|
Volumn 42, Issue 10-11, 2010, Pages 1544-1547
|
Nanostructure formation onto a tip of field gas ion emitter by field-assisted oxygen etching
|
Author keywords
Field gas ion source; Field ion microscopy; Field assisted oxygen etching; Focused ion beam; Helium; Tungsten
|
Indexed keywords
A-THERMAL;
ANGULAR CURRENT DENSITY;
AXIAL BEAM;
CRYSTAL PLANES;
EMITTER SHAPES;
EMITTER TIPS;
FIELD ION MICROSCOPY;
FIELD-ASSISTED OXYGEN ETCHING;
FOCUSED ION BEAM TECHNOLOGY;
GAS ION SOURCE;
GAS PRESSURES;
HELIUM GAS;
HELIUM ION;
ION CURRENTS;
ION EMITTER;
NANOSTRUCTURE FORMATION;
OXYGEN ETCHING;
PSEUDOMORPHIC GROWTH;
RIDGE LINES;
ROTATIONAL SYMMETRIES;
SURFACE LAYERS;
TUNGSTEN EMITTERS;
BEAM PLASMA INTERACTIONS;
CRYSTAL SYMMETRY;
ETCHING;
FOCUSED ION BEAMS;
GASES;
HELIUM;
ION BOMBARDMENT;
ION MICROSCOPES;
ION SOURCES;
NANOSTRUCTURES;
OXYGEN;
RADIOACTIVITY;
TUNGSTEN;
IONS;
|
EID: 78449296566
PISSN: 01422421
EISSN: 10969918
Source Type: Journal
DOI: 10.1002/sia.3612 Document Type: Conference Paper |
Times cited : (4)
|
References (10)
|