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Keyword [Rare earth ions]
Result: 141 - 160 | Page: 8 of 10
141.
Local Structure And Luminescent Temperature Properties Of Mn
2+
And Eu
3+
Ions Doped Oxysalts
142.
Distribution And Near-/Mid-Infrared Emission Properties Of Rare-Earth Ions In Oxyfluoride Glass-Ceramics
143.
Studies On Red And Near Infrared Upconversion Luminescence Properties Of Rare Earth Ions Er
3+
/Yb
3+
144.
Luminescent Properties Of Rare Earth Ions And Manganese Ions Doped Luminescent Materials In High Magnetic Field
145.
Rare Earth Ions Doped Silica Glass And Fibe Based On Sodium-borosilicate Glass Phase-separation Technology
146.
Electron Spin Dynamics Of Rare-Earth Ce
3+
Ions In YAG Crystals
147.
Research On Luminescence Properties Of Rare Earth Ions Doped SrZrO
3
And Y
3
Al
2
Ga3O
1
2 Phosphors
148.
First-principles Study On The Adsorption Of Hydrated Rare Earth Ions On The Surface Of Kaolinite
149.
Downconversion Luminescence Properties And Energy Transfer Mechanisms In Rare Earth Ions Doped Luminescent Materials
150.
Luminescence And Corresponding Modification Of Several Rare-Earth Ions Doped Fluoride Materials
151.
Investigation On Spectral Properties And Visible Laser Performance Of Re (Pr,Eu,Dy) Doped Calcium Fluoride Crystals
152.
Research On Mid-infrared Laser Based On The Rare-earth Ions Doped Calcium Fluoride And Strontium Fluoride Crystals
153.
The Modulation Of Rare-earth Ions Up-Conversion Luminescence Under Femtosecond Laser Field
154.
Photoluminescenc Of Niobate Salts Doped With Rare-earth Ions And Its Temperature Sensing Applications
155.
Optical Temperature Sensing Investigation Based On Fluoride Doped With Rare Earth Ions
156.
Coherent Dynamics Of Rare-Earth Ions At Ultra-Low Temperatures
157.
Study On High-performance Rare-earth Ions Doped Mid-infrared Solid-state Lasers And Optical Parametric Oscillators
158.
Component Design And Property Modulation Of Rare Earth Doped(Y,Lu,Gd)
3
(Al,Sc)
5
O
12
laser Ceramics
159.
Synthesis And Performance Study Of Molybdate Luminescent Materials
160.
The Preparation Of Opal Photonic And The Research On Novel Nano-Photocatalytic Materials
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