravitational-wave events During the second Advanced LIGO/VIRGO observing run with the DLT40 survey.	YANG S., SAND D.J., VALENTI S., et al.
`2019ApJ...877L...4S`	`18`		`D`		`1`	`31`	`~`	Nebular Hα limits for fast declining SNe Ia.	SAND D.J., AMARO R.C., MOE M., et al.
`2019ApJ...881...45K`	`45`			`X`	`1`	`22`	`~`	Evidence for sub-Chandrasekhar Type Ia supernovae from stellar abundances in dwarf galaxies.	KIRBY E.N., XIE J.L., GUO R., et al.
`2019ApJ...882...30L`	`45`			`X`	`1`	`15`	`~`	Observations of Type Ia supernova 2014J for nearly 900 days and constraints on its progenitor system.	LI W., WANG X., HU M., et al.
`2019ApJ...882...34F`	`18`		`D`		`1`	`70`	`~`	The Carnegie-Chicago Hubble Program. VIII. An independent determination of the Hubble constant based on the tip of the red giant branch.	FREEDMAN W.L., MADORE B.F., HATT D., et al.
`2019ApJ...885..103T`	`90`			`X`	`2`	`15`	`~`	Double-detonation models for Type Ia supernovae: trigger of detonation in companion white dwarfs and signatures of companions' stripped-off materials.	TANIKAWA A., NOMOTO K., NAKASATO N., et al.
`2019ApJS..241...38S`	`18`		`D`		`2`	`220`	`~`	A comprehensive analysis of Spitzer supernovae.	SZALAI T., ZSIROS S., FOX O.D., et al.
`2019MNRAS.482.5651M`	`314`			`X C F`	`5`	`14`	`~`	Subdwarf B stars as possible surviving companions in Type Ia supernova remnants.	MENG X. and LI J.
`2019MNRAS.487.1886C`	`7123`	`T K A`	`D`	`S X C F`	`156`	`19`	`~`	Optical and UV studies of type Ia supernovae SN 2009ig and SN 2012cg.	CHAKRADHARI N.K., SAHU D.K. and ANUPAMA G.C.
`2019MNRAS.487.2372V`	`134`			`X`	`3`	`28`	`~`	ASASSN-18tb: a most unusual Type Ia supernova observed by TESS and SALT.	VALLELY P.J., FAUSNAUGH M., JHA S.W., et al.
`2019MNRAS.490.3882S`	`376`		`D`	`S X F`	`7`	`182`	`~`	Lick Observatory Supernova Search follow-up program: photometry data release of 93 Type Ia supernovae.	STAHL B.E., ZHENG W., DE JAEGER T., et al.
`2019PASP..131a4002H`	`63`		`D`	`X`	`2`	`173`	`~`	Carnegie Supernova Project-II: the near-infrared spectroscopy program.	HSIAO E.Y., PHILLIPS M.M., MARION G.H., et al.
`2018A&A...609A..72D`	`235`		`D`	`X C`	`5`	`82`	`39`	Measuring the Hubble constant with Type Ia supernovae as near-infrared standard candles.	DHAWAN S., JHA S.W. and LEIBUNDGUT B.
`2018A&A...619A.102D`	`44`			`X`	`1`	`6`	`~`	Nebular spectroscopy of SN 2014J: Detection of stable nickel in near-infrared spectra.	DHAWAN S., FLORS A., LEIBUNDGUT B., et al.
`2018A&A...620A.200F`	`366`		`D`	`X C`	`8`	`14`	`~`	Limits on stable iron in Type Ia supernovae from near-infrared spectroscopy.	FLORS A., SPYROMILIO J., MAGUIRE K., et al.
`2018AJ....155..201W`	`17`		`D`		`3`	`81`	`6`	The first data release from SweetSpot: 74 supernovae in 36 nights on WIYN+WHIRC.	WEYANT A., WOOD-VASEY W.M., JOYCE R., et al.
`2018ApJ...852...89Y`	`262`			`X`	`6`	`7`	`9`	Late-time flattening of Type Ia supernova light curves: constraints from SN 2014J in M82.	YANG Y., WANG L., BAADE D., et al.
`2018ApJ...852..100M`	`306`			`X`	`7`	`9`	`11`	Early observations of the Type Ia supernova iPTF 16abc: a case of interaction with nearby, unbound material and/or strong ejecta mixing.	MILLER A.A., CAO Y., PIRO A.L., et al.
`2018ApJ...853...62T`	`87`			`C`	`1`	`30`	`8`	The early detection and follow-up of the highly obscured Type II supernova 2016ija/DLT16am.	TARTAGLIA L., SAND D.J., VALENTI S., et al.
`2018ApJ...854...52S`	`133`			`X C`	`2`	`13`	`26`	Sub-Chandrasekhar-mass white dwarf detonations revisited.	SHEN K.J., KASEN D., MILES B.J., et al.
`2018ApJ...854...55Y`	`44`			`X`	`1`	`18`	`3`	Mapping circumstellar matter with polarized light: the case of supernova 2014J in M82.	YANG Y., WANG L., BAADE D., et al.
`2018ApJ...855....6S`	`2900`	`T K A`		`X C`	`65`	`14`	`21`	Strong evidence against a non-degenerate companion in SN 2012cg.	SHAPPEE B.J., PIRO A.L., STANEK K.Z., et al.
`2018ApJ...855L..18M`	`218`			`X`	`5`	`12`	`2`	Why are peculiar Type Ia supernovae more likely to show the signature of a single-degenerate model?	MENG X.-C. and HAN Z.-W.
`2018ApJ...857...88J`	`218`			`X`	`5`	`8`	`3`	Constraining Type Ia supernova progenitor scenarios with extremely late-time photometry of supernova SN 2013aa.	JACOBSON-GALAN W.V., DIMITRIADIS G., FOLEY R.J., et al.
`2018ApJ...859...79G`	`1654`	`K A`	`D`	`S X C`	`37`	`13`	`9`	Observations of SN 2015F suggest a correlation between the intrinsic luminosity of Type Ia supernovae and the shape of their light curves >900 days after explosion.	GRAUR O., ZUREK D.R., REST A., et al.
`2018ApJ...861...78M`	`871`			`S X C`	`18`	`9`	`3`	Type Ia supernovae in the first few days: signatures of helium detonation versus interaction.	MAEDA K., JIANG J.-A., SHIGEYAMA T., et al.
`2018ApJ...861..104H`	`87`			`X`	`2`	`16`	`4`	The Carnegie-Chicago Hubble Program. IV. The distance to NGC 4424, NGC 4526, and NGC 4356 via the tip of the Red Giant Branch.	HATT D., FREEDMAN W.L., MADORE B.F., et al.
`2018ApJ...861..143L`	`219`			`X C`	`4`	`6`	`9`	Explosive nucleosynthesis in near-Chandrasekhar-mass white dwarf models for Type Ia supernovae: dependence on model parameters.	LEUNG S.-C. and NOMOTO K.
`2018ApJ...863...20J`	`87`			`C`	`1`	`60`	`1`	SPIRITS 16tn in NGC 3556: a heavily obscured and low-luminosity supernova at 8.8 Mpc.	JENCSON J.E., KASLIWAL M.M., ADAMS S.M., et al.
`2018ApJ...863..176M`	`435`			`X C`	`9`	`9`	`1`	Nucleosynthesis constraints on the explosion mechanism for Type Ia supernovae.	MORI K., FAMIANO M.A., KAJINO T., et al.
`2018ApJ...864L..35S`	`17`		`D`		`1`	`26`	`3`	Red versus blue: early observations of thermonuclear supernovae reveal two distinct populations?	STRITZINGER M.D., SHAPPEE B.J., PIRO A.L., et al.
`2018ApJ...865..149J`	`888`		`D`	`X C`	`20`	`54`	`2`	Surface radioactivity or interactions? Multiple origins of early-excess Type Ia supernovae and associated subclasses.	JIANG J.-A., DOI M., MAEDA K., et al.
`2018ApJ...866...10G`	`87`			`X`	`2`	`7`	`1`	Late-time observations of ASASSN-14lp strengthen the case for a correlation between the peak luminosity of Type Ia supernovae and the shape of their late-time light curves.	GRAUR O., ZUREK D.R., CARA M., et al.
`2018ApJ...866..145H`	`44`			`X`	`1`	`20`	`~`	The Carnegie-Chicago Hubble Program. V. The distances to NGC 1448 and NGC 1316 via the Tip of the Red Giant Branch.	HATT D., FREEDMAN W.L., MADORE B.F., et al.
`2018ApJ...868...90T`	`87`			`X`	`2`	`16`	`~`	Three-dimensional simulation of double detonations in the double-degenerate model for Type Ia supernovae and interaction of ejecta with a surviving white dwarf companion.	TANIKAWA A., NOMOTO K. and NAKASATO N.
`2018ApJ...869...56B`	`17`		`D`		`2`	`176`	`~`	The Carnegie Supernova Project: absolute calibration and the Hubble constant.	BURNS C.R., PARENT E., PHILLIPS M.M., et al.
`2018MNRAS.475.5257L`	`44`			`X`	`1`	`9`	`1`	Rates and delay times of Type Ia supernovae in the helium-enriched main-sequence donor scenario.	LIU Z.-W. and STANCLIFFE R.J.
`2018MNRAS.477.3567M`	`235`		`D`	`X C`	`5`	`33`	`7`	Using late-time optical and near-infrared spectra to constrain Type Ia supernova explosion properties.	MAGUIRE K., SIM S.A., SHINGLES L., et al.
`2018MNRAS.479..517P`	`496`		`D`	`X C F`	`10`	`82`	`1`	Swift UVOT grism observations of nearby Type Ia supernovae - I. Observations and data reduction.	PAN Y.-C., FOLEY R.J., FILIPPENKO A.V., et al.
`2018MNRAS.481..878Z`	`348`			`X F`	`7`	`31`	`~`	SN 2014J in M82: new insights on the spectral diversity of Type Ia supernovae.	ZHANG K., WANG X., ZHANG J., et al.
`2018PASP..130f4101V`	`627`	`K`	`D`	`S X C`	`13`	`11`	`~`	Absolute distances to nearby Type Ia supernovae via light curve fitting methods.	VINKO J., ORDASI A., SZALAI T., et al.
`2017A&A...603A.136P`	`128`			`X C`	`2`	`15`	`1`	Testing for redshift evolution of Type Ia supernovae using the strongly lensed PS1-10afx at z = 1.4.	PETRUSHEVSKA T., AMANULLAH R., BULLA M., et al.
`2017AJ....154..211K`	`43`			`X`	`1`	`348`	`16`	The Carnegie Supernova Project. I. Third photometry data release of low-redshift Type Ia supernovae and other white dwarf explosions.	KRISCIUNAS K., CONTRERAS C., BURNS C.R., et al.
`2017ApJ...836...88Z`	`43`			`X`	`1`	`34`	`7`	Continuum foreground polarization and Na I absorption in Type Ia SNe.	ZELAYA P., CLOCCHIATTI A., BAADE D., et al.
`2017ApJ...838L...4Z`	`43`			`X`	`1`	`6`	`3`	An empirical fitting method for Type Ia supernova light curves: a case study of SN 2011fe.	ZHENG W. and FILIPPENKO A.V.
`2017ApJ...841...48S`	`300`			`X`	`7`	`10`	`22`	Whimper of a bang: documenting the final days of the nearby Type Ia supernova 2011fe.	SHAPPEE B.J., STANEK K.Z., KOCHANEK C.S., et al.
`2017ApJ...841...58D`	`88`			`X`	`2`	`3`	`9`	Constraining the single-degenerate channel of Type Ia supernovae with stable iron-group elements in SNR 3C 397.	DAVE P., KASHYAP R., FISHER R., et al.
`2017ApJ...841...64Z`	`315`		`D`	`X C`	`7`	`40`	`4`	Discovery and follow-up observations of the young Type Ia supernova 2016coj.	ZHENG W., FILIPPENKO A.V., MAUERHAN J., et al.
`2017ApJ...843..102G`	`128`			`X C`	`2`	`11`	`2`	PTF11kx: a Type Ia supernova with hydrogen emission persisting after 3.5 years.	GRAHAM M.L., HARRIS C.E., FOX O.D., et al.
`2017ApJ...845L..11H`	`300`			`X C`	`6`	`9`	`22`	Early blue excess from the Type Ia supernova 2017cbv and implications for its progenitor.	HOSSEINZADEH G., SAND D.J., VALENTI S., et al.
`2017ApJ...848...66Z`	`17`		`D`	`X`	`1`	`66`	`4`	An empirical fitting method for Type Ia supernova light curves. II. Estimating the first-light time and rise time.	ZHENG W., KELLY P.L. and FILIPPENKO A.V.
`2017MNRAS.464.4476C`	`43`			`X`	`1`	`18`	`13`	Early observations of the nearby Type Ia supernova SN 2015F.	CARTIER R., SULLIVAN M., FIRTH R.E., et al.
`2017MNRAS.465.2060B`	`130`			`X`	`3`	`2`	`5`	Imprints of the ejecta-companion interaction in Type Ia supernovae: main-sequence, subgiant, and red giant companions.	BOEHNER P., PLEWA T. and LANGER N.
`2017MNRAS.466.3442J`	`444`	`K`	`D`	`X C`	`10`	`21`	`29`	Spitzer observations of SN 2014J and properties of mid-IR emission in Type Ia supernovae.	JOHANSSON J., GOOBAR A., KASLIWAL M.M., et al.
`2017MNRAS.467..778M`	`85`			`F`	`1`	`7`	`3`	High-velocity features in Type Ia supernovae from a compact circumstellar shell.	MULLIGAN B.W. and WHEELER J.C.
`2017MNRAS.468.3798D`	`299`			`X C F`	`5`	`12`	`16`	The late-time light curve of the Type Ia supernova SN 2011fe.	DIMITRIADIS G., SULLIVAN M., KERZENDORF W., et al.
`2017MNRAS.470.2510L`	`1176`	`K A`		`X C F`	`26`	`4`	`7`	Early UV emission from disc-originated matter (DOM) in Type Ia supernovae in the double-degenerate scenario.	LEVANON N. and SOKER N.
`2017MNRAS.471.2463B`	`170`			`X`	`4`	`24`	`2`	LSQ14efd: observations of the cooling of a shock break-out event in a type Ic Supernova.	BARBARINO C., BOTTICELLA M.T., DALL'ORA M., et al.
`2017MNRAS.472.2534K`	`45`			`X`	`1`	`5`	`12`	Extremely late photometry of the nearby SN 2011fe.	KERZENDORF W.E., McCULLY C., TAUBENBERGER S., et al.
`2017MNRAS.472.2787N`	`44`			`X`	`1`	`9`	`13`	Early light curves for Type Ia supernova explosion models.	NOEBAUER U.M., KROMER M., TAUBENBERGER S., et al.
`2016A&A...588A..88M`	`125`			`X`	`3`	`15`	`4`	The X-ray/radio and UV luminosity expected from symbiotic systems as the progenitor of SNe Ia.	MENG X. and HAN Z.
`2016ApJ...819...31G`	`1615`	`T K A`		`X C`	`37`	`13`	`30`	Late-time photometry of Type Ia supernova SN 2012cg reveals the radioactive decay of ⁵⁷Co.	GRAUR O., ZUREK D., SHARA M.M., et al.
`2016ApJ...819..152C`	`84`			`X`	`2`	`91`	`6`	Determining Type Ia supernova host galaxy extinction probabilities and a statistical approach to estimating the absorption-to-reddening ratio R_V.	CIKOTA A., DEUSTUA S. and MARLEAU F.
`2016ApJ...820...67Z`	`1171`			`X C`	`27`	`10`	`16`	Optical observations of the Type Ia supernova SN 2011fe in M101 for nearly 500 days.	ZHANG K., WANG X., ZHANG J., et al.
`2016ApJ...820...92M`	`4186`	`T K A`	`D`	`S X C`	`98`	`11`	`66`	SN∼2012cg: evidence for interaction between a normal Type Ia supernova and a non-degenerate binary companion.	MARION G.H., BROWN P.J., VINKO J., et al.
`2016ApJ...821..119C`	`334`	`K A`	`D`	`S X`	`8`	`175`	`45`	A deep search for prompt radio emission from thermonuclear supernovae with the very large array.	CHOMIUK L., SODERBERG A.M., CHEVALIER R.A., et al.
`2016ApJ...823..147C`	`84`			`C`	`1`	`14`	`7`	Absence of fast-moving iron in an intermediate type Ia supernova between normal and super-Chandrasekhar.	CAO Y., JOHANSSON J., NUGENT P.E., et al.
`2016ApJ...826..144S`	`295`			`X C`	`6`	`12`	`35`	The young and bright type Ia supernova ASASSN-14lp: discovery, early-time observations, first-light time, distance to NGC 4666, and progenitor constraints.	SHAPPEE B.J., PIRO A.L., HOLOIEN T.W.-S., et al.
`2016ApJ...826..211Z`	`435`		`D`	`X C`	`10`	`88`	`7`	The oxygen features in type Ia supernovae and implications for the nature of thermonuclear explosions.	ZHAO X., MAEDA K., WANG X., et al.
`2016ApJ...833..231T`	`17`		`D`		`1`	`103`	`21`	A systematic study of mid-infrared emission from core-collapse supernovae with SPIRITS.	TINYANONT S., KASLIWAL M.M., FOX O.D., et al.
`2016MNRAS.457.3254M`	`811`		`D`	`X C F`	`18`	`46`	`27`	Searching for swept-up hydrogen and helium in the late-time spectra of 11 nearby Type Ia supernovae.	MAGUIRE K., TAUBENBERGER S., SULLIVAN M., et al.
`2016MNRAS.459.1781L`	`3845`	`T A`	`D`	`S X C F`	`89`	`8`	`6`	Constraining the progenitor of the Type Ia Supernova SN 2012cg.	LIU Z.-W. and STANCLIFFE R.J.
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