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Keyword [Transition metal ions]
Result: 1 - 18 | Page: 1 of 1
1.
Theoretical Investigations Of Pressure-and Temperature-effects On Optical Spectra Of Incipient Ferroelectric And Tunable Laser Crystals Doped With Transition-metal Ions
2.
Theoretical Studies Of The EPR Parameters For 3d～1 Ions In Tetragonal Octahedral Crystals
3.
Preparation And Luminescence Properties Of Rare Earth/Transition Metal Ions-Doped Tetracalcium Phosphate Phosphors
4.
Theory Of The Spin Hamiltonian Parameters Of The Crystal Material Of Ru (3 +) Ion Center
5.
Tetrahedron, 5-ion Spin Hamiltonian Parameters Of Theoretical Research
6.
The Theoretical Foundation And Current Situation Of The Research On Optical And Magnetic Properties Of 3d Transition-metal Ions
7.
Study On The Preparation And Properties Of Rare Earth/Transition Metal Ions Doped Luminescence Single Crystal For White LED
8.
Luminescence Properties Of Cu Doped Natural Sodalite And Preparation
9.
The Structural And Luminescent Properties Of Solid-solution Oxysalts Luminescent Materials
10.
The Optical Regulation Of Rare Earth On Conversion Luminescence Materials And Its Preliminary Application Research
11.
Local Structure And Luminescent Temperature Properties Of Mn
2+
And Eu
3+
Ions Doped Oxysalts
12.
Broadband Infrared Luminescent Materials Doped With Transition Metal Ions
13.
Near Infrared Luminescence Of Rare Earth Ions Yb
3+
/Nd
3+
Sensitized By Transition Metal Ions Mn
4+
/Cr
3+
In Aluminate
14.
Luminescence And Regulation Of Sr
6
Ca
4
(PO
4
)
6
F
2
Phosphor Doped With Rare Earth Ions And Transition Metal Ions
15.
Mn
4+
, Cr
3+
Activated Deep Red And Near-infrared Fluorescent Materials Synthesis And Luminescence Properties
16.
Synthesis and characterization of three-dimensional transition metal ions doped zinc oxide based dilute magnetic semiconductor thin films
17.
Studies On Mid-infrared Emission Properties Of Rare Earth And Transition Metal Ions Doped Chalcogenide Glass Ceramics
18.
Performance Adjustment And Loss Mechanism Investigation Of Rutile-like Dielectric Ceramics
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