A study of 173 nm light emission from discharge cells in plasma display panel
用户评论
推荐下载
-
Study on the treatment of drinking water sources from the Yangtze River by using
Study on the treatment of drinking water sources from the Yangtze River by using constructed wetland
14 2020-07-16 -
Study on nonlinear processes affecting terahertz radiation generation from undop
Nonlinear processes associated with terahertz radiation generated via optical rectification from und
15 2021-03-29 -
Study on the noise from multiple reflections in the high power attenuation syste
The noise origin of attenuation system is explored by analyzing the wedged plate attenuator based on
19 2021-03-09 -
OPTICAL COHERENCE TOMOGRAPHY FOR BLADDER CANCER DIAGNOSIS FROM ANIMAL STUDY TO
This paper summarizes the recent technological development in our lab on cystoscopic optical coheren
7 2021-02-25 -
Theoretical study of tunable chirality from graphene integrated achiral metasurf
Control of chirality using metamaterials plays a critical role in a diverse set of advanced photonic
13 2021-02-24 -
Light field head mounted display with correct focus cue using micro structure ar
A new type of light field display is proposed using a head-mounted display (HMD) and a micro structu
11 2021-02-22 -
Generation of sub100fs pulses tunable from1700to2100nm from a compact freq
We report generation of sub-100 fs pulses tunable from 1700 to 2100 nm via Raman soliton self-freque
16 2021-02-08 -
Get Set and Handle Display Device Modes Screen Resolution and Color Depth from
Get, Set and Handle Display Device Modes (Screen Resolution and Color Depth) from Delphi Code.pdf
5 2021-05-01 -
Efficient671nm red light generation in annealed proton exchanged periodically
We report efficient generation of 671 nm red light based on quasi-phase-matched second harmonic gene
12 2021-02-01 -
Electroluminescence from Si nanostructure based silicon nitride light emitting d
Dense Si nanostructures embedded in silicon nitride prepared by plasma- enhanced chemical vapor depo
23 2021-03-06
暂无评论