penance
Arrogant Cock
I have tried it, and no it didnt work.
If vibration in the transport can affect the read errors by changing the phase of the laser between bump and land, could the stabilizing of the disc by controlled cooling / warming not have a similar effect ?
Rather than just deciding it doesn't work, could someone not do some tests ?
I would have thought that a measurement of read errors on frozen and un frozen disc was not that hard to complete.
Is it not a possibility that by freezing a cd down to -20 and then slowly bringing it back to room temperature the polycarbonate goes through a process where the layers are stabilized, reducing any non conformities in the 125 nanometer bumps and this possibly produces a disc with far fewer read errors ?
RobH 'the malarky' ...since when is looking to improve/better..nonsense ?
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I'm open to reasonable suggestions
Is it not a possibility that by freezing a cd down to -20 and then slowly bringing it back to room temperature the polycarbonate goes through a process where the layers are stabilized, reducing any non conformities in the 125 nanometer bumps and this possibly produces a disc with far fewer read errors ?
Thank you for the explanation Tones, I am humbled by your immense intellectin fact I now feel a complete twat. So to teach my self a lesson I won't forget I shall now go electrocute my genitals as punishment for the propagation of yet another baseless, incompetent and generally absurd theory.
Thank you for the explanation Tones, I am humbled by your immense intellectin fact I now feel a complete twat. So to teach my self a lesson I won't forget I shall now go electrocute my genitals as punishment for the propagation of yet another baseless, incompetent and generally absurd theory.
I have never read any Hifi forum thread that contained as much utter bollocks as this thread. Most of you are utterly deluded , it's no wonder the industry charlatans have such an easy time selling you foo.
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Cross Section of a CD