Ernest Titterton

Q: What Schools Are Affiliated With Ernest Titterton

Ernest Titterton is affiliated with the following schools: University of Birmingham, Australian National University

Ernest Titterton's AcademicInfluence.com Rankings

Ernest Titterton

Physics

#2800

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Nuclear Physics

#115

Historical Rank

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Physics

Why Is Ernest Titterton Influential?

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According to Wikipedia, Sir Ernest William Titterton was a British nuclear physicist. A graduate of the University of Birmingham, Titterton worked in a research position under Mark Oliphant, who recruited him to work on radar for the British Admiralty during the first part of the Second World War. In 1943, he joined the Manhattan Project's Los Alamos Laboratory, where he helped develop the first atomic bombs. He eventually became one of the laboratory's group leaders. He participated in the Operation Crossroads nuclear tests at the Bikini Atoll in 1946, where he performed the countdown for both tests. With the passage of the Atomic Energy Act of 1946, known as the McMahon Act, all British government employees had to leave. He was the last member of the British Mission to do so, in April 1947.

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Ernest Titterton'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

A study of the giant resonance regions of Be8 and C12 through the inverse reactions Li7 (p, γ) Be8 and B11 (p, γ) C12 (1959) (31)
Energy levels in 57, 59, 61Co from the 60, 62, 64Ni(p, α) reactions (1969) (22)
An investigation of 59Co and 61Co using the 56Fe(α, pγ) and 64Ni(p, αγ) reactions (1970) (21)
The 14UD pelletron accelerator at the Australian National University (1974) (20)
Half-Lives of Carbon-10 and Neon-19 (1962) (18)
The B10(p, α)Be7 reaction between 2 and 11 MeV (1964) (18)
Slow-Neutron Ternary Fission of Uranium-235 (1951) (17)
Angular correlation studies of the low-lying levels of 57Co (1970) (14)
The 58Ni(n,p)58Co, 58Ni(n,2n)57Ni, and 58Ni(n,np)57Co Cross Sections at 14·1 MeV (1959) (14)
The B10(p, n)C10 excitation function from threshold to 10.6 MeV (1963) (14)
LETTERS TO THE EDITOR: The Photo-Disintegration of Oxygen into Four Alpha-Particles (1949) (13)
The excitation function for the reaction C12(He3,n0)O14 between threshold and 11.45 MeV (1964) (11)
Some characteristics of glow-discharge voltage regulator tubes (1949) (11)
Photo-Fission of Uranium with Possible Emission of a Beryllium Nucleus (1949) (10)
Energy levels of B9 (1963) (10)
The Photodisintegrations 6Li(?D) 4He and 7Li(?T) 4He (1950) (10)
The excitation function of the Li7(γ, p)He6 reaction (1962) (9)
Stars produced in nuclear emulsions by 150 MeV. neutrons (1951) (8)
EM SSION OF LONG-RANGE PARTICLES IN THE FAST NEUTRON TERNARY FISSION OF U- 238 AND Th-232 (1951) (8)
Gamma ray yields from the proton bombardment of B10 (1962) (7)
Neutron dose determination by the photographic plate method. (1950) (7)
Slow Neutron Monitoring with Boron- and Lithium-loaded Nuclear Emulsions (1949) (7)
RADIOACTIVE FALLOUT IN AUSTRALIA FROM OPERATION BUFFALO (1958) (7)
Evidence for the photo-fission of uranium into three charged fragments (1949) (7)
Photographic Plate Evidence for the γp-Reaction in Be9 (1950) (7)
The F19(p, n)Ne19 reaction between 5 and 11 MeV (1963) (7)
RADIOACTIVE FALLOUT IN AUSTRALIA FROM OPERATION 'MOSAIC' (1957) (7)
A laboratory oscilloscope. (1947) (6)
Strontium-90 in the Australian Environment, 1957–58 (1959) (6)
XCV. Cross sections for the reaction 12C(γ3α) in the energy range 12–18 mev (1955) (5)
A study of the reaction 10B(3He, d)11C between 3.5 and 10 MeV (1965) (5)
Facing the atomic future (1957) (5)
On the binary and ternary photofission of thorium-232. (1950) (4)
Hammer tracks in neutron and proton induced stars (1951) (4)
The B10 (p, He3)Be8 reaction (1963) (3)
FALLOUT OVER AUSTRALIA FROM NUCLEAR WEAPONS TESTED BY FRANCE IN POLYNESIA DURING JUNE AND JULY 1967. (1967) (3)
LOW-LYING STATES OF Be$sup 8$ (1954) (3)
A Portable Pulse Generator (1947) (3)
The mechanism of the reaction 12C(n, ń)3α at 14.18 MeV neutron energy (1964) (3)
Inelastic Scattering of 3He from 6Li, 7Li, 10B, 19F, and 27Al at 10 MeV (1967) (3)
The reaction 10 B (γ, d) 2 4 He (1951) (3)
States of 13N in the 20-30 MeV region (1966) (3)
SEARCH FOR FALLOUT IN AUSTRALIA FROM THE CHRISTMAS ISLAND TESTS (1957) (3)
The Harwell Nuclear Physics Conference, 1950 (1950) (2)
Cross Sections for the Reaction 7Li(γT)4He at 6.13, 14.8 and 17.6 MeV (1953) (2)
Ground-State Transitions in the Reaction 10B(n,t)8Be (1957) (2)
A study of the reaction 10B(3He, α)9B (1965) (2)
Measurements of Strontium-90 in the Australian Environment up to December 1960 (1962) (2)
The Forbidden Nature of the Reaction 6Li(γd) 4He for γ-Rays of Energies up to 17.6 MeV (1952) (2)
Observation of (γ, T), (γ, D) and (γ, np) Reactions in Boron (1950) (2)
FALLOUT OVER AUSTRALIA FROM NUCLEAR WEAPONS TESTED BY FRANCE IN POLYNESIA FROM JULY TO SEPTEMBER, 1968. (1969) (2)
LXXXIII. Search for the negative proton in fission (1950) (2)
Total cross section of the reaction B10(He3, t)C10 between threshold and 10.5 MeV (1964) (1)
On the Photodisintegrations 6Li(g,d)4He and 6Li(g,t)3He (1954) (1)
Excitation Functions for the (?p) and (?T) Reactions in Lithium-7 for Energies up to 24 MeV (1953) (1)
Strontium-90 in Fall-Out and in Man in Australia, January 1959—June 1960 (1961) (1)
LETTERS TO THE EDITOR: The Photodisintegrations 6 Li(γD) 4 He and 7 Li(γT) 4 He (1950) (1)
Radiation in man's environment (1973) (1)
The 26 MeV state of 13N (1966) (1)
Total Beta Activity in Global Fall-out in Australia during 1963 (1964) (1)
A Microsecond Interval Timer (1952) (1)
Uranium, energy source of the future? (1979) (1)
INELASTIC SCATTERING OF $sup 3$He FROM $sup 6$Li, $sup 7$Li, $sup 10$B, $sup 19$F, AND $sup 27$Al AT 10 MeV. (1967) (0)
THE ELASTIC SCATTERING OF $sup 3$He BY $sup 10$B AT 9.8 MeV. (1967) (0)
THE REACTIONS $sup 11$B($gamma$,/cap alpha/)$sup 7$Li AND $sup 11$B($gamma$,T)$sup 8$Be (1951) (0)
1500 Uses Delay Unit (1945) (0)
$sup 90$Sr IN THE AUSTRALIAN ENVIRONMENT DURING 1965. (1967) (0)
$sup 90$Sr IN THE AUSTRALIAN ENVIRONMENT DURING 1968. (1969) (0)
A STUDY OF THE GIANT RESONANCE REGIONS OF Be$sup 8$ AND C$sup 12$ THROUGH THE INVERSE REACTIONS Li$sup 7$(p,$gamma$)Be$sup 8$ AND B$sup 11$(p,$gamma$)C$sup 1$$sup 2$ (1958) (0)
Experiments on the stopping power and resolving power of nuclear research emulsions (1949) (0)
World Energy Resources Forensic and other Implications (1974) (0)
STRONTIUM-90 IN THE AUSTRALIAN ENVIRONMENT DURING 1961 (1963) (0)
Pulse Unit Model 1 (1945) (0)
Pulse amplitude analysis in nuclear physics (1953) (0)
World Energy Requirements and Resources (1977) (0)
A CLOUD-CHAMBER STUDY OF THE $beta$-RAY SPECTRUM OF HOLMIUM 166 AND THULIUM 170 (1950) (0)
Power from Fusion (1956) (0)
PHYSICAL ASPECTS OF ACUTE WHOLE BODY RADIATION EXPOSURE. (1963) (0)
Risk, Safety, Costs and Common Sense (1981) (0)
LETTERS TO THE EDITOR: Observation of (gamma, T), (gamma, D) and (gamma, np) Reactions in Boron (1950) (0)
300 Mc Transmitter Pulser (1947) (0)
Future of Nuclear Physics in Australia (1961) (0)
THE REACTION $sup 10$B($gamma$,d) 2 $sup 4$He (1951) (0)
The Reaction 6Li(γn) 5Li and Energy Levels of the 5Li Nucleus (1951) (0)
10B(3He, particle) cross sections and the 26, 28 and 32 MeV states of 13N (1972) (0)
CAPTURE $gamma$-RAYS FROM THE Li$sup 7$(p$gamma$) REACTION AT THE 440-KEV RESONANCE (1953) (0)
Video Amplifier & Scope (1945) (0)
The Reaction 7Liγp 6He (1950) (0)
INVESTIGATION OF $sup 59$Co AND $sup 61$Co USING THE $sup 56$Fe($alpha$,p$gamma$) AND $sup 64$Ni(p,$alpha$$gamma$) REACTIONS. (1970) (0)
Saw Tooth Generator and Discrinators (1945) (0)
1.2-MEV ACCELERATOR AT THE AUSTRALIAN NATIONAL UNIVERSITY (1952) (0)
THE TROMBAY REACTOR AND INDIA'S NUCLEAR ENERGY PROGRAMME (1957) (0)
The photodisintegration of 10B into neutron, proton and two α-particles (1951) (0)
AUSTRALIAN NATIONAL UNIVERSITY ATOMIC BEAM POLARIZED NEGATIVE ION SOURCE. (1971) (0)
Three Channel Mixer (1944) (0)
A device for marking event positions on the surface of nuclear emulsions (1952) (0)
NUCLEAR POWER PRODUCTION AND UTILISATION. IV. THE LONG-TERM PROGRAMME FOR ATOMIC POWER PRODUCTION (1955) (0)
High Voltage C.R.O. (1950) (0)
Cross Sections for the Reaction 7Li(γp)6He at 17.6 and 14.8 Mev and the First Excited State of 6He (1954) (0)
The Reactions 12C(γ, p)11B, 11B(p, γ)12C and 12C(γ, 3α) at 17.63 MeV Excitation (1956) (0)
THE PROBLEM OF THERMONUCLEAR POWER 1. (1958) (0)
PROBLEMS OF NUCLEAR POWER. I. THE REMOVAL OF HEAT FROM A NUCLEAR REACTOR (1955) (0)
$sup 90$Sr IN THE AUSTRALIAN ENVIRONMENT DURING 1963 (1965) (0)
GLOBAL FALL OUT IN AUSTRALIA DURING THE PERIOD NOVEMBER 26, 1956 TO DECEMBER 31, 1957 (1958) (0)
$sup 90$Sr IN THE AUSTRALIAN ENVIRONMENT, 1961 TO 1963 (1965) (0)
A 9" EXPANSION CLOUD CHAMBER (1952) (0)
Increase of nuclear reaction gains from reheat calculations of inertial confinement using a collective model (A) (1978) (0)
The problem of nuclear weapon tests (1958) (0)
Battery Operated Field Pulser (1945) (0)
DEVELOPMENTS IN ACCELERATING MACHINES FOR NUCLEAR STRUCTURE RESEARCH. (1972) (0)
Radiation Hazards (1970) (0)
$sup 90$Sr IN THE AUSTRALIAN ENVIRONMENT DURING 1964 (1966) (0)
NUCLEAR POWER PRODUCTION AND UTILISATION-III. A SHORT-TERM PROGRAMME FOR ATOMIC POWER (1954) (0)
Fast Sweep & Scope (1950) (0)
The Reactions11B(γα)7Li and11B(γT)8Be (1951) (0)
Siding Spring (1972) (0)
4-Channel Line Driver: Modified (1950) (0)
Comments Made at the Academy's 33rd Plenary Scientific Session on Genetic Engineering, February 18, 1977 (1977) (0)
Atomic Energy Development in Australia (1958) (0)

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What Schools Are Affiliated With Ernest Titterton?

Ernest Titterton is affiliated with the following schools:

Ernest Titterton's Academic­Influence.com Rankings