Harald A. Enge

Q: What Schools Are Affiliated With Harald A. Enge

Harald A. Enge is affiliated with the following schools: University of Bergen, Massachusetts Institute of Technology

Harald A. Enge's AcademicInfluence.com Rankings

Harald A. Enge

Physics

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Why Is Harald A. Enge Influential?

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According to Wikipedia, Harald Anton Enge was a Norwegian-American experimental nuclear physicist and inventor of instrumentation used in nuclear physics. He is known for the Enge split-pole spectrograph, which became a standard instrument of nuclear physics research.

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Harald A. Enge'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

Split-pole magnetic spectrograph for precision nuclear spectroscopy (1967) (191)
Dynamic Influence of Valence Neutrons upon the Complete Fusion of Massive Nuclei (1980) (114)
Effect of Extended Fringing Fields on Ion-Focusing Properties of Deflecting Magnets (1964) (113)
The QMG/2, a magnetic spectrograph for nuclear research☆ (1974) (93)
Achromatic Magnetic Mirror for Ion Beams (1963) (74)
Magnetic spectrographs and beam analyzers (1964) (56)
Multiple‐Gap Magnetic Spectrograph for Charged‐Particle Studies (1963) (55)
Combined Magnetic Spectrograph and Spectrometer (1958) (53)
Magnetic spectrographs for nuclear reaction studies (1979) (52)
Performance of a QDDD spectrograph (1972) (52)
A single arm spectrometer detector system for high-energy heavy-ion experiments (1990) (50)
Optical design of the tofi (time-of-flight isochronous) spectrometer for mass measurements of exotic nuclei (1985) (49)
Bi 209 ( d , p ) Bi 210 Reaction at Low Bombarding Energies and with High Resolution (1962) (48)
SHELL-MODEL STATES IN Ca$sup 4$$sup 9$ (1964) (47)
Nuclear-Reaction Studies in the Strontium Isotopes: TheSr88(d,p)Sr89Reaction (1968) (46)
NUCLEAR-REACTION STUDIES IN THE NICKEL ISOTOPES: THE $sup 58$Ni (p,p')$sup 58$ AND $sup 58$Ni (d,p) $sup 59$Ni REACTIONS (1966) (45)
Magnetic proton recoil spectrometer for fusion plasma neutrons (1992) (44)
Near- and sub-barrier fusion of /sup 58/Ni with /sup 58/Ni (1981) (38)
The ion-optical program raytrace☆ (1987) (38)
Ion Focusing Properties of a Quadrupole Lens Pair (1959) (36)
Nuclear-Reaction Studies in the Nickel Isotopes: TheNi61(p,p′)Ni61,Ni61(d,d′)Ni61, andNi60(d,p)Ni61Reactions (1967) (34)
Measurement of energy emission from O+A and p+A collisions at 14.5 GeV/c per nucleon with a lead-glass array (1987) (33)
Beam optics design of compact gantry for proton therapy (1995) (33)
Results of Stripping Analysis of the Reaction K 39 (d, p)K 40 (1959) (31)
Velocity selector for heavy-ion separation (1977) (29)
A new 1-2 GeV/ c separated beam for BNL (1992) (26)
CHAPTER 4.2 – DEFLECTING MAGNETS (1967) (24)
RESULTS OF STRIPPING ANALYSIS OF THE Co$sup 59$ (d,p)Co$sup 60$ REACTION (1960) (23)
Compact broad range magnetic spectrometer for use in ion beam analysis (1998) (22)
Broad range electron spectrometer using permanent magnets (1991) (22)
Level structure of 28Al (1972) (19)
PROPOSED RECOIL MASS SPECTROGRAPH FOR DETECTING SUPERHEAVY NUCLEI. (1971) (19)
The multipole element of the Q3D spectrograph for correction of the kinematic broadening (1976) (17)
ION-FOCUSING PROPERTIES OF A THREE-ELEMENT QUADRUPOLE LENS SYSTEM (1961) (17)
Performance of an energy-mass spectrograph for heavy ions☆ (1977) (17)
The 63Cu(p, p′γ)63Cu and 65Cu(p, p′γ)65Cu reactions at 6.5 MeV (1968) (16)
Measurement of energy and charged particle emission in the central rapidity region from O+A andp+A collisions at 14.5 GeV/c per nucleon and preliminary results from Si+A collisions (1988) (15)
The 62Ni (3He, d) 63Cu reaction at 11.0 MeV (1968) (15)
A new accelerator mass spectrometer for trace element analysis at the Naval Research Laboratory (1997) (15)
Progress in recoil spectrometers for separation of fast nuclear reaction products (1981) (15)
Study of low-lying isobaric analogue states of 89Sr (1966) (14)
EXCITED STATES OF Mg$sup 25$ FROM THE Al$sup 27$(d,/cap alpha/)Mg$sup 25$ AND Mg$sup 24$(d,p)Mg$sup 25$ REACTIONS (1952) (13)
MAGNETIC ANALYSIS OF THE Al$sup 27$(d,p)Al$sup 28$ REACTION (1952) (13)
Uniform beam distributions using octupoles (1991) (13)
SPINS OF THE LOWEST STATES OF THE K$sup 40$, P$sup 32$, AND Al$sup 28$ NUCLEI (1954) (13)
1-200 AMU TUNABLE PRETZEL MAGNET NOTCH-MASS-FILTER AND INJECTOR FOR TRACE ELEMENT ACCELERATOR MASS SPECTROMETRY (1997) (12)
NUCLEAR REACTION ENERGIES (1952) (12)
Broad-range particle spectrographs (1981) (11)
Neutron deficient platinum and osmium isotopes produced in the /sup 32/S+/sup 144/Sm fusion reaction (1982) (11)
A high-resolution, charged-particle spectrometer with doppler correction (1967) (11)
Performance of the snake, a device to adjust the shape of a magnet field boundary (1976) (10)
ALPHA-PARTICLE THICKNESS GAUGE (1957) (9)
Excitation functions for evaporation residues from the /sup 37/Cl+/sup 169/Tm fusion reaction (1981) (9)
Preliminary spectrometer results from E-802 (1988) (9)
Investigation ofZn67states by theZn66(d,p)andCu65(He3,p)reactions (1974) (7)
Half-lives of /sup 199/Rn and /sup 199/Rn/sup m/ (1981) (7)
A study of 61Ni by the 59Co(3He, p)61Ni reaction (1968) (7)
New isotopeRn199and evidence for an isomeric stateRnm199 (1980) (6)
Introduction to atomic physics (1972) (6)
Upgrading program for the FN tandem and AMS system at PRIME Lab (1994) (6)
Effects of dipole magnet inhomogeneities on the beam ellipsoid (1987) (4)
Near- and sub-barrier fusion ofNi58withNi58 (1981) (4)
Evaporation residues from the fusion of 32S with 58Ni and 70Ge observed with an energy-mass spectrograph (1978) (3)
In-flight mass separation of 205Rn, 206Rn and 207Rn fusion recoils from the 197Au(14N, xn) reaction using an energy-mass spectrograph☆ (1978) (3)
Study of the reaction 12C + 14N → α + 22Na (1978) (3)
Proton production from Si+Au collisions at 14.5 A-GeV (1989) (3)
Computer simulations of submicron FIB system optics (1983) (3)
Status of the naval research laboratory trace element accelerator mass spectrometer: Characterization of the Pretzel magnet (1997) (3)
SEARCH FOR ALPHA-PARTICLES FROM THE O$sup 16$(d,$alpha$)N$sup 14$* REACTION (1952) (3)
ANALYSIS OF PROTON SCATTERING AND REACTIONS WITH THE GENERALIZED OPTICAL MODEL. (1971) (2)
A compact permanent magnet proton spectrometer (1988) (2)
Particle Detection Systems (1979) (2)
ENERGY LEVEL AT 31 KEV IN Al$sup 28$ FROM Al$sup 27$ (d,p)Al$sup 28$ REACTION (1951) (2)
Study of the reaction 12C + 13C → α + 21Ne (1975) (2)
Combined Current Integrator and Sensitive Microammeter (1952) (1)
Projectile energy degradation at 14. 5 GeV/u (1988) (1)
ErratumBroad range electron spectrometer using permanent magnets (1992) (1)
A HIGH-RESOLUTION MAGNETIC SPECTROMETER WITH LARGE SOLID ANGLE (1965) (0)
Design of a 2‐GeV kaon beam line (2008) (0)
NUCLEAR-REACTION STUDIES IN THE NICKEL ISOTOPES: THE $sup 61$Ni(p,p')$sup 61$Ni, $sup 61$Ni(d,d')$sup 61$Ni, AND $sup 60$Ni(d,p)$sup 61$Ni REACTIONS. (1967) (0)
ON HEAVY PARTICLE SPECTROSCOPY TECHNIQUE, ITS APPLICATION TO SCATTERING MASS ANALYSIS AND THE Al$sup 27$(d,/cap alpha/)Mg$sup 25$ AND Al$sup 27$(d,p)Al$sup 28$ REACTIONS (1954) (0)
Investigation of $sup 67$Zn states by the $sup 66$Zn(d,p) and $sup 65$Cu($sup 3$He,p) reactions (1974) (0)
DIRECT REACTION STUDY OF THE Ca$sup 41$ AND Ca$sup 49$ SHELL-MODEL LEVELS (1964) (0)
ANALYSIS OF ELASTIC AND INELASTIC ANALOGUE-STATE RESONANCES USING COUPLED OPTICAL EQUATIONS. (1969) (0)
Calculation of aberration coefficients up to sixth order of multipole focusing elements (1988) (0)
STUDY OF THE LOW-LYING ISOBARIC ANALOG STATES OF $sup 89$Sr (1966) (0)
Magnetic septa design and performance for injection and extraction to and from the MIT-Bates South Hall Ring (SHR) (1993) (0)
New isotope /sup 199/Rn and evidence for an isomeric state /sup 199/Rn/sup m/ (1980) (0)
Numerical Calculation of Non‐Coulomb Stripping Cross Sections (1956) (0)
Study of the reaction $sup 12$C + $sup 13$C $Yields$ $alpha$ + $sup 21$Ne (1975) (0)
Mass, velocity, angular and charge-state distributions from the fusion of /sup 32/S and /sup 112/Sn (1978) (0)
Magnetic spectrograph for the Holifield heavy ion research facility (1977) (0)
Problems associated with attaining high field uniformity and reproducibility in magnetic spectrographs. (1972) (0)
Gamma multiplicity moments of Ni + Ni sub-barrier fusion reactions (1982) (0)
Introduction to Electron and Ion Optics by Poul Dahl (1975) (0)
New neutron spectrometer for high power DT experiments on JET (abstract) (1995) (0)
Zn 68 ( d , p ) Zn 69 reaction at 7.5 MeV (1975) (0)
Focusing on doppelablenkabtastung a charged particle beam (1980) (0)
$sup 68$Zn(d, p)$sup 69$Zn reaction at 7.5 MeV (1975) (0)
HIGH-SPIN STATES IN $sup 22$Na. (1972) (0)
GRAPHS FOR DETERMINING REDUCED WIDTHS IN (d,p) STRIPPING EXPERIMENTS. Technical Report No. 74 (1962) (0)
Focusing method and apparatus for scanning double deflection of a charged particle beam (1980) (0)
Evaporation decay and associated gamma multiplicity forRn204via three fusion channels (1984) (0)
Experimental methods for detection and identification of superheavy nuclei produced in heavy-ion reactions (1972) (0)
Ion optics for accelerators (1974) (0)
A method and device for the computer-Supported transaxial roentgentomographie (1978) (0)
Electromagnetic Separators for Recoiling Reaction Products (1985) (0)
Synchrotron magnet cross sections (1953) (0)
William Weber Buechner (1985) (0)

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What Schools Are Affiliated With Harald A. Enge?

Harald A. Enge is affiliated with the following schools: