intensity ratio - Globe Thesis

Keyword [intensity ratio] Result: 1 - 20 \| Page: 1 of 2
1.	Synthesis And Luminescent Properties Of Low-dimensional Nanosized Ln₂O₃:RE (Ln=Y,Gd)
2.	Fluorescence Temperature Properties Of Eu³⁺: YVO₄
3.	Synthesis Of Rare-Earth Doped W-LED Materials With Color Tunable And Temperature Sensing Properties
4.	Differences In Absorption Spectra In The Spectral Correction
5.	High Excited State Energy Transfer Upconversion Emission In Rare Earthdoped Molybdates And Their Applications
6.	Mechanism Research On Three Kinds Of Rare Earth Luminescent Sensing Materials
7.	The New Mechanisms Based On Luminescent Materials For Temperature Sensing
8.	Spectral Research Of Single-bubble Sonoluminescence In The Rare-earth Salt Aqueous Solutions
9.	Highly-Sensitive Temperature Sensing Investigation Based On Rare Earth Doped Materials
10.	Temperature Sensing Of Rare Earth Doped Upconversion Materials Based On Fluorescence Intensity Ratio Technique
11.	Synthesis And Optical Temperature Sensing Of Rare-earth Doped Photoluminescence Materials
12.	Investigation Of The Temperature Dependence Of Europium Doped Barium Magnesium Aluminate Thermographic Phosphor
13.	The Study Of Thermal Effects And Sensing Characteristics Induced By Infrared Laser In The Rare-earth Upconversion Nanocrystal
14.	Preparation And Properties Of Rare-earth Doped Up/Down Conversion Thermometric Materials
15.	Photoluminescenc Of Niobate Salts Doped With Rare-earth Ions And Its Temperature Sensing Applications
16.	The Design Of Four Typical Rare Earth Doped Inorganic Upconversion Luminescence Materials For Temperature Sensing
17.	Experimental Study Of Temperature Sensor Based On Erbium Ion Doped Gallium Gallate Crystal
18.	Study On The Spatial-temporal Differences Of Urban Heat Island And Precipitation Under Urban Expansion Of Major Cities In China
19.	Characteristics Of Aging Fracture Of Layered Rock Mass And Its Evolution Laws
20.	Study Of Real-time Measurement On Temperature Distribution Inside The Er³⁺/Yb³⁺ Co-doped Laser Gain Medium Around 1.55?m
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