Differences between revisions 7 and 11 (spanning 4 versions)

Data Files

Sensitivity curves

bLCGT (uploaded 2011.3.25)
Half Cool (uploaded 2011.1.31)

Past data

Notes

* SQL = Standard Quantum Limit
* QN_BRSE : Quantum noise curve in the BRSE operation with a fixed DC-readout phase
* QN_BRSEHD : Quantum noise curve in the BRSE operation with the DC-readout phase optimized for NSNS binary inspirals
* QN_DRSE : Quantum noise curve in the DRSE operation with the detune phase and DC-readout phase optimized for NSNS binary inspirals (default configuration)
* Half Cool : Operation with 290K Silica ITM and 20K Sapphire ETM (optional)

-  ⇤ ← Revision 7 as of 2011-03-25 11:41:09 → 
  Size: 671
  Editor: KentaroSomiya
  Comment:
+   ← Revision 11 as of 2011-04-24 02:31:13 → ⇥
  Size: 722
  Editor: KentaroSomiya
  Comment:
-Deletions are marked like this.
+Additions are marked like this.
 Line 8:
+== Past data ==
-Line 9:
+Line 11:
-Note<<BR>>
 * SQL = Standard Quantum Limit<<BR>>
 * QN_BRSE : Quantum noise curve in the BRSE operation with fixed DC-readout phase<<BR>>
 * QN_BRSEHD : Quantum noise curve in the BRSE operation with DC-readout phase optimized for NSNS binary inspirals<<BR>>
 * QN_DRSE : Quantum noise curve in the DRSE operation with detune phase and DC-readout phase optimized for NSNS binary inspirals<<BR>>
 * Half Cool : Operation with 290K Silica ITM and 20K Sapphire ETM (optional)
+=== Notes ===
* SQL = Standard Quantum Limit<<BR>>
* QN_BRSE : Quantum noise curve in the BRSE operation with a fixed DC-readout phase<<BR>>
* QN_BRSEHD : Quantum noise curve in the BRSE operation with the DC-readout phase optimized for NSNS binary inspirals<<BR>>
* QN_DRSE : Quantum noise curve in the DRSE operation with the detune phase and DC-readout phase optimized for NSNS binary inspirals (default configuration)<<BR>>
* Half Cool : Operation with 290K Silica ITM and 20K Sapphire ETM (optional)