OPERA neutrino-induced charmed hadron event 180718369

Description

This OPERA detector event is a muon neutrino interaction with the lead target where a charmed hadron was reconstructed in the final state. The event data consist of Electronic Detector files (such as Drift Tube, RPC, and Target Tracker files) and Emulsion Detector files (such as Tracks and Vertex files). For more information, see the description of the whole dataset.

Related datasets

This event is part of OPERA Electronic Detector neutrino-induced charmed hadron production dataset

Electronic detector data for neutrino-induced charmed hadron production studies

This event is part of OPERA Emulsion Detector neutrino-induced charmed hadron production dataset

Emulsion data for neutrino-induced charmed hadron production studies

Dataset characteristics

1 events. 15 files. 23.3 kB in total.

Dataset semantics

Variable	Description
amplL	PMT amplitude measured from the "left" side of a scintillator strip (in photo-electrons)
amplR	PMT amplitude measured from the "right" side of a scintillator strip (in photo-electrons)
amplRec	PMT amplitude reconstructed from the "left" and "right" side amplitudes of a scintillator strip taking into account light attenuation in a WLS fiber (in photo-electrons)
categ	category of a decay topology: 1 - short; 2 - long
clLength	cluster length (in cm)
decL	decay length (in micrometers)
driftDist	drift distance (in cm)
evID	event Id
globPosX	X position of a vertex in the OPERA detector system of reference (in cm)
globPosY	Y position of a vertex in the OPERA detector system of reference (in cm)
globPosZ	Z position of a vertex in the OPERA detector system of reference (in cm)
ip1	impact parameters of the 1st daughter tracks with respect to the primary neutrino interaction vertex (in micrometers)
ip2	impact parameters of the 2nd daughter tracks with respect to the primary neutrino interaction vertex (in micrometers)
ip3	impact parameters of the 3rd daughter tracks with respect to the primary neutrino interaction vertex (in micrometers)
ip4	impact parameters of the 4th daughter tracks with respect to the primary neutrino interaction vertex (in micrometers)
muMom	momentum of a muon (in GeV/c)
posX	For Electronic Detector events, X position of a drift tube, RPC, Target Tracker hit in the OPERA detector system of reference (in cm). For Emulsion Detector events, X position of a track/vertex in the OPERA brick system of reference (in micrometers).
posX1	X position of the beginning of a line in the OPERA brick system of reference (in micrometers)
posX2	X position of the end of a line in the OPERA brick system of reference (in micrometers)
posY	For Electronic Detector events, Y position of an RPC hit in the OPERA detector system of reference (in cm). For Emulsion Detector events, Y position of a track/vertex in the OPERA brick system of reference (in micrometers).
posY1	Y position of the beginning of a line in the OPERA brick system of reference (in micrometers)
posY2	Y position of the end of a line in the OPERA brick system of reference (in micrometers)
posZ	For Electronic Detector events, Z position of a drift tube, RPC, Target Tracker hit in the OPERA detector system of reference (in cm). For Emulsion Detector events, Z position of a track/vertex in the OPERA brick system of reference (in micrometers).
posZ1	Z position of the beginning of a line in the OPERA brick system of reference (in micrometers)
posZ2	Z position of the end of a line in the OPERA brick system of reference (in micrometers)
prong	decay topology: 1 - 1-prong, 2 - 2-prong, 3 - 3-prong, 4 - 4-prong
timestamp	event time in milliseconds since 01/01/1970
trType	type of a track: 9 - charmed hadron, 1 - muon; 10 - daughter particle; 2 - hadron at primary vertex
vertType	type of a vertex: 1 - primary vertex; 2 - secondary vertex

How can you use these data?

These OPERA event data files can be visualised using the online OPERA event display

Visualise OPERA neutrino-induced charmed hadron event 180718369

Disclaimer

The open data are released under the Creative Commons CC0 waiver. Neither OPERA nor CERN endorse any works, scientific or otherwise, produced using these data. All releases will have a unique DOI that you are requested to cite in any applications or publications.