Erwin Wilhelm Müller
#16,720
Most Influential Person Across History
German physicist, inventor
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Physics
Why Is Erwin Wilhelm Müller Influential?
(Suggest an Edit or Addition)According to Wikipedia, Erwin Wilhelm Müller was a German physicist who invented the Field Emission Electron Microscope , the Field Ion Microscope , and the Atom-Probe Field Ion Microscope. He and his student, Kanwar Bahadur, were the first people to experimentally observe atoms.
Erwin Wilhelm Müller's Published Works
Number of citations in a given year to any of this author's works
Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author
Published Works
- Field ion microscopy;: Principles and applications, (1969) (565)
- Field Ion Microscopy. (1965) (348)
- Field Ionization and Field Ion Microscopy (1960) (286)
- The atom-probe field ion microscope (1970) (275)
- FIELD IONIZATION OF GASES AT A METAL SURFACE AND THE RESOLUTION OF THE FIELD ION MICROSCOPE (1956) (223)
- The Use of Classical Macroscopic Concepts in Surface Energy Problems (1953) (218)
- The effect of the lattice expansion on high spin ⇌ low spin transitions (1982) (192)
- Field ion microscopy, field ionization and field evaporation (1974) (192)
- Elektronenmikroskopische Beobachtungen von Feldkathoden (1937) (181)
- Resolution of the Atomic Structure of a Metal Surface by the Field Ion Microscope (1956) (153)
- Work Function of Tungsten Single Crystal Planes Measured by the Field Emission Microscope (1955) (145)
- Energy deficits in pulsed field evaporation and deficit compensated atom‐probe designs (1974) (123)
- Oberflächenwanderung von Wolfram auf dem eigenen Kristallgitter (1949) (123)
- Unusual spin-transition anomaly in the crossover system [Fe(2-pic)3]Cl2·EtOH (1982) (109)
- Field adsorption and desorption of helium and neon (1969) (109)
- Measurement of the Energy Distribution in Field Ionization (1964) (108)
- Spin transition in [Fe(phen)2(NCS)2] and [Fe(bipy)2(NCS)2]: Hysteresis and effect of crystal quality (1982) (103)
- Study of Atomic Structure of Metal Surfaces in the Field Ion Microscope (1957) (101)
- Gas‐Surface Interactions and Field‐Ion Microscopy of Nonrefractory Metals (1965) (97)
- Operation of the Field Ion Microscope with Neon (1964) (92)
- Field Adsorption of Inert-Gas Atoms on Field Ion Emitter Surfaces (1970) (92)
- Experimental Measurement of the Total-Energy Distribution of Field-Emitted Electrons (1959) (90)
- MASS SPECTROMETRIC ANALYSIS OF LOW TEMPERATURE FIELD EVAPORATION. (1968) (81)
- Field Adsorption of Inert‐Gas Atoms (1971) (71)
- Field calibration using the energy distribution of field ionization (1973) (70)
- Study of Molecular Patterns in the Field Emission Microscope (1958) (64)
- The effect of a magnetic field on the high-spin α low-spin transition in [Fe(phen)2(NCS)2] (1983) (62)
- Corrosion of Tungsten and Iridium by Field Desorption of Nitrogen and Carbon Monoxide (1963) (62)
- Atom-probe FIM analysis of the interaction of the imaging gas with the surface☆ (1970) (62)
- A refined model of the metal surface and its interaction with gases in the field ion microscope (1968) (61)
- Weitere Beobachtungen mit dem Feldelektronenmikroskop (1938) (61)
- Determination of Field Strength for Field Evaporation and Ionization in the Field Ion Microscope (1961) (57)
- THE FIELD ION MICROSCOPICAL IMAGE OF AN ORDERED PLATINUM‐COBALT ALLOY (1966) (56)
- Das Feldionenmikroskop (1951) (55)
- The effect of polarization, field stress, and gas impact on the topography of field evaporated surfaces☆ (1964) (51)
- Progress in Field‐Emission Work‐Function Measurements of Atomically Perfect Crystal Planes (1962) (50)
- Centenary Lecture. Field-ion microscopy and the electronic structure of metal surfaces (1969) (50)
- Field calibration using the energy distribution of a free‐space field ionization (1977) (50)
- Calibration of the Atom Probe FIM (1969) (48)
- On the participation of domains in the high spin (5T2) ⇄ low spin (1A1) transition in dithiocyanatobis (2,2′‐bi‐2‐thiazoline) iron (II) (1983) (47)
- Energy spectrum of field ionization at a single atomic site (1973) (47)
- Field evaporation rates of tungsten (1970) (46)
- Ordered Pt3–Co Alloy Studied in the Field‐Ion Microscope (1967) (46)
- Occurrence of H3+ in the Field Ionization of Hydrogen (1962) (44)
- Effects of Static-Field Penetration and Atomic Polarization on the Capacity of a Capacitor, Field Evaporation, and Field Ionization Processes (1969) (43)
- Self-Imaging of a Surface by Field Desorption (1972) (42)
- A magnetic sector atom-probe FIM (1974) (41)
- Premature field evaporation in the atom probe (1974) (39)
- Pseudospirals, imperfect structures and crystal habit produced by field evaporation of metal crystals (1958) (38)
- Bombardment of Tungsten with 20‐keV Helium Atoms in a Field Ion Microscope (1964) (37)
- Das Auflösungsvermögen des Feldelektronenmikroskops (1943) (37)
- Beobachtungen über die Feldemission und die Kathodenzerstäubung an thoriertem Wolfram (1937) (36)
- Domain Structure of Ordered Equiatomic Pt–Co Observed in the Field‐Ion Microscope (1967) (35)
- Field Ion Microscopy with an External Image Intensifier (1964) (34)
- Die Abhängigkeit der Feldelektronenemission von der Austrittsarbeit (1936) (33)
- Occurrence of metal hydrides in slow field evaporation (1977) (33)
- Current—Voltage Characteristics by Image Photometry in a Field‐Ion Microscope (1966) (32)
- Hydrogen Chemisorption on Si Surfaces Analyzed by Magnetic-Sector, Atom-Probe, Field-Ion Microscopy (1977) (32)
- FIELD DESORPTION BY ALTERNATING FIELDS. AN IMPROVED TECHNIQUE FOR FIELD EMISSION MICROSCOPY (1958) (31)
- Further studies on the spin cross-over phenomenon in di-isothiocyanatobis(1,10-phenanthroline)iron(II) (1981) (31)
- Zur Feldelektronenemission und Austrittsarbeit einzelner Kristallflächen (1953) (28)
- Die Bestimmung der Polarisierbarkeit von Atomen und Molekülen mit dem Feldelektronenmikroskop (1952) (28)
- Beobachtung von nahezu fehlerfreien Metallkristallen und von Punktdefekten im Feldionenmikroskop (1959) (27)
- High ionic charges in field-evaporating 5d transition metals (1976) (26)
- Zur Geschwindigkeitsverteilung der Elektronen bei der Feldemission (1943) (25)
- Interpretation of Pt3Co FIM images as investigated with an atom probe (1973) (24)
- Hydrogen promotion of field ionization and rearrangement of surface charge (1967) (24)
- Multilayer field evaporation patterns (1977) (23)
- Field ionization within the forbidden zone (1975) (23)
- Observation of Paired Screw Dislocations in Iron Whiskers (1959) (21)
- Operation of the Field Ion Microscope with a Dynamic Gas Supply (1961) (21)
- Field‐Ion Microscopy of Cobalt (1967) (21)
- Hydrogen and hydrogen-neon promoted field ionization of helium (1968) (21)
- Field Evaporation of Tungsten-Helium Molecular Ions (1973) (20)
- Elastic Deformation of Field‐Ion‐Microscope Tips (1967) (20)
- Abreißen adsorbierter Ionen durch hohe elektrische Feldstärken (1941) (19)
- Twinning of Iridium in a Field Ion Microscope (1966) (19)
- Time dependence of field ionization following the evaporation pulse in the atom-probe FIM (1971) (18)
- Initial Oxidation of Tantalum Observed in a Field Ion Microscope (1965) (18)
- Atomic Structure of Platinum Crystals Electrolytically Overgrown on Field‐Ion Microscope Tips (1967) (17)
- The Effect of Electron Multiplier Afterpulses on Atom‐Probe FIM Identification of Metal‐Compound Ions (1973) (17)
- Aiming performance of the atom probe (1975) (16)
- The imaging process in field ion microscopy (1972) (16)
- Mechanism of hydrogen promotion of field ionization and a new atom-probe field-ion-microscope experiment (1974) (16)
- Metal Hydrides in Pulsed Field Evaporation (1977) (15)
- Increased Image Brightness in a Field Ion Microscope (1965) (15)
- Effect of annealing on the surface composition of stainless steel 410 (1974) (14)
- Metal-neon compound ions in slow field evaporation (1977) (13)
- Betriebsbedingungen des Tieftemperatur‐Feldionenmikroskopes (1957) (13)
- Advances in atom‐probe field ion microscopy * (1974) (11)
- Field ion microscopy of hafnium (1970) (11)
- Atom-Probe Field-Ion Microscopy (1971) (11)
- Field desorption of helium and neon (1976) (10)
- Die Sichtbarmachung einzelner Atome und Moleküle im Feldelektronenmikroskop (1950) (10)
- Field Emission Microscopy (1956) (10)
- FIELD-EVAPORATION END FORM OF TANTALUM (1965) (9)
- Field Ion Microscopy of Contacts (1969) (9)
- Electron-Emission Gas Discharges I / Elektronen-Emission Gasentladungen I (1956) (8)
- APPLICATIONS OF FIELD--ION MICROSCOPY IN PHYSICAL METALLURGY AND CORROSION. Conference Held at Atlanta, Georgia, May 15--17, 1968. (1969) (7)
- FIELD EMISSION MICROSCOPY OF CLEAN SURFACES WITH ELECTRONS AND POSITIVE IONS (1963) (7)
- Das Auflösungsvermögen des Feldionenmikroskopes (1956) (7)
- Metastable Surface Sites and Molecular Bonding in Extremely High Fields* (1967) (6)
- Low-temperature field evaporation mass spectrometry of Fe, Co and Ni (1969) (5)
- Beobachtungen der atomaren Struktur von Metalloberflächen im Feldionenmikroskop (1960) (4)
- Chapter 8 – THE ATOM-PROBE FIELD ION MICROSCOPE (1975) (4)
- Field Ion Microscopy of Surface Structures on an Atomic Scale (1963) (4)
- Reply to ``Comment on `Interpretation of Pt3Co FIM images as investigated with an atom probe' '' (1974) (4)
- Atom-Probe Field-Ion Microscopes and High-Field Surface Effects (1974) (4)
- Field emission and related topics : Erwin W. Müller Festschrift volume (1978) (3)
- Investigations of Surface Processes with the Atom‐Probe Field Ion Microscope (1971) (3)
- Optical Transformation of Field Ion Micrographs (1970) (2)
- Field evaporation experiments with a magnetic sector atom-probe FIM (1975) (2)
- Increased Image Brightness by Immersion of a Field Ion Microscope (1966) (1)
- Eine Methode zur photographischen Messung der Intensität von Spektrallinien (1935) (1)
- Plenary Lecture: Surface Analysis at the Atomic Level Using the Atom-Probe (1977) (1)
- Artifacts, Hydrogen Promotion, and Field-Ion Microscopy of Nonrefractory Metals (1968) (1)
- Die Adsorption von Sauerstoff auf Wolfram nach Beobachtungen mit dem Feldelektronenmikroskop (1955) (1)
- Arbeiten des Instituts für Apparatebau an der Technischen Hochschule Karlsruhe (1936) (0)
- Single atoms visibility. (1970) (0)
- SURFACE STUDIES BY FIELD EMISSION (1978) (0)
- Advances of Field Ion Microscopy by the Atom-Probe Fim (1970) (0)
- Experimentieren mit atomaren Kristallbausteinen im Feldionenmikroskop (1957) (0)
- Die Wachstumsform des Wolframs und die Gleichgewichtsform kubisch raumzentrierter Kristalle (1950) (0)
- CONTROLLED HYDROGEN PARTIAL PRESSURE IN A FIELD ION MICROSCOPE. (1967) (0)
- DEVELOPMENTS IN FIELD ION MICROSCOPY (1978) (0)
- Single Atoms Visibility (1970) (0)
- The Theoretical and Technical Development of Field-Ion Microscopy (1968) (0)
- Zur Deutung der Richtungsabhängigkeit der Feldemission als Erscheinung vonBraggschen Interferenzen im Metallgitter (1939) (0)
- Kristallisation von Kupfer in Berührung mit Quecksilber (1950) (0)
- 1-4 Atomic Surface Structure of the Common Transition Metals and the Effect of Adhesion as Seen by Field Ion Microscopy (1967) (0)
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