XMM-Newton Mission Status & Performance Indicator

30-Jun-2004 Revolution 0834

Observing Time Implementation Status as of Revolution 0834

Predicted end of AO1 to AO3 and Guaranteed Time

Priority A and B
AO1, AO2 & AO3	Revolution 0953 ( 20-Feb-2005 )

Open Time Program - AO3

Priority A and B
Number of allocated targets	602
Allocated cumulative exposure time (ks)	19364.1
Number of successfully observed targets	287  (47.7%)
Successfully observed cumulative exposure time (ks)	8867.1  (45.8%)
Priority C
Number of allocated targets	431
Allocated cumulative exposure time (ks)	13425.9
Number of successfully observed targets	0  (0.0%)
Successfully observed cumulative exposure time (ks)	0.0  (0.0%)

TOO Targets

Number of targets	88
Successfully observed cumulative exposure time (ks)	2903.0

Operational efficiency indicators as of revolution 0834

Instrument	Efficiency Breakdown over the past 6 months	Evolution of efficiency since start of routine phase
PN
MOS 1
RGS 1

Legends are available for these PDF diagrams.

Data Processing and Distribution status as of 30-Jun-2004

Total number of Planned Observations in Routine Phase (revs 0103-0834)	3634
Total number of Performed Observations in Routine Phase	3422
Total number of Observation Data Files generated	3367
Total number of Pipeline/Data Products sets generated and distributed	3262

Turnaround (in days) between Data acquisition and final Data Products distribution (last Quarter) Values in excess of 90 days usually indicate a problem analysing the data and/or that re-processing was required.

Details on the Observation Status can be found on the Observation & Data Processing pages.

Publications based on XMM-Newton data

Published papers in refereed journals For a complete up-to-date list of publications please check here.	545
Accepted and published refereed papers Derived from astro-ph.

Please note; the large number of publications in the 1st quarter of 2001 is due to the release of the A&A special issue on XMM-Newton. The number of publications in the quarter at the time of issue is an underestimate.

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