**Isotope**

Type the isotope you are measuring, e.g. Ca-46

**State**

Type the state you are interested in, e.g. 2+

**Average Epsilon**

This is the measured average effect (epsilon), **before** any feeding corrections were applied. It is the result from XSA. IMPORTANT: type in the sign.

**Average Epsilon Error**

The corresponding error for the average epsilon measured.

**Direct Slope**

Type in the slope **after** *correl* corrected for the contributions from feeding states. IMPORTANT: type in the sign.

**Direct Slope Error**

The error of the slope as it comes out from *correl*

**Precession Angle (mrad)**

It corresponds to the measured precession angle after applying the parametrization of the transient field. The measured effect is needed. For the Rutgers parametrization, the magnetization of the ferromagnetic foil has to be known. The program usually implemented to calculate the precession angle is *transrut*. This output value corresponds to a *g* factor equal to 1 and is measured in mrad.

**Precession Angle Error (mrad)**

Error of the precession angle in mrad.

All code by Theo Mertzimekis Last modified: Thu Sep 11 11:03:23 Eastern Daylight Time 2003