An Embedded Active Nucleus in the OH Me...

Multiwavelength images of IRAS16399−0937. Top panels, from the left to the right: HST im...

An Embedded Active Nucleus in the OH Me...

Composite image of IRAS16399−0937. The green and red channels represent the Hα +[N ii] a...

An Embedded Active Nucleus in the OH Me...

Spitzer IRAC 8 μm image showing the apertures used within smart to extract IRS SL module...

An Embedded Active Nucleus in the OH Me...

Low-resolution Spitzer IRS spectrum of the IRAS16399−0937 system, extracted from a circu...

An Embedded Active Nucleus in the OH Me...

Low-resolution (SL module) IRS spectra of IRAS16399−0937. The integrated spectrum of the...

An Embedded Active Nucleus in the OH Me...

Result of the pahfit decomposition of the combined (SL+LL) IRS spectrum of the whole IRA...

An Embedded Active Nucleus in the OH Me...

Radio spectral index image of IRAS16399−0937, derived from 1.49 and 4.9 GHz VLA images (...

An Embedded Active Nucleus in the OH Me...

Composite image of IRAS16399−0937. The red and blue channels represent the 1.49 GHz VLA ...

An Embedded Active Nucleus in the OH Me...

Comparison of IRAS16399−0937 regions with galaxies exhibiting starburst activity or AGN ...

An Embedded Active Nucleus in the OH Me...

Comparison of IRAS16399−0937 regions in “fork” diagram of 6.2 μm PAH EW vs. the silicate...

An Embedded Active Nucleus in the OH Me...

Fits to the 0.4–500 μm spectral energy distributions of the north (top) and south (botto...

An Embedded Active Nucleus in the OH Me...

Same as Figure 11 for the case in which the SED fits to both the IRAS16399N (top) and IR...

An Embedded Active Nucleus in the OH Me...

Comparison of the summed SED fits of Figures 11 (top) and 12 (bottom) to the SED of the ...

An Embedded Active Nucleus in the OH Me...

Marginalized posterior probability densities estimated from the MCMC samples for the par...

An Embedded Active Nucleus in the OH Me...

Same as Figure 14, for the parameters of the stellar and ISM components.

An Embedded Active Nucleus in the OH Me...

Same as Figure 15 for the IRAS16399S nucleus.

An Embedded Active Nucleus in the OH Me...

Probability density distributions of the parameters derived from the clumpyDREAM SED fit...

An Embedded Active Nucleus in the OH Me...

Same as Figure 17 for the IRAS16399S nucleus.

The Bolocam Galactic Plane Survey. XII....

Galactic kinematics for distance determination. Left: contours mark lines of constant pr...

The Bolocam Galactic Plane Survey. XII....

Comparison of the vLSR of the brightest 13CO emission feature from the GRS data toward a...

The Bolocam Galactic Plane Survey. XII....

Demonstration of the morphological spectrum extraction technique for example source G030...

The Bolocam Galactic Plane Survey. XII....

Flow chart for the assignment of vLSR from the morphologically extracted 13CO spectrum f...

The Bolocam Galactic Plane Survey. XII....

Optimization of the TA, thresh for detection and RT limit for multiply peaked spectra. B...

The Bolocam Galactic Plane Survey. XII....

Morphologically extracted 13CO spectrum vLSR comparison with dense-gas tracers. Colors a...

The Bolocam Galactic Plane Survey. XII....

Example of DPDFpx construction from trigonometric parallax measurements. Left: Gaussians...

The Bolocam Galactic Plane Survey. XII....

Optimization of the association volume for catalog-based priors, based on HRDS H ii regi...

The Bolocam Galactic Plane Survey. XII....

Assignment of vLSR as a function of λ = 1.1 mm peak flux density. The blue dashed curve ...

The Bolocam Galactic Plane Survey. XII....

Longitude–velocity diagram for the BGPS. Background image is the latitude-integrated 12C...

The Bolocam Galactic Plane Survey. XII....

Gemini OB1 field. Top: sky-projected map of the Gemini OB1 molecular cloud. The backgrou...

The Bolocam Galactic Plane Survey. XII....

“Well-constrained” distance estimate criteria. Each BGPS V2.1 catalog object at ℓ ⩽ 70° ...