Understanding the mechanism of electron emission from ferroelectrics is in deed crucial for the application of ferroelectric cathodes. We appreciated the comments of Dorfman et al. on our recent article [J. Appl. Phys. 85, 6055 (1998)]. We believe the original proposed model is consistent and reasonable, i.e., the coexistence of ferroelectric and plasma emission from the same sampl
We show that properly electroded ceramic disks are strong and robust electron emitters when excited ...
Electron emission from ferroelectrics (FEE) is a promising source for electrons. Although extensive ...
In this paper using a new formula of thermionic emission obtained from the value of Fermi-surface in...
We show that electron emission from a relaxer ferroelectric cathode varies with the temperature as t...
A mixed type electron emission, i.e., simultaneous ferroelectric and plasma emission, was observed w...
Ferroelectric emission (FE) was discovered at CERN in 1988. However, a diverse array of results and ...
Electron emission from ferroelectrics has attracted much interest recently. However, a diverse array...
In 1989, researchers at CERN published the discovery of significant electron emission (1– 100 ...
The efficiency and lifetime of a plasma source or charged particle emitter is partially limited by t...
This work is an analytical description of a phenomenon known as electron emission from ferroelectric...
Electric-field-induced electron emission from the three kinds of Pb(Zr0.56Ti0.44)O3 ferroelectric ca...
This paper focuses on understanding the influence of ma-terial properties on the complicated ferroel...
Strong pulsed electron emission from ferroelectrics due to fast polarization switching (i.e., ferroe...
A high voltage pulse generated by changing the temperature of a pyroelectric crystal was used to ind...
The emission from ferroelectric cathodes excited by bipolar pulses does not suffer the hysteretic be...
We show that properly electroded ceramic disks are strong and robust electron emitters when excited ...
Electron emission from ferroelectrics (FEE) is a promising source for electrons. Although extensive ...
In this paper using a new formula of thermionic emission obtained from the value of Fermi-surface in...
We show that electron emission from a relaxer ferroelectric cathode varies with the temperature as t...
A mixed type electron emission, i.e., simultaneous ferroelectric and plasma emission, was observed w...
Ferroelectric emission (FE) was discovered at CERN in 1988. However, a diverse array of results and ...
Electron emission from ferroelectrics has attracted much interest recently. However, a diverse array...
In 1989, researchers at CERN published the discovery of significant electron emission (1– 100 ...
The efficiency and lifetime of a plasma source or charged particle emitter is partially limited by t...
This work is an analytical description of a phenomenon known as electron emission from ferroelectric...
Electric-field-induced electron emission from the three kinds of Pb(Zr0.56Ti0.44)O3 ferroelectric ca...
This paper focuses on understanding the influence of ma-terial properties on the complicated ferroel...
Strong pulsed electron emission from ferroelectrics due to fast polarization switching (i.e., ferroe...
A high voltage pulse generated by changing the temperature of a pyroelectric crystal was used to ind...
The emission from ferroelectric cathodes excited by bipolar pulses does not suffer the hysteretic be...
We show that properly electroded ceramic disks are strong and robust electron emitters when excited ...
Electron emission from ferroelectrics (FEE) is a promising source for electrons. Although extensive ...
In this paper using a new formula of thermionic emission obtained from the value of Fermi-surface in...