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Flow morphologies, drag, and accretion in 3D si...

On the Accretion-fed Growth of Neutron ...

Flow morphologies, drag, and accretion in 3D simulations of HLA with an upstream density...

MacLeod & Ramirez-Ruiz, The Astrophysical Journal Letters 798 1 L19

Envelope structure of a range of giant star mod...

On the Accretion-fed Growth of Neutron ...

Envelope structure of a range of giant star models that share 600 R☉. The top panel show...

MacLeod & Ramirez-Ruiz, The Astrophysical Journal Letters 798 1 L19

Orbital inspiral of an originally 1.33 M☉ NS th...

On the Accretion-fed Growth of Neutron ...

Orbital inspiral of an originally 1.33 M☉ NS through the envelope of its 12 M☉, 500 R☉ c...

MacLeod & Ramirez-Ruiz, The Astrophysical Journal Letters 798 1 L19

Post-CE states for originally 1.33 M☉ NSs invol...

On the Accretion-fed Growth of Neutron ...

Post-CE states for originally 1.33 M☉ NSs involved in interactions with wide variety of ...

MacLeod & Ramirez-Ruiz, The Astrophysical Journal Letters 798 1 L19

Gas profiles for various choices of Γ, assuming...

A Simple Physical Model for the Gas Dis...

Gas profiles for various choices of Γ, assuming an NFW dark matter profile as described ...

Patej & Loeb, The Astrophysical Journal Letters 798 1 L20

Summary of the results of fitting our model to ...

A Simple Physical Model for the Gas Dis...

Summary of the results of fitting our model to the cluster sample. Top: the distribution...

Patej & Loeb, The Astrophysical Journal Letters 798 1 L20

Examples of fits to a subsample of gas density ...

A Simple Physical Model for the Gas Dis...

Examples of fits to a subsample of gas density profiles of relaxed clusters for which ou...

Patej & Loeb, The Astrophysical Journal Letters 798 1 L20

Same as Figure 3, but for systems identified as...

A Simple Physical Model for the Gas Dis...

Same as Figure 3, but for systems identified as mergers by V09.

Patej & Loeb, The Astrophysical Journal Letters 798 1 L20

Histograms of the maximum normalized residual |...

A Simple Physical Model for the Gas Dis...

Histograms of the maximum normalized residual |δ| from fitting our model (green) and the...

Patej & Loeb, The Astrophysical Journal Letters 798 1 L20

Photometry of SN 2014J from −11d to +29d. The o...

Early Observations and Analysis of the ...

Photometry of SN 2014J from −11d to +29d. The observations were made at Mt. Abu (JHKs) a...

Marion et al., The Astrophysical Journal 798 1 39

OIR spectra of SN 2014J from 0.32–2.4 μm obtain...

Early Observations and Analysis of the ...

OIR spectra of SN 2014J from 0.32–2.4 μm obtained between −10d and +10d. The phases are ...

Marion et al., The Astrophysical Journal 798 1 39

Velocity measurements for several lines plotted...

Early Observations and Analysis of the ...

Velocity measurements for several lines plotted by phase. Mg ii velocities before −3d fo...

Marion et al., The Astrophysical Journal 798 1 39

NIR spectra from −9d to +5d are normalized to a...

Early Observations and Analysis of the ...

NIR spectra from −9d to +5d are normalized to a level continuum over the region 0.98–1.0...

Marion et al., The Astrophysical Journal 798 1 39

SYNAPPS models show that C i λ1.0693 is require...

Early Observations and Analysis of the ...

SYNAPPS models show that C i λ1.0693 is required to match the line profile of the Mg ii ...

Marion et al., The Astrophysical Journal 798 1 39

H-band features in SN 2014J during the first 10...

Early Observations and Analysis of the ...

H-band features in SN 2014J during the first 10 days after t(Bmax). The prominent featur...

Marion et al., The Astrophysical Journal 798 1 39

Distribution of wavelength (λ) and mean equival...

Mapping the Interstellar Medium with Ne...

Distribution of wavelength (λ) and mean equivalent width-to-extinction (WDIB/AV) ratios ...

Zasowski et al., The Astrophysical Journal 798 1 35

Surface density (kpc−2) in the Galactic disk of...

Mapping the Interstellar Medium with Ne...

Surface density (kpc−2) in the Galactic disk of APOGEE stars in our subsample used in th...

Zasowski et al., The Astrophysical Journal 798 1 35

Examples of APOGEE spectra and the removal of t...

Mapping the Interstellar Medium with Ne...

Examples of APOGEE spectra and the removal of the stellar contributions to the spectra. ...

Zasowski et al., The Astrophysical Journal 798 1 35

Top: median W(l, b) of the DIB absorption field...

Mapping the Interstellar Medium with Ne...

Top: median W(l, b) of the DIB absorption field, measured from all clean residuals, in 0...

Zasowski et al., The Astrophysical Journal 798 1 35

The equivalent width WDIB as a function of fore...

Mapping the Interstellar Medium with Ne...

The equivalent width WDIB as a function of foreground extinction AV. Small points are th...

Zasowski et al., The Astrophysical Journal 798 1 35

Distributions of the first three moments of the...

Mapping the Interstellar Medium with Ne...

Distributions of the first three moments of the DIB profiles for the entire catalog (bla...

Zasowski et al., The Astrophysical Journal 798 1 35

Empirical determination of the DIB's λ0, using ...

Mapping the Interstellar Medium with Ne...

Empirical determination of the DIB's λ0, using stars with 170° ⩽ l ⩽ 190° (i.e., within ...

Zasowski et al., The Astrophysical Journal 798 1 35

The longitude–velocity (l–vLSR) diagram of the ...

Mapping the Interstellar Medium with Ne...

The longitude–velocity (l–vLSR) diagram of the DIB sample. Gray points are the measureme...

Zasowski et al., The Astrophysical Journal 798 1 35

Left: pole-down view of the Galactic disk, show...

Mapping the Interstellar Medium with Ne...

Left: pole-down view of the Galactic disk, showing the median observed WDIB of sightline...

Zasowski et al., The Astrophysical Journal 798 1 35

Difference between the median observed WDIB dis...

Mapping the Interstellar Medium with Ne...

Difference between the median observed WDIB distribution in the Galactic disk and that p...

Zasowski et al., The Astrophysical Journal 798 1 35

Comparison of the input and best-fit parameters...

Mapping the Interstellar Medium with Ne...

Comparison of the input and best-fit parameters of the mock DIB profiles: (a) amplitude ...

Zasowski et al., The Astrophysical Journal 798 1 35

WDIB completeness estimate over the A0 and σ0 r...

Mapping the Interstellar Medium with Ne...

WDIB completeness estimate over the A0 and σ0 ranges tested using mock DIB features. The...

Zasowski et al., The Astrophysical Journal 798 1 35

Lumped masses vs. springs model of a radial sli...

Pulsation Period Variations in the RRc ...

Lumped masses vs. springs model of a radial slice of the star with a stiff and dense inn...

Hippke et al., The Astrophysical Journal 798 1 42

Stellar flux vs. time for the lumped masses ver...

Pulsation Period Variations in the RRc ...

Stellar flux vs. time for the lumped masses versus springs model (black), based on the E...

Hippke et al., The Astrophysical Journal 798 1 42

Stellar flux vs. time for the pressure vs. grav...

Pulsation Period Variations in the RRc ...

Stellar flux vs. time for the pressure vs. gravity models (black) superimposed on Kepler...

Hippke et al., The Astrophysical Journal 798 1 42

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