Font Size:
a
A
A
Keyword [high-temperature solid state]
Result: 61 - 80 | Page: 4 of 5
61.
Magnetic Propeties Of Eu Doping In Double Perovsktie Sr
2
FeMoO
6
62.
Study On The Preparation And Luminescenct Properties Of Borate Based Phosphors For White LED
63.
Preparation And Properties Of Sr
2
MgSi
2
O
7
:Eu
2+
,Dy
3+
Long Afterglow Phosphor And Its Application In The Glaze
64.
Study On The Preparation And The Luminescent Properties Of Aluminate Based Phosphors For White LED
65.
Study On ZnS-based Multicolor Mechanoluminescence Material
66.
Syntheses,Structures And Characterizations Of Novel Metal Borate Sulfates
67.
Synthesis Of Chalcogenides By High Temperature Solid State Reaction And Infrared Second Order Nonlinear Optical Studies
68.
Study On The Low Temperature Processing On Synthesis Of Near Ultraviolet Excited Borate Phosphor By Solid State Method
69.
Synthesis Of Rare Earth Doped Phosphotungstate Phosphors By High Temperature Solid State Method And Their Luminescence Properties
70.
Research On Rare Earth Doped Multi-Wavelength Sensitive Lead Fluoride Luminescent Materials
71.
Preparation And Properties Of Eu
2+
?Dy
3+
Doped Na
2x
M
3-x
(PO
4
)
2
(M=Ca,Sr,Ba,Mg) Phosphors
72.
Preparation And Application Of Iron-carbon Composite Based On Humic Acid
73.
Preparation And Luminescence Properties Of Cr
3+
-Doped Mg
2
BeAl
6
O
12
Luminescent Materials
74.
Preparation, Fabrication And Luminescent Properties Of Phosphate Luminescent Materials For White Light-emitting Diodes
75.
Syntheses And Properties Of Some Novel Derivative Of Metal Borates
76.
Study On The Preparation And Luminescent Properties Of The Rare Earth Co-doped Gd
2
P
4
O
13
Phosphor
77.
Research On Synthesis And Magnetic Properties Of Rhodium-iron Particles With Micro-and Submicrometer Dimensions
78.
Design And Synthesis Of Double Perovskite Phosphors
79.
Luminescence Properties Of Lu
2
O
3
:Eu
3+
/Pr
3+
Phosphors Doping With Metal Ions
80.
Luminescence Properties Of ?-SrGaBO
4
:xMn
2+
And CeO
2
:0.05Eu
3+
,M
2+
(M=Ca,Sr,Ba)
<<First
<Prev
Next>
Last>>
Jump to
