Hi guys,
Over the past few weeks (when I've thought about it) I have been conducting a very much non-scientific experiment regarding the use of a Nokia N73 phone to listen to the radio when on the train home from work. Basically, I was wondering if anyone could analyse these results and explain why the differences between traction types takes place - particularly in the two diesel results where not much should have changed during the refurbishment process that would surely make much of a difference:
Class 444:- The signal is overcome by interference under the old E* flyover and then just beyond Clapham and onwards.
Class 450:- The signal is overcome by interference on the approach to Earlsfield station and beyond.
Class 159 (refurb):- The signal lasts all the way to Woking where I alight, but does weaken slightly between the two Byfleets.
Class 159 (unrefurb):- The signal lasts up to Byfleet & New Haw, from where it becomes very intermittent.
Class 455 (refurb):- See 'Class 159 (unrefurb)'.
Over the past few weeks (when I've thought about it) I have been conducting a very much non-scientific experiment regarding the use of a Nokia N73 phone to listen to the radio when on the train home from work. Basically, I was wondering if anyone could analyse these results and explain why the differences between traction types takes place - particularly in the two diesel results where not much should have changed during the refurbishment process that would surely make much of a difference:
Class 444:- The signal is overcome by interference under the old E* flyover and then just beyond Clapham and onwards.
Class 450:- The signal is overcome by interference on the approach to Earlsfield station and beyond.
Class 159 (refurb):- The signal lasts all the way to Woking where I alight, but does weaken slightly between the two Byfleets.
Class 159 (unrefurb):- The signal lasts up to Byfleet & New Haw, from where it becomes very intermittent.
Class 455 (refurb):- See 'Class 159 (unrefurb)'.