Previous years lectures: Difference between revisions
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== Radio-Astronomy course - UNI Bologna 2019 == | |||
*[[Media:Calib_clean_mm_30sept2019.pdf| Calib_clean ]] Introduction to calibration, clean and mm interferometry | |||
* Aperture Synthesis Simulator written by Ivan Marti-Vidal (Nordic ARC)[[https://launchpad.net/apsynsim Apsynsim]] | |||
* First datasets: | |||
download the file [http://paladino.users.alma.inaf.it/LAB2019/calibrators.ms.tgz calibrators] | |||
and use from a terminal '''tar zxvf calibrators.ms.tgz''' | |||
download the file [http://paladino.users.alma.inaf.it/LAB2019/uid___A002_X1ff7b0_X1c8_wvrcal.ms.tgz uid___A002_X1ff7b0_X1c8_wvrcal] | |||
and use from a terminal '''tar zxvf uid___A002_X1ff7b0_X1c8_wvrcal.ms.tgz''' | |||
== Radio-Astronomy course - UNI Bologna 2017 == | |||
*[[Media:Intro_radioALMA_Rosita_Jan.pdf| Introduction ]] Introduction to mm interferometry | |||
* Aperture Synthesis Simulator written by Ivan Marti-Vidal (Nordic ARC)[[https://launchpad.net/apsynsim Apsynsim]] | |||
*[[Media:Calib_Apriori.pdf| A priori Calibration]] Notes about A priori Calibration | |||
*[[Media:Calibrazione_2016.pdf| Calibration]] Notes about Calibration | |||
*[[Media: Imaging_Lab2017.pdf| Clean]] Notes about imaging | |||
*[[Media: Moments_2016.pdf| Momenti]] Notes about moments | |||
*[[Media: esercitazione2017.pdf | Esercitazione]] | |||
== Radio-Astronomy course - UNI Bologna 2016 == | == Radio-Astronomy course - UNI Bologna 2016 == | ||
*[[Media:Intro_mm2016.pdf| Introduction 1]] Introduction to mm interferometry | |||
*[[Media:alma_science_Oct2016.pdf| Introduction 2]] ALMA and science with ALMA | |||
* Aperture Synthesis Simulator written by Ivan Marti-Vidal (Nordic ARC)[[https://launchpad.net/apsynsim Apsynsim]] | |||
* First dataset: | |||
download the file [http://paladino.users.alma.inaf.it/LAB2016/calibrators.ms.tgz calibrators] | |||
and use '''tar zxvf calibrators.ms.tgz''' | |||
*[[Media:Calibrazione_2016.pdf| Calibration]] Notes about Calibration | |||
*[[Media: clean2015.pdf| Clean]] Notes about imaging | |||
*[[Media: Imaging_Lab2016.pdf| Clean2]] Notes about imaging (2) | |||
*[[Media: Moments_2016.pdf| Momenti]] Notes about moments | |||
*[[Media: Mass-determinations-lab2016-v2.pdf| H2mass]] Notes about H2 mass determinations | |||
*[[Media: esercitazione2016.pdf | Esercitazione]] | |||
== Radio-Astronomy course - UNI Bologna 2013, 2014, 2015 == | == Radio-Astronomy course - UNI Bologna 2013, 2014, 2015 == |
Latest revision as of 15:11, 20 October 2020
Radio-Astronomy course - UNI Bologna 2019
- Calib_clean Introduction to calibration, clean and mm interferometry
- Aperture Synthesis Simulator written by Ivan Marti-Vidal (Nordic ARC)[Apsynsim]
- First datasets:
download the file calibrators and use from a terminal tar zxvf calibrators.ms.tgz
download the file uid___A002_X1ff7b0_X1c8_wvrcal
and use from a terminal tar zxvf uid___A002_X1ff7b0_X1c8_wvrcal.ms.tgz
Radio-Astronomy course - UNI Bologna 2017
- Introduction Introduction to mm interferometry
- Aperture Synthesis Simulator written by Ivan Marti-Vidal (Nordic ARC)[Apsynsim]
- A priori Calibration Notes about A priori Calibration
- Calibration Notes about Calibration
- Clean Notes about imaging
- Momenti Notes about moments
- Esercitazione
Radio-Astronomy course - UNI Bologna 2016
- Introduction 1 Introduction to mm interferometry
- Introduction 2 ALMA and science with ALMA
- Aperture Synthesis Simulator written by Ivan Marti-Vidal (Nordic ARC)[Apsynsim]
- First dataset:
download the file calibrators and use tar zxvf calibrators.ms.tgz
- Calibration Notes about Calibration
- Clean Notes about imaging
- Clean2 Notes about imaging (2)
- Momenti Notes about moments
- H2mass Notes about H2 mass determinations
- Esercitazione
Radio-Astronomy course - UNI Bologna 2013, 2014, 2015
- Introduction A description of main goals of this laboratory
- CASA A brief introduction to CASA software
- Tutorial A guide to the data reduction
- Clean A guide to the cleaning process
- Moments An introduction to the Image moments
- Calibration Calibration principles
- uv_notes Understanding the UV plane
- H2_mass H2 mass determination (Jan Brand)
- esercitaz Notes on Antennae data reduction and analysis