Albert Crewe

Q: What Schools Are Affiliated With Albert Crewe

Albert Crewe is affiliated with the following schools: University of Liverpool, University of Chicago

Albert Crewe's AcademicInfluence.com Rankings

Albert Crewe

Physics

#2964

World Rank

#4288

Historical Rank

physics Degrees

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Physics

Why Is Albert Crewe Influential?

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According to Wikipedia, Albert Victor Crewe was a British-born American physicist and inventor of the modern scanning transmission electron microscope capable of taking still and motion pictures of atoms, a technology that provided new insights into atomic interaction and enabled significant advances in and had wide-reaching implications for the biomedical, semiconductor, and computing industries.

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Albert Crewe'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

Visibility of Single Atoms (1970) (606)
Electron Gun Using a Field Emission Source (1968) (325)
Petrologic history of the moon inferred from petrography, mineralogy, and petrogenesis of Apollo 11 rocks (1970) (238)
Scanning transmission electron microscopy * (1974) (219)
A High‐Resolution Scanning Transmission Electron Microscope (1968) (207)
A scanning microscope with 5 A resolution. (1970) (177)
A Simple Scanning Electron Microscope (1969) (132)
Electron beam excitation and damage of biological molecules; its implications for specimen damage in electron microscopy. (1973) (124)
A high resolution electron spectrometer for use in transmission scanning electron microscopy. (1971) (112)
Scanning transmission electron microscopy at high resolution. (1974) (108)
The current state of high resolution scanning electron microscopy (1970) (103)
Scanning Electron Microscopes: Is High Resolution Possible? (1966) (95)
Bracelet protein: a quaternary structure proposed for the giant extracellular hemoglobin of Lumbricus terrestris. (1986) (75)
Direct observations of atomic diffusion by scanning transmission electron microscopy. (1977) (65)
The reassociation of Lumbricus terrestris hemoglobin dissociated at alkaline pH. (1984) (55)
High-resolution scanning transmission electron microscopy. (1983) (54)
Petrologic History of Moon Suggested by Petrography, Mineralogy, and Crystallography (1970) (52)
Electron optics and electron microscopy (1972) (51)
Thick specimens in the CEM and STEM. I. Contrast (1974) (46)
On the optimum resolution for a corrected STEM (1982) (32)
Sub‐centimeter micromachined electron microscope (1992) (31)
A high-resolution scanning electron microscope. (1971) (31)
Scanning transmission electron microscopy of extracellular annelid hemoglobins (1982) (31)
REVIEW ARTICLE: The physics of the high-resolution scanning microscope (1980) (30)
From the archives: SCIENCE and the War on... (2007) (29)
The use of backscattered electrons for imaging purposes in a scanning electron microscope. (1976) (28)
Low temperature mass loss of thin films of L-phenylalanine and L-tryptophan upon electron irradiation--a preliminary report. (1975) (28)
High resolution scanning microscopy of biological specimens. (1971) (28)
Optimization of small electron probes (1987) (27)
On the resolution of the low-energy electron reflection microscope (1989) (26)
Electron microscope studies (1992) (25)
Scanning transmission electron microscopic examination of the hexagonal bilayer structures formed by the reassociation of three of the four subunits of the extracellular hemoglobin of Lumbricus terrestris. (1987) (22)
The molecular size of Myxicola infundibulum chlorocruorin and its subunits. (1985) (22)
Some Chicago Aberrations (2004) (20)
Inexact three-dimensional reconstruction of a biological macromolecule from a restricted number of projections. (1984) (19)
Dark field imaging of biological macromolecules with the scanning transmission electron microscope. (1979) (19)
Imaging in scanning microscopes (1980) (19)
Secondary Electron Detection in a Field Emission Scanning Microscope (1970) (18)
CHARGE INDEPENDENCE IN THE REACTIONS p + d $Yields$ $pi$$sup 0$ + He$sup 3$ AND p + d $Yields$ $pi$$sup +$ + H$sup 3$ AT 450 Mev (1960) (18)
Experiments with Quadrupole Lenses in a Scanning Microscope (1967) (16)
Considerations of specimen damage for the transmission electron microscope, conventional versus scanning. (1973) (16)
Comparison of the molecular size and shape of the extracellular hemoglobins of tubifex tubifex and lumbricus terrestris (1984) (15)
Chromatic aberration effects in small electron probes (1987) (15)
Inexact reconstruction: Some improvements (1985) (15)
An introduction to the STEM. (1984) (15)
Electron motion in tuned fields I. The algebra (1992) (14)
A Red Carpet (1963) (14)
Extracted Proton Beam of the Liverpool 156‐Inch Cyclotron (1955) (14)
Scanning Electron Microscopy of Cells (1969) (14)
Very low voltage electron microscopy. (1976) (13)
High resolution imaging properties of the STEM. (1975) (13)
A “stand alone” image processing system for STEM images (1982) (13)
Optimal scanning and image processing with the STEM (1981) (12)
Inexact reconstructions from projections (1983) (12)
On the peculiarities of monopole and multipole focusing (2001) (12)
V Production of Electron Probes Using a Field Emission Source (1973) (12)
Evidence for a central substructure in a Lumbricus terrestris hemoglobin obtained with STEM low-dose and digital processing techniques. (1983) (12)
Chapter 1 The Work of Albert Victor Crewe on the Scanning Transmission Electron Microscope and Related Topics (2009) (11)
Observation of nonhexagonal superlattices in high-stage cesium intercalated graphite (1983) (11)
ELASTIC PROTON-DEUTERON SCATTERING AT 450 Mev (1959) (11)
Ideal lenses and the Scherzer theorem. (1977) (11)
A study on the optimization of apertures in an aberrated probe forming system (1988) (11)
Electron motion in tuned fields. II: Some applications (1992) (10)
Modification of a scanning electron microscope to produce Smith–Purcell radiation (2004) (10)
High Intensity Electron Sources and Scanning Electron Microscopy( (1971) (10)
Microprobe analysis (1976) (10)
A study of octupoles as correctors (1988) (9)
Correction of spherical and coma aberrations with a sextupole-round lens-sextupole system (1985) (9)
Regenerative Beam Extraction on the Chicago Synchrocyclotron (1956) (9)
Spherical aberrations of multipoles (1987) (9)
Microfabrication of arrays of scanning electron microscopes (1994) (8)
The sextupole corrector. I: Algebraic calculations (1984) (8)
Color conversion in electron microscopy (1980) (8)
A Quadrupole Octupole Corrector for a 100 keV STEM (1974) (7)
High Resolution Scanning Microscopy of Biological Specimens (1970) (7)
The wave electron optical properties of a magnetic round lens corrected with sextupoles (1985) (7)
The extraction of the beam from the Liverpool synchrocyclotron. II. Experimental work (1955) (7)
Some limitations on electron beam lithography (1979) (6)
SEARCH FOR ASYMMETRIES IN THE SCATTERING AND DECAY OF PIONS (1957) (6)
What will they think of next? [Future of electronics and electronic devices] (1965) (6)
Science and the war on (1967) (6)
Limits of electron probe formation (1995) (6)
Optimal imaging techniques in the scanning transmission electron microscope: applications to biological macromolecules. (1980) (5)
Electron focusing using dipole lenses (1996) (5)
Electron microscopes using field emission source (1975) (5)
Some Practical Aspects of Diffusion Cloud Chamber Operation (1954) (5)
Experimental Area Beams from the Anl 12.5 Bev Proton Synchrotron (1965) (5)
Electron focusing in magnetic fields of the form zn (2004) (5)
The Multiple Scattering of ?-Mesons (1951) (5)
A stem study of a platinum deposit on an amorphous carbon film: The effects of contact voltage in the nucleation process (1984) (5)
A STUDY OF POSITIVE PION PRODUCTION IN p-p COLLISIONS AT 383 MEV (1956) (5)
SEXTUPOLE SYSTEM FOR THE CORRECTION OF SPHERICAL ABERRATION (2017) (4)
Electron Microscopy Of Atoms (1977) (4)
The Scattering of 15.7 MeV Neutrons by 4He (1954) (4)
Open Letter to Congress (1986) (4)
The Study of Single Heavy Atom Motion in the STEM (1974) (4)
A Base Specific Single Heavy Atom Stain for Electron Microscopy (1972) (4)
An algebraic approach to the symmetrical einzel lens (1991) (4)
Ideal lenses and the Scherzer theorem: A supplement (1988) (4)
Electron microspectroscopy. (1975) (4)
An Electron Gun Scanning Microscope (1968) (4)
Magnetic Spectrometer for 450‐Mev Protons (1958) (3)
Miniature electron microscopes for lithography (1994) (3)
The three element electrostatic lens (1992) (3)
A new characterization of the magnetic lens (1991) (3)
On the aberrations of uniform fields (1993) (3)
Progress in Scanning Transmission Electron Microscopy at the University of Chicago (1979) (3)
The Scanning Transmission Electron Microscope (2017) (3)
The Mw8.8 Maule Chile Earthquake of 27th February 2010 (2011) (3)
Resolution Attainable With the Present Day STEM (1973) (3)
The Multiple Scattering of 7.5 MeV Deuterons in Metals (1953) (2)
Gapless Single-Pole Magnetic Lens for Low-Voltage SEM (1996) (2)
Images of science: science of images. (1993) (2)
Regenerative action in high energy accelerators (1957) (2)
Computer simulation of a mirror STEM (1993) (2)
Charge Independence in the Reactions p+d?p^{0}+He^{3} and p+d?p^{+}+H^{3} at 450 Mev (1959) (2)
A High Performance Energy Analyzer for Use in Electron Scanning Microscopy (1969) (2)
A sub-cm micromachined electron microscope (1993) (2)
The Potentials of Scanning Microscopy (1968) (2)
A note on the aberrations of uniform magnetic fields (1995) (2)
High Resolution Scanning Microscopy—What Next? (1975) (2)
A comment on the properties of multipole lenses (2003) (2)
A leech parasitic on Bulinus. (1973) (2)
FIELD EMISSION AND AN ELECTRON GUN. (1970) (1)
Some Notes on the History of the STEM (1988) (1)
EFFECTS OF GEOMETRY ON SCATTERING DISTRIBUTIONS IN THE WILSON CLOUD CHAMBER (1951) (1)
Electron Holography and the Correction of Spherical Aberration (1971) (1)
SIMPLE SCANNING ELECTRON MICROSCOPE. (1969) (1)
Resolution Limits Imposed by Specimen-Electron Interactions (1974) (1)
A new analytical electron microscope (1978) (1)
Application of the Stem Optimum Imaging Method on a Biological Macromolecule (1980) (1)
Research, U.S.A. (1964) (1)
Progress Towards the Sequencing of DNA by Electron Microscopy (1974) (1)
Theory of Optimal Scanning in the STEM (1980) (1)
Research, U.S.A. : knowledge for the future (1964) (1)
A STEREOSCOPIC REPROJECTION APPARATUS FOR NEUTRON SCATTERING EXPERIMENTS (1954) (1)
Scanning Microscopy of Thin Biological Specimens (1969) (1)
The Use of Thick Specimens in a STEM (1974) (1)
A gapless magnetic objective lens for low voltage SEM (1998) (1)
Present and future STEM studies of catalysts at the atomic level (1983) (1)
Construction of the ZGS (1980) (1)
First tests of a dipole lens for a scanning electron microscope (2003) (1)
Charged-Particle Optics: 15 July 1993, San Diego, California (1993) (1)
Limits of the STEM (1986) (1)
High-throughput electron-beam lithography (1992) (1)
Alkaline Dissociation Products of Lumbricus Terrestris Hemoglobin Viewed with the STEM (1981) (1)
Specimen heating stage with in-situ evaporator in UHV-STEM for the observation and characterization of monolayered superstructures (1983) (1)
New scanning transmission electron microscope microanalytical system (1987) (1)
Flat electron beams (2006) (1)
Electron microscope studies. Progress report, 1 July 1990--1 June 1991 (1991) (0)
Processing a device electron beam for correcting aberrations of third order and higher order (1982) (0)
ELECTRON MICROSCOPE STUDIES. Technical Progress Report, April 1970--May 1971. (1971) (0)
Detector device for scanning electron microscope (1971) (0)
A Frightening Picture (1968) (0)
On aberrations of probe-forming electron optics (1997) (0)
Scientists at Work: The Management of Scientists . Karl Hill, Ed. Beacon Press, Boston, Mass., 1964. xvi + 143 pp. Illus. $4.95. (1964) (0)
A low-cost image analysis system for scanning transmission electron microscopy low-dose images. (1982) (0)
A 100 KV Transmission Scanning Microscope (1971) (0)
The Development of the Suite of Computer Programs for the C.E.G.B. National Grid Control Centre (1972) (0)
Aberration problem in electron optics (1993) (0)
The Management of Scientists. Karl Hill, Ed. Beacon Press, Boston, Mass., 1964. xvi + 143 pp. Illus. $4.95 (1964) (0)
Scanning Transmission Electron Microscopy at High Resolution (atom motion/electron optics/single atom visibility/carbon films/field emission source) (2016) (0)
Charged-Particle Optics (1993) (0)
Personal recollection. Some Chicago aberrations. (2004) (0)
AbstractOptimal scanning and image processing with the stem (1981) (0)
Attempt to Measure Smith-Purcell Radiation (2003) (0)
π+-production in p-p collision at 383 MeV in a diffusion cloud chamber (1956) (0)
Hexagonal bilayer structures formed by three out of the four subunits of the extracellular hemoglobin of Lumbricus terrestris (1987) (0)
Some Chicago Aberrations (2002) (0)
Particle Accelerator Division Summary Report: April 15, 1958 through October, 1958 (1959) (0)
Electron microscope studies. Progress report, June 1, 1992--November 1, 1993 (1993) (0)
Shielding Considerations for the Control Room and Linear Accelerator Building (1959) (0)
Electron microscope studies. Progress report, 1 July 1964--1 June 1992 (1992) (0)
Development of High Resolution STEM and Its Future (Development of Electron Microscopy and its Future--Proceedings of the Thirtieth Anniversary of Japanese Society of Electron Microscopy) (1979) (0)
Positive pion production in p-p collisions at 383 Mev (1956) (0)
ELECTRON MICROSCOPE STUDIES. Technical Progress Report, June 1, 1967--May 31, 1968. (1968) (0)
EFINS 68-73 coo-1721-6 A Simple Scanning Electron Microscope (2012) (0)
Peaceful Uses: Man and Atom . Building a New World through Nuclear Technology. Glenn T. Seaborg and William R. Corliss. Dutton, New York, 1971. 412 pp., illus. $10. (1972) (0)
Electron microscope studies: Progress report for the period July 1, 1987 to June 30, 1988 (1988) (0)
A recipe for super-high resolution (1999) (0)

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What Schools Are Affiliated With Albert Crewe?

Albert Crewe is affiliated with the following schools: