a$_1$ sin(i)/c: A way of describing the size of the pulsar's orbit if it is in
a binary system.
Candidate: The name or label assigned to the current pulsar candidate.
Data Avg: The average value of the data.
Data Folded: The size of the data set being worked on.
Data StdDev: The standard deviation, a way of characterizing the spread in the
values of the data.
Dec$_{\mathrm{J2000}}$: The declination of the source in the J2000 coordinate
system. Declination is like a line of constant latitude on the sky.
Dispersion Measure: See the glossary above.
e: The eccentricity of the pulsar's orbit, if it is in a binary system.
Eccentricity measures how elliptical the orbit is, with a high eccentricity indicating
a very elliptical orbit.
Epoch$_\mathrm{{bary}}$: The Modified Julian Date of the start of the
observation accounting for slight shifts due to the motion of the Earth.
Epoch$_\mathrm{{topo}}$: The Modified Julian Date of the start of the
observation.
Profile Avg: The average value of the pulse profile.
Profile Bins: The number of phase bins in the pulse profile.
Profile StdDev: A way of characterizing the spread in the values of the pulse
profile.
P$_{\mathrm{bary}}$: The period of the pulsar, adjusted as if it were measured
from the center of mass of the solar system.
P$'_{\mathrm{bary}}$: The P-dot of the pulsar, adjusted as if it were measured
from the center of mass of the solar system..
P$''_{\mathrm{bary}}$: The second derivative of the period of the pulsar,
adjusted as if it were measured from the center of mass of the solar system. The
P-double-dot is the rate of change of the P-dot.
P$_{\mathrm{orb}}$: The orbital period of the pulsar, if it is in a binary
system. This is the length of time it takes for the pulsar to go through one full
revolution.
P$_{\mathrm{topo}}$: The period of the pulsar as measured from the observatory.
P$'_{topo}$: The P-dot of the pulsar as measured from the observatory.
P$''_{\mathrm{topo}}$: The P-double-dot of the pulsar as measured from the
observatory. The P-double-dot is the rate of change of the P-dot.
RA$_{\mathrm{J2000}}$: The right ascension of the source in the J2000 coordinate
system. Right ascension is like a line of constant longitude on the sky.
Reduced $\chi^2$: See the glossary above.
Telescope: The name of the telescope used to make the current observation.
T$_{\mathrm{peri}}$: A way of describing when the pulsar is closest to the
center of mass of its system, if it is in a binary system.
$\omega$: The longitude of periastron. This is a way of describing the
orientation of the pulsar's orbit, if it is in a binary system. (This symbol is the
Greek letter omega.)