This paper reviews the electron emission properties of hydrogen terminated diamond
surfaces with a negative electron affinity (NEA), and presents the recent development of 10 …

Amorphous-selenium (a-Se) based photodetectors are promising candidates for imaging
devices, due to their high spatial resolution and response speed, as well as extremely high …

Experimental evidence explaining the extremely low-threshold electron emission from
diamond reported in 1996 has been obtained [K. Okano, Nature (London) 381, 140 (1996)] …

Amorphous selenium is a promising candidate for high sensitivity photodetector due to its
unique carrier multiplication phenomenon. More than 10 carriers can be generated per …

Hydrogen (H)-terminated surfaces of diamond have attracted significant attention due to
their negative electron affinity (NEA), suggesting high-efficiency electron emitters. Combined …

Since their proposal by Esaki, superlattices have been observed to have fascinating features
such as quantum size effects, negative differential resistance, and sequential resonant …

Diamond has an ultrawide bandgap with excellent physical properties, such as high critical
electric field, excellent thermal conductivity, high carrier mobility, etc. Diamond with a …

Amorphous selenium is one of the most promising candidates as photoconducting material
for future imaging devices. It can exhibit ultra-high photosensitivity by using avalanche …

This paper reports on the behavior of electron field emission from diamond thin films at
elevated temperatures. The study is motivated by the possibility of using these structures in …

We found clear improvement in electron emission performances in low injection region of
hydrogenated diamond p–i–n junction diodes with heavily phosphorous‐doped (P‐doped) …