.while side emitting would be the duds since they would lose all their
data before it could be utlised.
Perhaps that's why it's more expensive. Because it's not made. So it only
happens when there's a faulty batch.
In the same way a sheet of postage stamps is worth a fortune where there
My (limited) understanding is that side-emitting is not used for
telecommunications, but as an alternative to neon lights in lighting
design. It can colour-change and pulse, and is thicker than end-emitting
(3mm up to 14mm, from what I've seen). May be too thick for bobbin-lace,
but depends on the
This discussion reminds me of a trip to the lacemakers fair at the NEC a few
years back. SMP had bobbins displayed on a board on his stand with small
coloured flashing lights where the beads would be. A lady behind me said to
her friend Ooh, I'd love some of those - they'd look so cool on my
Sent from my iPad
On 4 Sep 2012, at 01:25, Lorelei Halley lhal...@bytemeusa.com wrote:
Here are some interesting laces, mostly torchon, Cluny and hybrids, one LePuy
guipure.
https://picasaweb.google.com/leboreira/Arguero2012?feat=content_notification#
Lorelei
Lovely pictures with lovely
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Thank you Jane for the link to www.loop.ph Being far away from the centre of
design we miss out on these innovations. The images of their Luminous Lace
are so inspiring.
I have forwarded it on to Kim as, luckily, I do not have to think of a
design. That is her job. I just advise on how to do
