The Role of Work Functions in Electron Emissive Materials.
The role of work functions in electron emissive materials is very important. A high emission current density can be obtained from thermionic emission materials (thermionic cathodes) having low work functions and kept at high temperature. The figure of merit is, thus, the work function divided by the melting temperature of the meterial.
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Work Function Engineering of Copper Sulfides for 2D Electronics
Achieving ideal metal/semiconductor junctions remains a critical challenge in advancing 2D electronics. While current approaches often rely on clean van der Waals contact interfaces to mitigate Fermi‐level pinning, they offer limited tunability in achieving precise energy level alignment with 2D semiconductors.
Hongju Park +8 more
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Electrical Potential and Cell Immobilisation Capacity of a Laser-Treated Titanium Alloy Surface. [PDF]
Abolins A +12 more
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Coherent control of electron-ion entanglement in multiphoton ionization. [PDF]
Mao YJ +5 more
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Strain-stabilized interfacial polarization tunes work function over 1 eV in RuO<sub>2</sub>/TiO<sub>2</sub> heterostructures. [PDF]
Jeong SG +16 more
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Single-Molecule Electron Transport in Peptoids. [PDF]
Prempin B +7 more
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Radiofrequency cascade readout of coupled spin qubits. [PDF]
Chittock-Wood JF +14 more
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Length-dependent quantum interference and high thermoelectric response ferrocene-modified OPE wires. [PDF]
Al-Jobory AA +3 more
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Optimization of Organic Photodetector Performance Using SCAPS 1D Simulation: Enhanced Quantum Efficiency and Responsivity for UV Detection. [PDF]
Alali AS, Inanir F.
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From LUXE to future colliders: probing strong-field QED and beyond. [PDF]
Schulthess I.
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