XZ Tauri is a M3 V T Tauri star with a pre-main-sequence binary companion detected by infrared speckle interferometry at a projected separation of 0".3 (about 40 AU). Previous ground-based observations of the system have shown bipolar emission nebulosity, including a possible jet knot. Images obtained with the Wide Field and Planetary Camera 2 on the Hubble Space Telescope show an elongated, filled bubble of emission nebulosity extending over 4" to the north of the system which contains two or three compact knots. The source of the nebulosity is undetermined. For the first time, the components are separated in visible light, and the southern component (XZ Tau S) dominates the integrated light of the system. The reverse has been found to be ...
The young binary system T Tauri was observed with the Owens Valley Millimeter Array in the 267 GHz c...
The young binary system T Tauri was observed with the Owens Valley Millimeter Array in the 267 GHz c...
The 5 to 25 micron observations show that an object previously discovered at 2.2 microns (IRS 5) wit...
XZ Tauri is a M3 V T Tauri star with a pre-main-sequence binary companion detected by infrared speck...
Aims: The immediate vicinity of T Tauri was observed with the new high-contrast imaging instrument ...
Planetary camera images of HL Tauri have been obtained through V-, R-, and I-band filters using the ...
Planetary camera images of HL Tauri have been obtained through V-, R-, and I-band filters using the ...
We have observed the field of FS Tauri (Haro 6-5) with the Wide Field Planetary Camera 2 on the Hubb...
We have observed the field of FS Tauri (Haro 6-5) with the Wide Field Planetary Camera 2 on the Hubb...
Short-exposure Planetary Camera images of T Tauri have been obtained using broadband filters spannin...
Short-exposure Planetary Camera images of T Tauri have been obtained using broadband filters spannin...
Short exposure Planetary Camera images of T Tauri have been obtained using broadband filters spannin...
We report observations of the T Tauri system at 8.4 GHz with a VLBI array comprising the VLBA, VLA a...
We present nine epochs of Hubble Space Telescope optical imaging of the bipolar outflow from the pre...
The young binary system T Tauri was observed with the Owens Valley Millimeter Array in the 267 GHz c...
The young binary system T Tauri was observed with the Owens Valley Millimeter Array in the 267 GHz c...
The young binary system T Tauri was observed with the Owens Valley Millimeter Array in the 267 GHz c...
The 5 to 25 micron observations show that an object previously discovered at 2.2 microns (IRS 5) wit...
XZ Tauri is a M3 V T Tauri star with a pre-main-sequence binary companion detected by infrared speck...
Aims: The immediate vicinity of T Tauri was observed with the new high-contrast imaging instrument ...
Planetary camera images of HL Tauri have been obtained through V-, R-, and I-band filters using the ...
Planetary camera images of HL Tauri have been obtained through V-, R-, and I-band filters using the ...
We have observed the field of FS Tauri (Haro 6-5) with the Wide Field Planetary Camera 2 on the Hubb...
We have observed the field of FS Tauri (Haro 6-5) with the Wide Field Planetary Camera 2 on the Hubb...
Short-exposure Planetary Camera images of T Tauri have been obtained using broadband filters spannin...
Short-exposure Planetary Camera images of T Tauri have been obtained using broadband filters spannin...
Short exposure Planetary Camera images of T Tauri have been obtained using broadband filters spannin...
We report observations of the T Tauri system at 8.4 GHz with a VLBI array comprising the VLBA, VLA a...
We present nine epochs of Hubble Space Telescope optical imaging of the bipolar outflow from the pre...
The young binary system T Tauri was observed with the Owens Valley Millimeter Array in the 267 GHz c...
The young binary system T Tauri was observed with the Owens Valley Millimeter Array in the 267 GHz c...
The young binary system T Tauri was observed with the Owens Valley Millimeter Array in the 267 GHz c...
The 5 to 25 micron observations show that an object previously discovered at 2.2 microns (IRS 5) wit...