V. Burke

发表

LETTER TO THE EDITOR: Time-dependent R-matrix theory of multiphoton processes

P. Burke, V. Burke, 1997 .

Differential cross sections and electron-impact coherence parameters for electron scattering from helium atoms

V. M. Burke, P G Burke, Klaus Bartschat, 1996 .

Electron-impact excitation of the levels of carbon

W. Fon, C. Noble, V. Burke, 1997 .

A new method for calculating angular integrals in electron—atom scattering

V. Burke, 1998 .

Electron - atom scattering at low and intermediate energies using a pseudo-state/ R-matrix basis

P G Burke, Klaus Bartschat, Matthew P. Scott, 1996 .

Electron scattering from helium atoms. Phase shifts, resonance parameters and total cross sections

K. Bartschat, P. Burke, V. Burke, 1996 .

Electron impact excitation of n=3 states of C III: an application of a new R-matrix package

P G Burke, K A Berrington, P. Burke, 1989 .

Use of the Burgess sum rule in calculating cross sections for electron impact excitation of optically allowed transitions in positive ions

M. Seaton, V. Burke, 1986 .

Electron impact excitation of Fe-peak elements: forbidden transitions in the 3d5 manifold of Fe IV

A. Hibbert, P. Burke, V. Burke, 2005 .

Electron collisions with Fe-peak elements: Forbidden transitions between the low lying valence states 3d6, 3d54s, and 3d54p of Fe III

A. Hibbert, C. Noble, P. Burke, 2007 .

Electron impact excitation of Fe III : forbidden transitions

C. Noble, P. Burke, V. Burke, 2002 .

Electron impact excitation of Fe II: Total LS effective collision strengths

C. Noble, P. Burke, V. Burke, 2005 .

Electron-impact excitation of Fe II

C. Noble, P. Burke, V. Burke, 2007 .

Electron-impact excitation of the iron peak element Fe V

F. Keenan, C. Noble, P. Burke, 2002 .

The effect of relativity on atomic wave functions

V. Burke, I. Grant, 1967 .

Atomic data for opacity calculations. XVII. Calculation of line broadening parameters and collision strengths between n=2,3 and 4 states in C IV

V. Burke, 1992 .

R-Matrix Theory of Atomic, Molecular and Optical Processes

C. Noble, P. Burke, V. Burke, 2008 .

The Calculation of Electron-Hydrogen Collision Cross Sections Using the Born Approximation for the Reactance Matrix

M. Seaton, V. Burke, 1961 .

ELECTRON SCATTERING BY ATOMIC HYDROGEN IN THE 1S, 2S, OR 2P STATE

V. Burke, R. McCarroll, 1962 .

A comparison of theoreticalCIV emission line strengths with active region observations obtained with the Solar EUV Rocket Telescope and Spectrograph (SERTS)

W. Neupert, R. Thomas, V. Burke, 1993 .

Electron-impact excitation of complex atoms and ions

P. Burke, V. Burke, K. Dunseath, 1994 .

VisRes: A GRACE tool for displaying and analysing resonances

D. W. Busby, V. M. Burke, Clifford J. Noble, 1998 .

Farm — A flexible asymptotic R-matrix package

V. M. Burke, Clifford J. Noble, C. Noble, 1995 .

GRACE: the problem specification stage. II

D. W. Busby, V. M. Burke, Clifford J. Noble, 1994 .

Electron impact excitation of complex atoms and ions III: Forbidden transitions in

V. Burke, M. S. T. Watts, 1998 .

A new no-exchange R-matrix program

V. M. Burke, P G Burke, Norman Scott, 1992 .

Radiation damping in dielectronic recombination of CIV

V. Stancalie, V. M. Burke, P. G. Burke, 2001, ROMOPTO International Conference on Micro- to Nano- Photonics.

Recent developments in R-matrix programs for electron-atom scattering

V. M. Burke, Clifford J. Noble, C. Noble, 1994 .

Electron impact excitation of Ni XIX using theR-matrix method

A. Hibbert, V. Burke, M. L. Dourneuf, 1993 .

Forbidden Transitions in Excitation by Electron-Impact in Al Li-Like Ion

A. Sureau, V. Burke, V. Stancalie, 1999 .

Electron impact excitation of n=3 and 4 states of Be

W. Fon, A. Hibbert, P. Burke, 1992 .

Electron collisions with Fe-peak elements: Fe IV - I. Forbidden transitions: 3d$\mathsf{^5}$ – 3d$\mathsf{^4}$4s and 3d$\mathsf{^5}$ – 3d$\mathsf{^4}$4p manifolds

A. Hibbert, P. Burke, V. Burke, 2006 .

On the role of ‘two-particle-one-hole’ resonances in electron collisions with Ni V

C. Noble, V. Burke, C. Ramsbottom, 2006 .

A parallel R-matrix program PRMAT for electron–atom and electron–ion scattering calculations

V. M. Burke, Clifford J. Noble, A. G. Sunderland, 2002 .

R-matrix approach to low-energy electron energy-loss spectroscopy from NiO

C. Noble, P. Burke, V. Burke, 2000 .

Spin and symmetry in low-energy electron energy-loss spectroscopy of transition metal oxides

P. Burke, V. Burke, J. Inglesfield, 1997 .

Atomic Theory of Electron Energy Loss from Transition Metal Oxides

P. Burke, V. Burke, J. Inglesfield, 1997 .

Configuration Interaction Effects in low-energy electron collisions with Fe II

C. Noble, P. Burke, V. Burke, 2004 .

The diffuse reflection of radiation by model planetary atmospheres

V. Burke, I. Grant, 1966 .

Atomic data from the IRON project. II. Effective collision strength S for infrared transitions in carbon-like ions

V. M. Burke, D. J. Lennon, D. Lennon, 1994 .

Iron Project: atomic data for IR lines

H. L. Zhang, V. M. Burke, C. J. Zeippen, 2006, Proceedings of the International Astronomical Union.