Приклади вживання Oleds Англійська мовою та їх переклад на Українською
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Battery saving on OLEDs.
Like OLEDs, MicroLEDs are self-emitting.
Samsung Bets Future Growth on Flexible OLEDs… and Bixby?
OLEDs are also expected to account for a larger slice of the overall pie.
Alq3 is a common component of organic light-emitting diodes(OLEDs).
Flexible OLEDs are the type of thing everyone thinks they want, without thinking about tradeoffs.
I'm working in research on organic light-emitting diodes, so-called OLEDs.
OLEDs are used to create digital displays in devices such as television screens.
The aluminium complex[2]is a common component of organic light-emitting diodes(OLEDs).
It is used as a blue-emitting dopant material in OLEDs, either pure or substituted.
Even OLEDs, which are two to three times more efficient than LCDs, can't match that kind of efficiency.
They can achieve much higher brightnessthan traditional LEDs and rival OLEDs for deep blacks and overall color fidelity.
It was previously only making OLEDs for large devices like TVs, but making good phone screens is hard.
OLEDs use organic semiconductors, but microLED is based on conventional gallium nitride(GaN) LED technology.
Of course, history does sometimes validate such technologies, with OLEDs finally on the market and extreme ultraviolet lithography(EUV) tiptoeing towards broad introduction.
As OLEDs matured, however, the quality gap between Samsung's display technology and Apple's first shrank, then reversed.
And the lifetime we finally obtained for our materials was on onelevel with already commercialized materials for green OLEDs at the time, and we achieved this within just one year.
Like regular OLEDs, expect flexible OLEDs to be a slow-growth business, not a meteoric rise.
This option has been added to LCDs in recent years to improveimage quality when compared to options like OLEDs, and while it's not the same as using organic LEDs, it does tend to improve LCD image quality.
OLEDs, quantum dot LCDs, 4K, and HDR are just a few of the new capabilities we have seen debut in the past few years, and Samsung thinks it's hit on a new idea to snare customer interest: Invisible televisions.
Since then, researchers have been working to produce TADF-based OLEDs, as these do not require expensive molecular complexes containing rare-earth metals that are being used in current OLEDs.
Prof Arokia Nathan, project leader and fellow of the Institute of Electrical and Electronic Engineers(IEEE), told The Engineer that only 30-40 per cent of light generated by OLEDs is projected out of the front of the average mobile phone screen, with much of it being lost through the edges of the OLED.
Since that time, scientists have been working to create TADF-based OLEDs, because these eliminate the need for costly molecular complexes composed of rare-earth metals that are being utilized in today's OLEDs.
We were actually working on two different OLED projects: first, the development of materials for blue-shining OLEDs, which had started in 2001; and second, materials for green OLEDs, which had started in 2014.
MicroLED panels should offer vastly improved energy efficiency and brightness up to 30 times higher than OLEDs, and OLEDs are already setting brightness records with over 1,000 lux in Samsung's latest phones.