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Atomic Physics Lab., RIKEN | 論文
- DEVELOPMENT OF AN RF ION-GUIDE FOR TRAPPING ENERGETIC RI-BEAMS FROM A FRAGMENT SEPARATOR (II)
- MULTIPLE-ELECTRON PROCESSES IN CLOSE SINGLE COLLSIONS OF Ne^(q = 2, 5, 7, and 9) WITH Ar AT 14keV
- DEVELOPMENT OF A SLOW-POSITRON SOURCE
- HIGH-RESOLUTION SOFT X-RAY SPECTROSCOPY OF SLOW HIGLHY CHARGED IONS TRANSMITTED THROUGH A Ni MICROCAPILLARY TARGET USING A SINGLE PHOTON COUNTING METHOD
- HIGH-RESOLUTION SOFT X-RAY SPECTROSCOPY OF 2.3keV/u Ne^ IONS THROUGH Ni MICROCAPILLARY TARGET
- DEVELOPMENT OF AN RF ION-GUIDE FOR TRAPPING ENERGETIC RI-BEAMS FROM A FRAGMENT SEPARATOR
- A NEW TYPE OF POSITRON ACCUMULATOR UTILIZING A HIGH-DENSITY ELECTRON PLASMA
- NEW METHOD POSITRON ACCUMULATION FOR COOLING HCIs
- HIGH-RESOLUTION SOFT X-RAY SPECTROSCOPY OF 2.3keV/u N^ IONS THROUGH A HIGHLY ORDERED Au MICROCAPILLARY TARGET
- HIGH-RESOLUTION SOFT X-RAY MEASUREMENTS IN 2.3keV/u^N^ IONS TRANSMITTED THROUGH A MICROCAPILLARY
- ANGULAR MOMENTUM DISTRIBUTION OF SULFUR RYDBERG STATES PRODUCED THROUGH FOIL PENETRATION
- COINCIDENCE MEASUREMENTS OF X-RAYS AND FINAL CHARGE STATE OF HIGHLY CHARGED IONS TRANSMITTED THROUGH A MICROCAPILLARY
- COINCIDENCE MEASUREMENT OF L X-RAY AND FINAL CHARGE STATE OF Ar IONS TRANSMITTED THROUGH A MICROCAPILLARY
- RF ION-GUIDE SYSTEM FOR TRAPPING ENERGETIC RADIOACTIVE NUCLEAR IONS