Extended X-ray sources and optical cluster catalogs produced by
Ivan Valtchanov, Stefano Andreon, Christophe Adami, Jon Willis,
Olivier Le Fèvre and the Terapix team.
XMM-LSS cluster candidate. (Red sequence detection algorithm).
CFH12k I-band image overlaid with X-ray contours (top) and the
color-magnitude (CM) diagram from CTIO R and z' images (below). The red
sequence detection box used for the CM diagram is indicated. Estimated
redshift 0.3.
XMM-LSS cluster candidate. (Red sequence detection algorithm).
CFH12k I-band image overlaid with X-ray contours (top) and the
color-magnitude (CM) diagram from CTIO R and z' images (below). The
red sequence detection box used for the CM diagram is indicated.
Estimated redshift 0.4.
XMM-LSS optical cluster candidate. (Red sequence detection and
no X-ray). CTIO z'-band image overlaid with X-ray contours (top) and
the color-magnitude from R and z' images (below). The objects with
marks are on the red (R-z') sequence brighter than the considered
magnitude limits (m < 22.5) and inside the indicated detection box.
Estimated redshift 0.35.
XMM-LSS optical cluster candidate. (Red sequence detection and
no X-ray). CTIO z'-band image overlaid with X-ray contours (top) and
the color-magnitude from R and z' images (below). The objects with
marks are on the red (R-z') sequence brighter than the considered
magnitude limits (m < 21) and inside the indicated detection
box. Estimated redshift 0.3.
Size of the image has been reduced to 80%. Click on the image to see it at full size (787x787).
XMM-LSS cluster candidate. True color image overlaid with X-ray
contours. The optical clustering analysis in photometric resdhift
slices finds a cluster at z~0.9. The CFH12k images in I(red), R(green)
and V(blue) filters were used.
Size of the image has been reduced to 80%. Click on the image to see it at full size (787x787).
XMM-LSS cluster candidate. True color image overlaid with X-ray
contours. The optical clustering analysis in photometric resdhift
slices finds a cluster at z~0.2-0.3. The CFH12k images in I(red),
R(green) and V(blue) filters were used.
