236 citations · 2.6k across the 47 of their papers we have counts for
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High Resolution K-band Spectroscopy of MWC 480 and V1331 Cyg
Joan R. Najita, Greg W. Doppmann, John S. Carr +2
We present high resolution (R=25,000-35,000) K-band spectroscopy of two young stars, MWC 480 and V1331 Cyg. Earlier spectrally dispersed (R=230) interferometric observations of MWC…
CO Fundamental Emission from V836 Tau
Joan R. Najita, Nathan Crockett, John S. Carr
We present high resolution 4.7 micron CO fundamental spectroscopy of V836 Tau, a young star with properties that are between those of classical and weak T Tauri stars and which may…
Stellar and Circumstellar Properties of the Pre-Main Sequence Binary GV Tau from Infrared Spectroscopy
Greg W. Doppmann, Joan R. Najita, John S. Carr
We report spatially resolved spectroscopy of both components of the low-mass pre-main-sequence binary GV Tau. High resolution spectroscopy in the K- and L-bands is used to characte…
Gaseous Inner Disks
Joan R. Najita, John S. Carr, Alfred E. Glassgold +1
As the likely birthplaces of planets and an essential conduit for the buildup of stellar masses, inner disks are of fundamental interest in star and planet formation. Studies of th…
Hot H2O Emission and Evidence for Turbulence in the Disk of a Young Star
John S. Carr, Alan T. Tokunaga, Joan Najita
We report on the detection and analysis of hot ro-vibrational H2O emission from SVS-13, a young stellar object previously known to have strong CO overtone bandhead emission. Modeli…
Evidence for Residual Material in Accretion Disk Gaps: CO Fundamental Emission from the T Tauri Spectroscopic Binary DQ Tau
John S. Carr, Robert D. Mathieu, Joan R. Najita
We present the discovery of CO fundamental ro-vibrational emission from the classical T Tauri spectroscopic binary DQ Tau. The high-resolution infrared echelle spectra reveal emiss…