Activation energy of field emission flicker noise power due to adsorbed potassium on tungsten
Author:
Publisher
Elsevier BV
Subject
Materials Chemistry,Surfaces, Coatings and Films,Surfaces and Interfaces,Condensed Matter Physics
Reference52 articles.
1. Das Stromrauschen bei Feldemission und sein Zusammenhang mit Adsorptionserscheinungen
2. Noise in field emission diodes
3. Experimente zum Funkelrauschen bei Feldemission und Vergleich mit theoretischen Vorstellungen
4. Surface diffusion model of adsorption-induced field emission flicker noise
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1. Synthesis, structure and optimized field emission properties of highly oriented ZnO/Pt core–shell nanorods on a Zn substrate;CrystEngComm;2020
2. Surface Diffusion Via Adsorbate Density Fluctuations;Encyclopedia of Interfacial Chemistry;2018
3. Surface diffusion by adsorbate density fluctuation measurements;Progress in Surface Science;2003-12
4. Surface diffusion parameters for potassium and lithium on tungsten field emitter tip;Surface Science;1992-04
5. Effect of preadsorbed Ni atoms upon the potassium diffusion on the W(112) plane;Surface Science;1991-08
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