ALMA SIS14: Difference between revisions
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* The three columns and basic calibration flow | * The three columns and basic calibration flow | ||
* Basic phase and amplitude calibration | * [[ALMA_SIS14_apcal|Basic phase and amplitude calibration]] | ||
* Applying calibrations | * [[ALMA_SIS14_applycal|Applying calibrations]] | ||
* Flux calibration using a quasar | * [[ALMA_SIS14_fluxcalqso|Flux calibration using a quasar]] | ||
* Flux calibration using a solar system body | * [[ALMA_SIS14_fluxcalplanet|Flux calibration using a solar system body]] | ||
* Bandpass calibration | * [[ALMA_SIS14_bandpass|Bandpass calibration]] | ||
=== Flagging Data === | === Flagging Data === | ||
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* Splitting and averaging data | * Splitting and averaging data | ||
* Manipulating the three columns | * Manipulating the three columns | ||
* Combining several data sets | |||
=== Imaging === | === Imaging === | ||
Latest revision as of 19:37, 26 February 2014
Overview
Data Description
Individual Lessons
Getting Oriented in CASA
We'll begin by getting you oriented in CASA.
- Your first task and script
- Orienting yourself with a new data set
Calibrating Data
Next we'll look at how we calibrate data.
- The three columns and basic calibration flow
- Basic phase and amplitude calibration
- Applying calibrations
- Flux calibration using a quasar
- Flux calibration using a solar system body
- Bandpass calibration
Flagging Data
A large part of the human input to data reduction comes from identifying problematic data, which is usally removed from the data set in a process called "flagging."
- Basic flagging
- Basic data inspection
Manipulating Data
- Splitting and averaging data
- Manipulating the three columns
- Combining several data sets
Imaging
- Demonstrating the effect of calibration - your first imaging example
- Basic continuum imaging
- Basic line imaging
- UV continuum subtraction
Self-Calibration
- Basic self-calibration
- Averaging in self-calibration
- Self-calibration tips and tricks
Analysis
- Derive image statistics
- Make moment maps
- Fit a gaussian
- Inspection using the CASA viewer
