-
interconnect temperature as
input features to the model.
Electromigrated nanogaps are gaps
formed in
metallic bridges formed by the
process of electromigration...
- Electrolyte-free pure
water electrolysis has been
achieved via deep-sub-Debye-length
nanogap electrochemical cells. When the gap
between cathode and
anode are smaller...
- approach,
optical lithography is used to
generate nanogaps using controlled crack formation.
These nanogaps are then used as
shadow mask for
generating individual...
-
Electromigrated Nanogaps which hold
immense potential for
sensing applications,
exploiting the
quantum tunneling effect. FCE is
often used in
forming nanogaps in metallic...
-
cathode and the
anode are
close enough to each
other (i.e., so-called "
nanogap electrochemical cells"), the
double layer of the
regions from the two electrodes...
- Pernice,
Wolfram H. P.; Bhaskaran,
Harish (1
November 2019). "Plasmonic
nanogap enhanced phase-change
devices with dual electrical-optical functionality"...
- Science,
Nanotechnology &
Petroleum Science Diamondoid-functionalized gold
nanogaps as
sensors for natural, mutated, and
epigenetically modified DNA nucleotides...
- Technology. 139. doi:10.1115/1.4034860. Ionescu-Zanetti, C.; et., al. (2005). "
Nanogap capacitors:
Sensitivity to
sample permittivity changes".
Journal of Applied...
- E-beam
Lithography using Dry
Powder HSQ
Resist Having Long
Shelf Life and
Nanogap Electrode Fabrication (Thesis). "Microlithography Surp****
Chemicals Co...
- can be
realized by thin film
deposition methods.
Bowtie apertures and
nanogaps were also
suggested as
alternative apertures. A
version of the method,...
