Keywords: 41.85.âp; 41.75.Ak; 07.78.+s; 29.30.Kv; Nuclear microprobe; Alignment; Grid shadow; Performance;
مقالات ISI (ترجمه نشده)
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Multiple ionization in 67Ho and 71Lu due to the impact of nitrogen- and silver-ions
Keywords: 32.80.Hd; 32.20.Rj; 41.75.Ak; 61.80.J; L X-rays, N-ions; Ag-ions; 67Ho; 71Lu; Energy shifts; Intensity ratios; Multiple ionization; Spectator vacancies;
Fabrication of optical devices in poly(dimethylsiloxane) by proton microbeam
Keywords: 41.75.Ak; 42.79.Dj; 42.79.Ci; 42.82.Cr; 81.40.Wx; 87.85.VaProton beam writing; Refractive index modification; Micro-optics; Diffraction grating; PDMS; Spin coating; Fresnel zone plate
Development of micromachining technology in ion microbeam system at TIARA, JAEA
Keywords: 41.75.Ak; 85.40.Hp; 81.15.Pq; 85.85.+jIon-beam lithography; Ion microbeam; Beam size measurement; Electroplating
Characteristics of focusing high-energy heavy ion microbeam system at the JAEA AVF cyclotron
Keywords: 01.50.My; 41.75.Ak; 61.80.JhHigh-energy ion beams; Microbeam; Single-ion hit; Focusing lens; AVF cyclotron; Biomedical applications
Fabrication of nanowires by varying energy microbeam lithography using heavy ions at the TIARA
Keywords: 41.75.Ak; 85.40.Hp; 85.85.+j; Three-dimensional structure; High aspect ratio; Nanowires; Ion microbeam systems; Lithography;
IBIC analysis of CdTe/CdS solar cells
Keywords: 72.20.Jv; 41.75.Ak; 84.60.JtIBIC; Thin film solar cell; Charge collection efficiency
Influence of atomic screening on fragmentation of ultrarelativistic lead ions in LHC collimators
Keywords: 34.90.+q; 25.75.âq; 41.75.Ak; 41.85.Ja; Nuclear fragmentation; Electromagnetic dissociation; Ultrarelativistic heavy ions; LHC collimators; Screening corrections;
Large-scale molecular dynamics simulation of sputtering process with glancing-angle Ar cluster impact on 4H-SiC
Keywords: 41.75.Ak; 31.15.Qg; Ar cluster; Molecular dynamics simulation; Sputtering; Incident-angle;
High- and low-frequency noise in Cs and in liquid metal ion sources
Keywords: 41.75.Ak; 07.50.Hp; 95.85.SzLiquid metal ion source; Field emission electric propulsion; Thrust noise
Improved resolution and sensitivity on the ANSTO microprobe and it’s application to μ-PIXE
Keywords: 07.85.Nc; 29.27.−a; 41.75.Ak; 41.85.Lc; 89.60.−kElemental localisation; Hybanthus floribundus; Metal hyperaccumulation; Micro-PIXE; Nickel (Ni); Nuclear microprobe
Development of a silver ion source using nanosecond pulses of a Nd:YAG laser at different wavelengths
Keywords: 29.25.Rm; 29.25.Ni; 41.75.Ak; 42.55.Mv; 42.55.Rz; 42.60.Py; 42.62.Fi; Physics of gases; Plasmas and electric discharges; Nd:YAG laser; Silver; Ion source; Electric discharges;
A model of secondary electron imaging in the helium ion scanning microscope
Keywords: 07.78.+s; 41.75.Ak; 79.20.HxSecondary electrons; Helium ions; Scanning microscopy
A review of transmission electron microscopes with in situ ion irradiation
Keywords: 41.75.Ak; 61.72.−y; 61.80.Fe; 61.80.Jh; 68.37.LpTransmission electron microscopy; In situ TEM; Ion irradiation; Radiation damage; Nuclear materials
Growth and optical properties of large single crystals of rhodamine from methanol solution
Keywords: 41.75.Ak; 68.37.Vj; 42.70.Mp; 61.66.Hq; 42.70.HjA2. Growth from solutions; A2. Single crystal growth; B1. Organic compounds; B3. Nonlinear optical
Electroless silver coating of rod-like glass particles
Keywords: 68.37.Hk; 41.75.Ak; 81.15.âz; 81.70.Ex; Focused ion beam; Coating nanostructure; Silver electroless plating; Rod-like glass particle;
Nano-clusters structure and magnetic properties of high fluence Mn+ ion-implanted GaN
Keywords: 41.75.Ak; 07.55.Je; 81.07.−b; 68.37.LpNano-structure; Magnetic properties; TEM; Ion-implantation
Accelerator-based analytical technique in the study of some anti-diabetic medicinal plants of Nigeria
Keywords: 42.62.Be; 42.40.My; 41.75.Ak; 32.30.Rj; 82.80.Ej; 83.85.−cPIXE; Anti-diabetic medicinal plants; Elemental constituents; Nigeria
MISTIC: Radiation hard ECRIS
Keywords: 52.50.Sw; 41.75.Ak; 29.25.RmECR; Ion Source; ISAC; MISTIC; ISOL
Establishment of in situ TEM–implanter/accelerator interface facility at Wuhan University
Keywords: 68.37.Lp; 41.75.Ak; 61.80.−XIn situ TEM; Ion implantation; Irradiation damage; Accelerator
Experimental bremsstrahlung yields for MeV proton bombardment of beryllium and carbon
Keywords: 34.50.Fa; 41.75.Ak; 78.70.En; 03.50.−zBremsstrahlung; PIXE; X-rays; Backgrounds
Radioactive beams at REX–ISOLDE: Present status and latest developments
Keywords: 07.75.+h; 29.20.Ej; 29.25.−t; 29.25.Rm; 29.27.−a; 37.20.+j; 41.75.Ak; 41.85.−pRadioactive beams; RIB facilities; Charge breeding; Ion sources; Linear accelerator
Development of a thermal ionizer as ion catcher
Keywords: 29.25.Ni; 29.90.+r; 34.35.+a; 41.75.Ak; 41.85.ArRadioactive ion beam; Slowing of ions; Ion source; Ion catcher; Diffusion; Ionization; Hot cavity
High precision 180Hf ion implantation using a high-current ion implanter
Keywords: 41.85.Ew; 41.75.Ak; 41.85.Qg; 42.60.Jf; 42.79.AgPrecise 180Hf ion implantation; High current ion implanter; Precise mass spectrometry; Hyperfine interactions
Semiconductor characterization by scanning ion beam induced charge (IBIC) microscopy
Keywords: 72.20.Jv; 41.75.Ak; Semiconductors; Electronic properties; Ion beam induced charge;
Laser systems for on-line laser ion sources
Keywords: 29.25.Rm; 29.25.Ni; 41.75.Ak; 42.55.Mv; 42.55.Rz; 42.60.By; 42.62.FiLaser ion source; Resonance ionization; Titanium:sapphire laser; Dye laser; Radioactive ion beams; Hot cavity
Charge state breeders: On-line results
Keywords: 29.38.Gj; 29.25.Ni; 29.25.Rm; 41.75.Ak; 41.85.Ar; Charge breeding; Radioactive ion beam; Post acceleration; EBIS; ECRIS;
A comparison of the measured responses of a tissue-equivalent proportional counter to high energy heavy (HZE) particles and those simulated using the Geant4 Monte Carlo code
Keywords: 29.40.Cs; 94.05.sj; 94.05.sk; 41.75.-i; 41.75.Ak; 41.85.Ja; 61.80.Jh; 87.55.K-; Tissue-equivalent proportional counter; Microdosimetry; Heavy ions; HZE; TEPC; Geant4;
Trace element AMS at NRL: Initial use of a modified SIMS ion source
Keywords: 07.77.+h; 41.75.Ak; 41.85.âp; 41.85.Ar; 41.85.Ja; Accelerator mass spectrometry; Secondary ion mass spectrometry; Trace element; Molecular interference;
High resolution quantitative element mapping of neuromelanin-containing neurons
Keywords: 87.64.ât; 82.80.Yc; 41.75.Ak; 07.78.+s; Neuromelanin; Iron; Quantitative analysis; Submicron resolution;
Antiproton cross-field diffusion in antihydrogen production experiments due to anisotropic binary interactions
Keywords: 41.75.Ak; 52.20.Hv; 52.25.Fi; 52.27.Jt; Antihydrogen; CERN-AD; Diffusion; Antiprotons; Positrons; Penning trap;
Ion optic calculations and installation of a modified SIMS ion source
Keywords: 07.77.+h; 41.75.Ak; 41.85.−p; 41.85.Ar; 41.85.JaAccelerator mass spectrometry; Secondary ion mass spectrometry; Trace element; Molecular interference
Measurement of charge collection profiles in irradiated silicon diodes by lateral IBIC technique
Keywords: 72.20.Jv; 41.75.Ak; 61.80.−xSemiconductors; Electronic properties; Ion beam induced charge collection; Radiation damage
Study of crystal damage by ion implantation using micro RBS/channeling
Keywords: 07.79.−v; 41.75.Ak; 61.72.Dd; 61.80.Az; 61.80.Jh; 61.82.Fk; 61.85.+p; 82.80.YcNuclear microprobe; Micro RBS/channeling; Experimental setup; Ion implantation; Si ions; Silicon; Ion current density; Radiation damage; Amorphisation; Critical temperature
Refractive index depth profile in PMMA due to proton irradiation
Keywords: 87.80.Mj; 41.75.Ak; 82.35.Lr; 81.40.TvPMMA; Refractive index depth profile; Proton Beam Micromachining (PBM); Proton Beam Writing (PBW)
A low-cost, accurate and non-intercepting continuous method for beam current measurements in a high-current ion implanter
Keywords: 41.75.Ak; 41.85.Qg; 42.60.Jf; Ion implantation; High-current ion implanter; Positive ion beam; Beam current measurement method;
The new target chamber at LIPSION: The new translation stage and goniometer and the new irradiation platform for single cell experiments
Keywords: 07.05.âDz; 07.10.Cm; 07.30.Kf; 41.75.Ak; 87.50.âa; 87.64.ât; Translation stage; Goniometer; Cell irradiation; Single cell; Single ion;
Beam experiments on the Pulse Line Ion Accelerator
Keywords: 29.17.+w; 41.75.Ak; 29.27.-a; 51.50.+v; Accelerator; Ion; Beam; Longitudinal compression; Breakdown; Multipactor;
Improvement in beam quality of the JAEA AVF cyclotron for focusing heavy-ion beams with energies of hundreds of MeV
Keywords: 29.20.Hm; 41.75.Ak; 42.60.DaHigh quality beam; Microbeam; Heavy-ion; Flat-top acceleration; AVF cyclotron
Focusing high-energy heavy ion microbeam system at the JAEA AVF cyclotron
Keywords: 01.50.My; 41.75.Ak; 61.80.JhMicrobeam; Single ion hit; Focusing lens; Biotechnology; Single event phenomena
Quantitative electron and gas cloud experiments
Keywords: 29.27.Bd; 41.75.Ak; 52.25.Wz; 52.70.NcElectron cloud; Quadrupole; Solenoid; Retarding field analyzer; Clearing; Diagnostics
Beam interaction measurements with a Retarding Field Analyzer in a high-current high-vacuum positively charged particle accelerator
Keywords: 29.30.Aj; 34.50.Dy; 41.75.Ak; 79.20.RfEnergy analyzer; Diagnostics; Positively charged beam; High-current accelerator; High-vacuum
Recent US advances in ion-beam-driven high energy density physics and heavy ion fusion
Keywords: 41.75.Ak; 52.20.Mj; 29.27.−aHeavy ion beams; Neutralized plasma; Inertial fusion; Beam compression
Electron–cyclotron–resonance plasma heating with broadband microwave radiation: Anomalous effects
Keywords: 29.25.Ni; 41.75.Ak; 52.50.DgECR ion source; ECR zone size; ECR volume-effect; Microwave bandwidth effect; Charge-state-distribution; Charge-state enhancing method
Plans for longitudinal and transverse neutralized beam compression experiments, and initial results from solenoid transport experiments
Keywords: 29.17.+w; 41.75.Ak; 52.65.Rr; Neutralized drift compression; Charged-particle beams; Particle-in-cell simulations; Beam-plasma interaction;
Monte Carlo simulation of the CENBG microbeam and nanobeam lines with the Geant4 toolkit
Keywords: 41.75.−i; 41.75.Ak; 41.85.−p; 41.85.Ew; 41.85.Ja; 41.85.Lc; 41.85.SiMonte Carlo; Geant4; Ray tracing; Quadrupoles
Studies on heavy ion fusion and high energy density physics in Japan
Keywords: 52.58.Hm; 41.75.Ak; 29.27.−a; 52.40.MjHeavy ion beam; Warm dense matter; High energy density physics; Inertial fusion
Multispecies Weibel instability for intense charged particle beam propagation through neutralizing background plasma
Keywords: 41.75.Ak; 52.59.FnIon beams; Beam–plasma interactions; Instabilities
Inhibited flammability and surface inactivation of wood irradiated by low energy hydrogen ion showers (LEHIS)
Keywords: 41.75.Ak; 52.40.Hf; 52.75.−d; 52.77.−j; 82.30.Rs; 82.70.UvGas discharge ion source (GDIS); Low energy hydrogen ion shower (LEHIS); Surface modification; Moisture absorptive inhibition time; Flammability; Hydrophobicity; Hydrophilicity; Wettability; Scanni
Effects of finite pulse length, magnetic field, and gas ionization on ion beam pulse neutralization by background plasma
Keywords: 41.75.Ak; 52.59.FnBeam–plasma interaction; Magnetic field; Plasma