Single-electron transport through single dopants in a dopant-rich environment
We show that single-electron transport through a single dopant can be achieved even in a
random background of many dopants without any precise placement of individual dopants …
random background of many dopants without any precise placement of individual dopants …
Improved CH4 Detection Utilizing Pt-decorated ZnO Nanorods-coated on a Dynamic Microcantilever Surface
Detecting methane (CH4) at room temperature through adsorption-based sensing poses a
challenge due to its inert properties. In this study, we enhance both the sensitivity and …
challenge due to its inert properties. In this study, we enhance both the sensitivity and …
Identification of single and coupled acceptors in silicon nano-field-effect transistors
We performed dopant mediated hole transport measurements to identify the depth position
of individual boron acceptors and investigate two-acceptor coupling in silicon-on-insulator …
of individual boron acceptors and investigate two-acceptor coupling in silicon-on-insulator …
Observation of discrete dopant potential and its application to Si single-electron devices
Single-electron devices are attractive because of their ultimate capabilities such as single-
electron transfer, single-electron memory, single-photon detection and high sensitivity to …
electron transfer, single-electron memory, single-photon detection and high sensitivity to …
Single‐photon detection by Si single‐electron FETs
M Tabe, A Udhiarto, D Moraru… - physica status solidi (a …, 2011 - Wiley Online Library
We have demonstrated that Si single‐electron SOI‐MOSFETs with multidots channel have
attractive new functions such as single‐photon detection. Multidots formed by nanoscale …
attractive new functions such as single‐photon detection. Multidots formed by nanoscale …
Improved Low Concentration Water Content Detection in Biodiesel utilizing Phase Shift-Based Capacitive Method
H Sumartono, M Al Huda, TKB Fajar… - IEEE Sensors …, 2024 - ieeexplore.ieee.org
Biodiesel has become an alternative fuel to substitute conventional fuel, yet challenges
remain, particularly concerning water content. The presence of water in biodiesel can …
remain, particularly concerning water content. The presence of water in biodiesel can …
Band-to-band tunneling mechanism observed at room temperature in lateral non-degenerately doped nanoscale pn and pin silicon devices
Non-degenerately doped lateral nanoscale pn and pin silicon-on-insulator devices have
been fabricated and characterized at room temperature (297 K). In both types of devices, p …
been fabricated and characterized at room temperature (297 K). In both types of devices, p …
180-Degree phase different sinusoidal signal generator using direct digital synthesizer and coupled op-amps
A signal generator for producing two sinusoidal signals with a 180-degree phase difference
is essential to realize a phase shift-based capacitor sensor system. This paper discusses the …
is essential to realize a phase shift-based capacitor sensor system. This paper discusses the …
Charge transport in boron-doped nano MOSFETs: Towards single-dopant electronics
We investigate the hole transport in p-channel field-effect transistors doped with boron, at
low temperatures (6–28K). In transistors with a relatively large dimension, we observe the …
low temperatures (6–28K). In transistors with a relatively large dimension, we observe the …
Carrier transport in indium-doped p-channel silicon-on-insulator transistors between 30 and 285 K
MAH Khalafalla, Y Ono, J Noborisaka… - Journal of Applied …, 2011 - pubs.aip.org
Low-temperature carrier transport is investigated for indium-doped p-channel transistors and
compared with that for boron-doped ones. It is shown that, with a doping concentration of 3× …
compared with that for boron-doped ones. It is shown that, with a doping concentration of 3× …