|
Achieving Faster DVD Cure Time with Pulsed UV (.pdf)
(Light Sources)
|
|
|
From this Article:
An important advantage of pulsed UV light curing systems in Optical Disc applications is the ability to deliver high peak UV energy in short pulses, at low substrate temperatures. This results in the UV penetrating the polycarbonate substrate layer...
( View Full Article)
|
| |
|
|
Effective Technology for Blu-ray and HD Disc Process Development (.pdf)
(Light Sources)
|
|
|
From this Article:
Before a mercury lamp can convert electrical energy to light, the liquid mercury must be converted to a gas. To accomplish this conversion, the lamp needs to be elevated in temperature. The quantum yield of the mercury lamp is zero while the mercury...
( View Full Article)
|
| |
|
|
Photochemical Sterilization (.pdf)
(Light Sources)
|
|
|
From this Article:
Chemical bond dissociation induced by light occurs when a photon’s wavelength dependent quantum energy is equal to or greater than the energy of the molecular bond upon which it is incident. Photochemical damage to a life-critical biological...
( View Full Article)
|
| |
|
|
Pulsed UV Curing For Blue Laser Media (.pdf)
(Light Sources)
|
|
|
From this Article:
Next-generation media offer clear benefits over previous formats, but their production is more arduous. In particular, bonding and curing for Blu-ray Disc (BD) and HD DVD (HD) formats become more difficult. The processing method must provide low...
( View Full Article)
|
| |
|
|
Pulsed UV Light Systems in Clean Room Isolators (.pdf)
(Light Sources)
|
|
|
From this Article:
Pharmaceutical and medical device companies are increasingly manufacturing their products in clean rooms equipped with two types of enhanced clean room devices. One device is the simple hood or flow cabinet. The second is a fully enclosed clean work...
( View Full Article)
|
| |
|
|
Pulsed UV Treatment for Sanitization and Sterilization (.pdf)
(Light Sources)
|
|
|
From this Article:
Chemical bond dissociation induced by light occurs when a photon’s wavelength dependent quantum energy is equal to or greater than the energy of the molecular bond upon which it is incident. Photochemical damage to a life-critical biological...
( View Full Article)
|
| |
