Generation and control of high harmonics by laser interaction with transmission electrons in a thin crystal

Faisal F, Kaminski JZ (1996)
PHYSICAL REVIEW A 54(3): R1769-R1772.

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Zeitschriftenaufsatz | Veröffentlicht | Englisch
Autor
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Abstract / Bemerkung
We propose a mechanism of generating very high harmonics at moderate laser intensities by transmission of electrons in a thin crystal. Results of nonperturbative Floquet-Bloch calculations show the possibility of controlling the height and range of high-harmonic spectra through the mechanism of interband resonances at suitable energies of the incident electrons and/or intensity of the laser field.
Erscheinungsjahr
Zeitschriftentitel
PHYSICAL REVIEW A
Band
54
Zeitschriftennummer
3
Seite
R1769-R1772
ISSN
PUB-ID

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Faisal F, Kaminski JZ. Generation and control of high harmonics by laser interaction with transmission electrons in a thin crystal. PHYSICAL REVIEW A. 1996;54(3):R1769-R1772.
Faisal, F., & Kaminski, J. Z. (1996). Generation and control of high harmonics by laser interaction with transmission electrons in a thin crystal. PHYSICAL REVIEW A, 54(3), R1769-R1772.
Faisal, F., and Kaminski, J. Z. (1996). Generation and control of high harmonics by laser interaction with transmission electrons in a thin crystal. PHYSICAL REVIEW A 54, R1769-R1772.
Faisal, F., & Kaminski, J.Z., 1996. Generation and control of high harmonics by laser interaction with transmission electrons in a thin crystal. PHYSICAL REVIEW A, 54(3), p R1769-R1772.
F. Faisal and J.Z. Kaminski, “Generation and control of high harmonics by laser interaction with transmission electrons in a thin crystal”, PHYSICAL REVIEW A, vol. 54, 1996, pp. R1769-R1772.
Faisal, F., Kaminski, J.Z.: Generation and control of high harmonics by laser interaction with transmission electrons in a thin crystal. PHYSICAL REVIEW A. 54, R1769-R1772 (1996).
Faisal, Farhard, and Kaminski, JZ. “Generation and control of high harmonics by laser interaction with transmission electrons in a thin crystal”. PHYSICAL REVIEW A 54.3 (1996): R1769-R1772.