Field emission from carbon nanostructures: models and experiment - IOPscience This site
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Copper (I) oxide (Cu2O) is an attractive photocatalyst because of its abundance, low toxicity,
environmental compatibility, and narrow direct band gap, which allows efficient light …

Carbon nanotube (CNT)/diamond composite has been fabricated by hot filament chemical
vapor deposition on a silicon substrate using iron as catalyst. The material characteristics of …

Free standing graphene-diamond hybrid films have been fabricated using saturated
hydrocarbon polymers as seeding material by hot filament chemical vapor deposition …

The electronic structure of island carbon films on silicon, which are capable of low-voltage
field electron emission (at the mean electric-field strength above several hundreds of V/mm) …

The optical properties of nanodiamond suspensions have been calculated. The main
supposition is that carbon dimers, which in many aspects are analogous to Pandey chains …

A simulation on the electric field distribution near the electrode is proposed to explain the
reason for using nanosized carbon black mixed with ethylene vinyl acetate, as the electrode …

Исследована электронная структура островковых углеродных пленок на кремнии,
демонстрирующих способность к низковольтной полевой электронной эмиссии–при …

In many modern sciences, electron transfer is required, such as electron microscopes,
microwaves, and screens. There have been numerous reports of the formation of …

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