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Keyword [silicate glasses]
Result: 1 - 20 | Page: 1 of 2
1.
Ytterbium-doped Bismuth Silicate Glasses Preparation And Optical Properties
2.
Spectroscopic Properties Of Pr
3+
-doped Boron Silicate Glasses
3.
The Research Of Rare Earth Ion Doped Multicoponent Glass Photonic Crystal Fiber Core Materials
4.
Excitation-wavelength-depended Colorful Fluorescence In Rare-Earth Doped Yttrium-aluminum-silicate Glasses
5.
Study On Preparation And Upconversion Luminescence Properties Of Oxyfluoricde Ermanium Silicate Glasses
6.
Oriented Micro/Nano-crystallization In Silicate Glasses Under Thermal Or Laser Field For Mastering Its Optical Non-linearity
7.
Study On Luminescence Properties Of Rare Earth Doped Silicate Glass
8.
The Spectral Properties Of Thulium Doped Lead Silicate Glasses And Investigation Of Photonic Crystal Fiber
9.
The Multi-channel Emission Transitions Of Sm
3+
In Heavy Metal Silicate Glasses
10.
Size-dependent Absorbtion And Photoluminescence Of PbS QDs Embedded In Silicate Glasses
11.
Upconversion Fluorescence Of Tm
3+
in YAG Glass Ceramics And Its Precursor Glasses
12.
Structure Origin Of Evolution Of Performance For Alkaline-earth Element Containing Silicate Glasses
13.
Study On The Preparation And Properties Of Silicate Glasses Based On Rare Earth Ions As Luminescent Centers
14.
Preparation And Optical Properties Of PbSe/Pb
1-x
Sr
x
Se QDs Embedded In Silicate Glass
15.
The Study About Highly Crystalline Soda-Lime-Silica Glass-Ceramics
16.
Study On The Enhancement Of The Luminescence Properties And Mechanism Of The Rare Earth Ion Doped Silicate Glass By Adjusting The Presence Of Silver Based On The Ion Exchange Method
17.
I) Trace element and strontium isotopic geochemistry of accessory mineral phases and the origin of epizonal silicic intrusive igneous rocks. II) Electrochemistry of lead-doped molten silicate glasses and the development of new ion sources for thermal ioni
18.
Ultrasonic characterization of silicate glasses, polymer composites and hydrogels
19.
The structure of lead oxide and natural silicate glasses: An FTIR and XPS study
20.
Electric field-induced softening of alkali silicate glasses
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