Strong-field, single-cycle THz fields accelerate electrons with peak energies of up to 0.8 keV in an ultracompact THz gun with bunch charge of 45 fC. Energy spreads as low as 5.8% were also achieved
Femtosecond electron bunches with keV energies and eV energy spread are needed by condensed matter p...
Over the past decades, advances in ultrafast technologies led to the production of intense ultrashor...
Over the past decades, advances in ultrafast technologies led to the production of intense ultrashor...
Strong-field, single-cycle THz fields accelerate electrons with peak energies of up to 0.8 keV in an...
Strong-field, single-cycle THz fields accelerate electrons with peak energies of up to 0.75 keV in a...
Strong-field, single-cycle THz fields accelerate electrons with peak energies of up to 0.75 keV in a...
Over the past decades, advances in ultrafast technologies led to the generation of intense ultrashor...
Intense ultrashort THz and optical pulses with single-cycle pulse duration became possible after the...
Intense ultrashort THz and optical pulses with single-cycle pulse duration became possible after the...
We introduce a solution for producing ultrashort (∼fs) high charge (∼pC) from ultracompact guns util...
We introduce a solution for producing ultrashort (∼fs) high charge (∼pC) from ultracompact guns util...
We introduce a solution for producing ultrashort (∼fs) high charge (∼pC) from ultracompact guns util...
After the first introduction of ultrafast electron guns for acceleration of particles using single-c...
After the first introduction of ultrafast electron guns for acceleration of particles using single-c...
Femtosecond electron bunches with keV energies and eV energy spread are needed by condensed matter p...
Femtosecond electron bunches with keV energies and eV energy spread are needed by condensed matter p...
Over the past decades, advances in ultrafast technologies led to the production of intense ultrashor...
Over the past decades, advances in ultrafast technologies led to the production of intense ultrashor...
Strong-field, single-cycle THz fields accelerate electrons with peak energies of up to 0.8 keV in an...
Strong-field, single-cycle THz fields accelerate electrons with peak energies of up to 0.75 keV in a...
Strong-field, single-cycle THz fields accelerate electrons with peak energies of up to 0.75 keV in a...
Over the past decades, advances in ultrafast technologies led to the generation of intense ultrashor...
Intense ultrashort THz and optical pulses with single-cycle pulse duration became possible after the...
Intense ultrashort THz and optical pulses with single-cycle pulse duration became possible after the...
We introduce a solution for producing ultrashort (∼fs) high charge (∼pC) from ultracompact guns util...
We introduce a solution for producing ultrashort (∼fs) high charge (∼pC) from ultracompact guns util...
We introduce a solution for producing ultrashort (∼fs) high charge (∼pC) from ultracompact guns util...
After the first introduction of ultrafast electron guns for acceleration of particles using single-c...
After the first introduction of ultrafast electron guns for acceleration of particles using single-c...
Femtosecond electron bunches with keV energies and eV energy spread are needed by condensed matter p...
Femtosecond electron bunches with keV energies and eV energy spread are needed by condensed matter p...
Over the past decades, advances in ultrafast technologies led to the production of intense ultrashor...
Over the past decades, advances in ultrafast technologies led to the production of intense ultrashor...
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