Rydberg excitation of neutral nitric oxide molecules in strong UV and near-IR laser fields

Rydberg state excitations of neutral nitric oxide molecules are studied in strong ultraviolet （UV） and near-infra-red （IR） laser fields using a linear time-of-flight （TOF） mass spectrometer with the pulsed electronic field ionization method. The yield of Rydberg molecules is measured as a function o...

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Veröffentlicht in:	Chinese physics B 2015-06, Vol.24 (6), p.284-287
1. Verfasser:	吕航张军峰左万龙徐海峰金明星丁大军
Format:	Artikel
Sprache:	eng
Schlagworte:	Electronics Excitation Field ionization Formations Lasers Mass spectrometers Nitric oxide Rydberg states UV激光一氧化氮分子中性多光子激发激光场紫外线近红外激光飞行时间
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description	Rydberg state excitations of neutral nitric oxide molecules are studied in strong ultraviolet （UV） and near-infra-red （IR） laser fields using a linear time-of-flight （TOF） mass spectrometer with the pulsed electronic field ionization method. The yield of Rydberg molecules is measured as a function of laser intensity and ellipticity, and the results in UV laser fields are compared with those in near-IR laser fields. The present study provides the first experimental evidence of neutral Rydberg molecules surviving in a strong laser field. The results indicate that a rescattering-after-tunneling process is the main contribution to the formation of Rydberg molecules in strong near-IR laser fields, while multi-photon excitation may play an important role in the strong UV laser fields.
doi_str_mv	10.1088/1674-1056/24/6/063303
format	Article
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The yield of Rydberg molecules is measured as a function of laser intensity and ellipticity, and the results in UV laser fields are compared with those in near-IR laser fields. The present study provides the first experimental evidence of neutral Rydberg molecules surviving in a strong laser field. 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The yield of Rydberg molecules is measured as a function of laser intensity and ellipticity, and the results in UV laser fields are compared with those in near-IR laser fields. The present study provides the first experimental evidence of neutral Rydberg molecules surviving in a strong laser field. 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subjects	Electronics Excitation Field ionization Formations Lasers Mass spectrometers Nitric oxide Rydberg states UV激光一氧化氮分子中性多光子激发激光场紫外线近红外激光飞行时间
title	Rydberg excitation of neutral nitric oxide molecules in strong UV and near-IR laser fields
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