Details on Acronym: EVR | |
EVR | (Evryscope) |
Write: | <<EVR JHHMMSS.ss+DDMMSS.s>> <<EVR -CB-NNN>> <<EVR -HSD-NNN>> |
N: | ? |
Object: | Transient + V* (SIMBAD class: Variable* = Variable Star) |
Note: | The Evryscope is a telescope array designed to open a new parameter space in optical astronomy, detecting short-timescale events across extremely large sky areas simultaneously. More information available at: http://evryscope.astro.unc.edu/ Format -CB-NNN: for compact binaries. |
Ref: | =2019PASP..131g5001R |
by | RATZLOFF J.K. , LAW N.M., FORS O., CORBETT H.T., HOWARD W.S., DEL SER D., HAISLIP J. |
PASP, 131g, 5001-75001 (2019) | |
Building the Evryscope: hardware design and performance. | |
o | Tables 4-6: <EVR JHHMMSS.ss+DDMMSS.s> N=45+1+14. |
Ref: | =2019PASP..131h4201R |
by | RATZLOFF J.K. , CORBETT H.T., LAW N.M., BARLOW B.N., GLAZIER A., HOWARD W.S., FORS O., DEL SER D., TRIFONOV T. |
PASP, 131h, 4201-84201 (2019) | |
Variables in the Southern polar region Evryscope 2016 data set. | |
o | Tables 8-11: <EVR JHHMMSS.ss+DDMMSS.s> N=6+3+135+159. |
Ref: | =2019ApJ...883...51R |
by | RATZLOFF J.K. , BARLOW B.N., KUPFER T., CORCORAN K.A., GEIER S., BAUER E., CORBETT H.T., HOWARD W.S., GLAZIER A., LAW N.M. |
Astrophys. J., 883, 51-51 (2019) | |
EVR-CB-001: an evolving, progenitor, white dwarf compact binary discovered with the Evryscope. | |
o | <EVR -CB-NNN> (No. 001). |
Ref: | =2020ApJ...890..126R |
by | RATZLOFF J.K. , BARLOW B.N., NEMETH P., CORBETT H.T., WALSER S., GALLIHER N.W., GLAZIER A., HOWARD W.S., LAW N.M. |
Astrophys. J., 890, 126-126 (2020) | |
Hot subdwarf all southern sky fast transit survey with the Evryscope. | |
o | Table 10: <EVR-HSD-NNN> N=18 among (Nos 001-024), <EVR-CB-NNN> (Nos 002-004) added. Table 11: <EVR JHHMMSS.ss+DDMMSS.s> N=14 added. |
=E= | Catalogue in electronic form as <J/PASP/131/H4201/> |
Origin | of the Acronym: A = Assigned by the author(s) |