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 (2.1.3) will discuss the new kinds of experiments SFXC permits us to handle. (2.1.3) will discuss the new kinds of experiments SFXC permits us to handle.
  
-[figure 1   sfxcuse.png   goes here]+{{:2011-2012:sfxcuse.png?100|}}[figure 1   sfxcuse.png   goes here]
 Figure [##1] Fraction of disk-based experiments correlated on the MkIV and Figure [##1] Fraction of disk-based experiments correlated on the MkIV and
 on SFXC, per session. on SFXC, per session.
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 correlator pass. correlator pass.
  
-[figure 2   ntwkhr2012.png   goes here]+{{:2011-2012:ntwkhr2012.png?100|}}[figure 2   ntwkhr2012.png   goes here]
 Figure [##2]: Annual EVN network hours, with the contribution by e-EVN Figure [##2]: Annual EVN network hours, with the contribution by e-EVN
 observations shown by the shaded area. observations shown by the shaded area.
  
-[figure 3   etypes2012.png   goes here]+{{:2011-2012:etypes2012.png?100|}}[figure 3   etypes2012.png   goes here]
 Figure [##3]: Division of annual e-EVN network hours into categories. Figure [##3]: Division of annual e-EVN network hours into categories.
  
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                        User Experiments          Test & Network Monitoring                        User Experiments          Test & Network Monitoring
                      N   Ntwk_hr  Corr_hr          N   Ntwk_hr   Corr_hr                      N   Ntwk_hr  Corr_hr          N   Ntwk_hr   Corr_hr
-Observed           89     701     979            28      91        91 +  Observed           89     701     979            28      91        91 
-Correlated         71     535     728            28      92        92 +  Correlated         71     535     728            28      92        92 
-Distributed        76     585     797            24      80        80 +  Distributed        76     585     797            24      80        80 
-Released           77     619     789            27      88        88 +  Released           77     619     789            27      88        88 
-e-EVN experiments  38     249     249 +  e-EVN experiments  38     249     249 
-e-EVN ToOs          7      53      53+  e-EVN ToOs          7      53      53
  
 Table [##1]: Summary of projects observed, correlated, distributed, and Table [##1]: Summary of projects observed, correlated, distributed, and
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                        User Experiments          Test & Network Monitoring                        User Experiments          Test & Network Monitoring
                      N   Ntwk_hr  Corr_hr          N   Ntwk_hr   Corr_hr                      N   Ntwk_hr  Corr_hr          N   Ntwk_hr   Corr_hr
-Observed           87     711     801            31      96        96 +  Observed           87     711     801            31      96        96 
-Correlated         85     728     916            26      82        82 +  Correlated         85     728     916            26      82        82 
-Distributed        76     673     861            31      94        94 +  Distributed        76     673     861            31      94        94 
-Released           72     634     828            30      91        91 +  Released           72     634     828            30      91        91 
-e-EVN experiments  29     233     233 +  e-EVN experiments  29     233     233 
-e-EVN ToOs          4      25      25+  e-EVN ToOs          4      25      25
  
 Table [##2]: Summary of projects observed, correlated, distributed, and Table [##2]: Summary of projects observed, correlated, distributed, and
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 spurious peaks caused by periods with no remaining production correlation. spurious peaks caused by periods with no remaining production correlation.
  
-[figure 4  ar1112_f4.png   goes here]+{{:2011-2012:ar1112_f4.png?100|}}[figure 4  ar1112_f4.png   goes here]
 Figure [##4]: Various measures of correlator efficiency. Figure [##4]: Various measures of correlator efficiency.
  
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 following session, leading to a blocky pattern for the green line). following session, leading to a blocky pattern for the green line).
  
-[figure 5  ar1112_f5.png   goes here]+{{:2011-2012:ar1112_f5.png?100|}}[figure 5  ar1112_f5.png   goes here]
 Figure [##5]: Size of various correlator queues, measured in correlator hours. Figure [##5]: Size of various correlator queues, measured in correlator hours.
  
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 Zelenchukskaya. Zelenchukskaya.
  
-[figure 6  ondbbc.png   goes here]+{{:2011-2012:ondbbc.png?100|}}[figure 6  ondbbc.png   goes here]
 Figure [##6]:  Amplitude and phase vs. frequency on the baselines Ef-On  Figure [##6]:  Amplitude and phase vs. frequency on the baselines Ef-On 
 (Onsala with a mark4 formatter) and Ef-Od (Onsala with a DBBC) for the session  (Onsala with a mark4 formatter) and Ef-Od (Onsala with a DBBC) for the session 
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 ##### FIGS ##### FIGS
-[figure 7   kvn.png   goes here]+{{:2011-2012:kvn.png?100|}}[figure 7   kvn.png   goes here]
 Figure [##7]:  Amplitude and phase vs. frequency on the baselines among Figure [##7]:  Amplitude and phase vs. frequency on the baselines among
 the three KVN stations and Shanghai for the session 3/2012 K-band NME N12K4. the three KVN stations and Shanghai for the session 3/2012 K-band NME N12K4.
  
-[figure 8  irbene.png   goes here]+{{:2011-2012:irbene.png?100|}}[figure 8  irbene.png   goes here]
 Figure [##8]:  Amplitude and phase vs. frequency on the baseline Effelsberg - Figure [##8]:  Amplitude and phase vs. frequency on the baseline Effelsberg -
 Irbene for the session 3/2012 C-band NME N12C4.  Irbene had only RCP available, Irbene for the session 3/2012 C-band NME N12C4.  Irbene had only RCP available,
2011-2012/science.1361867167.txt.gz · Last modified: 2013/02/26 08:26 by poll