Update magloop.html

magloop.html

@@ -88,10 +88,11 @@
                 <li>c/a : is the spacing ratio; based on 'c' being the inter-winding spacing for multi-turn loops measured between conductor centers, and 'a' is the conductor diameter. (Must be >= 1.1) 
                     A low-value will increase the resistance due to the proximity effect. (Ignore for single-turn loops.)</li>
                 <li>Tx : The transmit power in Watts. This affects the predicted voltage across the capacitor (Vcap), and the RMS loop current (Ia).</li>
-                <li>Re : Additional resistance due to external losses, due mainly from capacitor contact resistance and proximity-to-ground effects. Use Re=0.0 to assume the loop is in free-space.
-                Adding Re will reduce antenna efficiency, Q, Vcap and Ia, while increasing BW.
-                According to [1] and [2], a 1 m diameter loop of 22 mm copper tubing at a height of 1.5 m above the ground at 7 MHz had a calculated capacitor contact resistance of ~190m&#937; 
-                and an additional ground proximity loss resistance of ~30m&#937;. Note that ground losses are dependent on both frequency and height-above-ground.</li>
+                <li>Re : Additional resistance due to external losses, due mainly from capacitor contact resistance and proximity-to-ground effects. 
+                Use Re=0.0 to assume the loop is in free-space with no capacitor losses (i.e. ideal conditions, with loop-related losses only).
+                Adding Re will reduce antenna efficiency, Q, Vcap and Ia, while increasing antenna BW. 
+                According to [1] and [2], a 1 m diameter loop of 22 mm copper tubing at a height of 1.5 m above the ground operating at 7 MHz had a calculated capacitor contact resistance of ~190 m&#937; 
+                and an additional ground proximity loss resistance of ~30 m&#937;. Note that true ground losses are dependent on both frequency and height-above-ground.</li>
                 <li>Metric or Imperial : selects the measuring system.</li>
                 <li>Cu or Al : selects the type of metal conductor (annealed copper or aluminum).</li>
                 <li>Circ, Oct, Hex or Sqr : selects the shape of the magloop.</li>