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--- uva_msc_radioastronomy_2015 [2015/05/12 19:05] – leeuwen
+++ uva_msc_radioastronomy_2015 [2015/05/25 19:16] (current) – [May 18, 2015 - The Future of Radio Astronomy - Michael] hessels
@@ Line 131: / Line 131: @@
 ==== May 11, 2015 - The Techniques of Time-Domain Radio Astronomy I: Single-dish techniques - Joeri ====
-   {{:ra_uva:2015:ra_uva_lecture9_annotated.pdf| Lecture 9}}  (lecture slides including extra notes)
+{{:ra_uva:2015:ra_uva_lecture9_annotated.pdf| Lecture 9}} (lecture slides including extra notes)
    * Main differences between imaging and single-dish time domain astronomy
@@ Line 139: / Line 139: @@
 ==== May 13, 2015 - The Techniques of Time-Domain Radio Astronomy II: High time resolution with interferometers - Jason ====
+{{:ra_uva:2015:ra_uva_lecture10_2015.pdf| Lecture 10}} (lecture slides including extra notes)
     * Comparison with single-dish observations
@@ Line 146: / Line 148: @@
     * Advanced techniques
 ==== May 18, 2015 - The Future of Radio Astronomy - Michael ====
+{{:ra_uva:2015:ra_uva_lecture11_2015_lores.pdf| Lecture 11}} (lecture slides including extra notes)
    * The Square Kilometre Array (SKA)
@@ Line 231: / Line 235: @@
   * May 11  {{:ra_uva:2015:vlainterferometricimage-practical2.docx|Calibration and Imaging}}
   * May 13 finish off this practicum
+  * {{:ra_uva:2015:submissionsvlainter-imaging-prac-1-2.pdf|Submission checklist}}
 ** Materials **:
+See above.
 ==== Field trip to Westerbork and LOFAR ====
@@ Line 250: / Line 258: @@
 ** Goals **: Learn how to "discover" a radio pulsar in radio telescope and then characterize its properties.
-** Expected time **: ~16hrs
+** Expected time **: ~4hrs
 ** Contribution to total grade **: 10%
@@ Line 258: / Line 266: @@
 ** Materials **:
+{{:ra_uva:2015:ra_pulsar_practicum.zip| PSR Practicum data and assignment}}
 ===== Further References for Radio Astronomy =====