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Keyword [Nonvolatile]
Result: 1 - 20 | Page: 1 of 3
1.
Research On Chinese Alcohol By Gas Chromatographic/Mass Spectrometric Analysis Of Nonvolatile Compounds
2.
Study On The Nonvolatile Taste Compounds Of Yongxin Fermentated Radish And Pure Starter-making And Fermentation
3.
Study On The Microorganism Flora And Flavor Compounds From Vinasse Fish
4.
Tobacco Alkaloids, Sterols And Non-volatile Acids By Gas Chromatography / Mass Spectrometry Analysis
5.
Electric-field Manipulation Of Magnetic Properties Of CoFe And CoNi Thin Films On Ferroelectric Substrates
6.
Research On The Preparation And Properties Of One-dimensional Nanostructured GeSe
2
Doped With Bi
7.
The Growth Of Self-organization. Palladium Nanocrystals Its Charge Storage Effect
8.
Synthesis, Characterization Of Gd@c
82
-PVK And C
60
-PVK, And Their Application In Electrical Memory Device
9.
Push-Pull Archetype Of Functional Polymer Materials For Bistable Electrical Switching And Nonvolatile Memory Devices
10.
Novel Materials And Their Switching Mechanisms Of Resistive Random Access Memory
11.
Solution-based Controllable Synthesis Of CuInS
2
Nanostructures And Their Optoelectrical Characterization
12.
The Synthesis And Characterization Of Intrinsic Germanium Nanowires And The Study Of Their Nonvolatile Memory Properties
13.
Study On The Photorefractive And Nonvolatile Storage Properties Of Ruthenium-ferrum Series Co-doped Lithium Niobate
14.
Research On Controlled Doping In ZnS Nanoribbons, Its Semiconductor Properties And Nano-Devices Applications
15.
Study On The Optical Properties Of Doubly And Triply Doped Lithium Niobate
16.
Study On Properties Of Two-terminal Device Based On Individual Metal-oxide Micro/nanowire
17.
Research Of Nonvolatile Compounds In Fermented Grains In Chinese Roasted-sesame-like Aroma Type Liquor
18.
Study On The Properties Of Nonvolatile Memory Of Ti-doped Carbon Nanotube And CdS@C Micro-/nano-structure
19.
Telecom-wavelength-transparent Ge-Sb-Se-Te Nonvolatile Optical Phase Change Materials And Devices
20.
Memory Devices Based On Two-dimensional Materials
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