G. E. Cook

发表

Fundamentals of celestial mechanics: J.M.A. Danby: Macmillan, New York, 1962. xi + 348 pp. 60s.

G. E. Cook, 1963 .

Determination of the Even Harmonics in the Earth's Gravitational Potential

Desmond George King-Hele, G. E. Cook, D. King-hele, 1963 .

Luni-Solar Perturbations of the Orbit of an Earth Satellite

G. E. Cook, 1961 .

Perturbations of near-circular orbits by the earth's gravitational potential

G. E. Cook, 1966 .

Odd zonal harmonics in the geopotential, from analysis of 28 satellite orbits

D. G. King-Hele, C. J. Brookes, G. E. Cook, 1980 .

The long-period motion of the plane of a distant circular orbit

G. E. Cook, R. R. Allan, 1964, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

Satellite drag coefficients

G. E. Cook, 1965 .

The odd zonal harmonics in the Earth's gravitational potential

G. E. Cook, D. King-hele, D. Scott, 1965 .

Basic theory for PROD, a program for computing the development of satellite orbits

G. E. Cook, 1973 .

Analysis of 27 Satellite Orbits to Determine Odd Zonal Harmonics in the Geopotential.

G. E. Cook, D. King-hele, 1973 .

The pear-shaped section of the Earth

C. J. Brookes, G. E. Cook, D. King-hele, 1980, Nature.

Earth's Gravitational Potential: Evaluation of Even Zonal Harmonics from the 2nd to the 12th

G. E. Cook, D. King-hele, Janice M. Rees, 1963, Nature.

A COMPARISON TO THEORY OF OBSERVED STABILITY FAILURES OF THIN SPHERICAL SHELLS

G. E. Cook, 1958 .

Lifetimes of satellites in large-eccentricity orbits

G. E. Cook, D. Scott, D. W. Scott, 1967 .

Variations in exospheric density at heights near 1100km, derived from satellite orbits

G. E. Cook, D. Scott, D. W. Scott, 1967 .

Discussion of paper by S. J. Peale, ‘Dust belt of the Earth’

G. E. Cook, R. R. Allan, 1967 .

Geophysical results obtained from satellite orbits

G. E. Cook, 1962 .

The semi-annual variation in the upper atmosphere: A review.

G. E. Cook, 1969 .

Drag coefficients of spherical satellites

G. E. Cook, 1965 .

Variations in air density at heights near 500 km from 1965 to 1967

G. E. Cook, 1968 .

Thermospheric densities during an intense magnetic storm, from the LOGACS experiment

G. E. Cook, R. R. Allan, 1974 .

The contraction of satellite orbits under the influence of air drag. I. With spherically symmetrical atmosphere

G. E. Cook, D. King-hele, D. M. Walker, 1960, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

Semi-annual Variation in Density at a Height of 90 km

G. E. Cook, 1969, Nature.

The semi-annual variation in air density at a height of 1100 km from 1964 to 1967

G. E. Cook, D. W. Scott, 1969 .

The large semi-annual variation in exospheric density: A possible explanation

G. E. Cook, 1967 .

Exospheric densities near solar minimum derived from the orbit of Echo 2

G. E. Cook, D. W. Scott, 1966 .

The semi-annual variation in the upper atmosphere during 1967 and 1968

G. E. Cook, 1970 .

The contraction of satellite orbits under the influence of air drag V. With day-to-night variation in air density

G. E. Cook, D. King-hele, 1965, Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences.

Density variations in the exosphere from june 1968 to december 1970

G. E. Cook, 1972 .

Variations in exospheric density during 1967–68, as revealed by Echo 2

G. E. Cook, 1970 .

Odd Zonal Harmonics in the Geopotential, Determined from Fourteen Well-Distributed Satellite Orbits

G. E. Cook, D. King-hele, D. W. Scott, 1967 .

The contraction of satellite orbits under the influence of air drag IV. With scale height dependent on altitude

G. E. Cook, D. King-hele, 1962, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

Evaluation of odd zonal harmonics in the geopotential, of degree less than 33, from the analysis of 22 satellite orbits

G. E. Cook, D. King-hele, D. W. Scott, 1969 .

New Evaluation of Odd Zonal Harmonics in the Geopotential

G. E. Cook, D. King-hele, D. W. Scott, 1968, Nature.

The contraction of satellite orbits under the influence of air drag - VI. Near-circular orbits with day-to-night variation in air density

G. E. Cook, D. King-hele, 1968, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

The Even Zonal Harmonics of the Earth's Gravitational Potential

G. E. Cook, D. King-hele, 1965 .

The orbits of the Needle satellites

John M. Hughes, G. E. Cook, 1961 .

Even zonal harmonics in the earth's gravitational potential: A comparison of recent determinations

G. E. Cook, D. King-hele, D. W. Scott, 1966 .

The contraction of satellite orbits under the influence of air drag. II. With oblate atmosphere

G. E. Cook, D. King-hele, D. M. Walker, 1961, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

The effect of aerodynamic lift on satellite orbits

G. E. Cook, 1964 .

Effect of an oblate rotating atmosphere on the orientation of a satellite orbit

G. E. Cook, 1961, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

The effect of atmospheric rotation on the orbital plane of a near-earth satellite

G. E. Cook, R. Plimmer, 1960, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

Refining the Earth's Pear Shape

G. E. Cook, D. King-hele, 1973, Nature.

Perturbations of satellite orbits by tesseral harmonics in the earth's gravitational potential

G. E. Cook, 1963 .

Odd Zonal Harmonics in the Earth's Gravitational Potential, determined from Fourteen Well Distributed Satellite Orbits

G. E. Cook, D. King-hele, D. W. Scott, 1966, Nature.

Principles and Present Status

G. E. Cook, 1983, Journal of Navigation.

Even Zonal Harmonics in the Earth's Gravitational Potential

G. E. Cook, D. King-hele, H. Watson, 1964, Nature.

A discussion on orbital analysis - Odd zonal harmonics in the geopotential, determined from fourteen well-distributed satellite orbits

G. E. Cook, D. King-hele, D. W. Scott, 1967, Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences.