Apagyi Barnabás

PUBLIKÁCIÓS JEGYZÉK

Tudományos fokozat megszerzése előtti időszak publikációi

Tudományos cikkek

  Apagyi B: Szupernova robbanások dinamikája,

                        Fizikai Szemle 20 (1970) 134--143

  Apagyi B: Szupernova robbanások,

                        Fizikai Szemle 22 (1972) 295--301

Apagyi B: Atomic energy calculation by a modified statistical theory

                        Acta Physica Hungarica 33, 23-31, (1973)

 Apagyi B: Az alfa-bomlás elmélete és alkalmazásai,

                       Magyar Fizikai Folyóirat 24 (1976) 1--43

Apagyi B, Fái G and Németh J: Alpha decay of light nuclei,

                        Nucl. Phys. A 272, 303-316, (1976)

Apagyi B, Fái G and Németh J: Calculation of the parity violating alpha decay width

                       of ¹⁶O,

                       Nucl. Phys. A 272, 317-326 (1976)

Apagyi B and Fái G: Alpha spectroscopic amplitudes of ¹⁶O in the Zuker, Buck and

                       McGrory shell model,

                       J. Phys. G 3, L163-L167 (1977)

  Apagyi B: On  the spectroscopic amplitudes of nuclear states,

               Periodica Politechnica 21 (1977) 161--163

Apagyi B: Analysis of the alpha spectroscopic amplitudes of ¹⁶O,

                       J. Phys. G 4, 1859-1870 (1978)

 Apagyi B and Vertse T: Configuration mixing effect in the ¹²C(⁶Li,d)¹⁶O alpha

                     transfer reaction,

                     Phys. Rev. C 21, 779-783 (1980)

 Apagyi B and Vertse T: DWBA calculation of the cross section of the

                      ¹²C(⁶Li,d)¹⁶O^*[0⁺,6.05 MeV] reaction,

                      Acta Physica Hung. 51, 171-176 (1981)

Konferencia cikkek

Fái G, Németh J and Apagyi B: Parity-forbidden alpha decay of 16O,

                      ATOMKI Közlemények, Suppl. 16 (1974) 129--140

 Apagyi B: 4-nukleon transzfer reakciók,

                       ''Nehézion ütközések'' Magfizikus Nyári Iskola (1975) 92--114

                        ISBN 963 371 033 2

 Apagyi B, Fái G and  Németh J: Calculation of the multishell

                        matrix element of the parity violation potential between shell model

                        states of nucleus  16O,              

                        ITP--Budapest Report No.353 (1975)

 Apagyi B, Fái G and  Németh J: Regular and irregular alpha

                       decay of 16O,              

                        Proc. of the ''Symposium on Nuclear Structure''

                        1--7 September (1975) Balatonfüred, Hungary

  Apagyi B and Vertse T: Study of the coherence effect in a direct alpha transfer reaction,                      

                      Proceedings of the Int. Conf. ''Reaction models '77''

                      ed. Csernai L pp 219--225 (1977)

  Kapuy E és Apagyi B: A Kvantumelméleti Kutató Csoport kutatási tevékenysége,

                           BME Fizikai Intézet kutatómunkája 1972--1977 (1977) 1--8

Apagyi B and Vertse T: Configuration mixing effect in the alpha-transfer reactions, 

 in Proceedings of the Symposium on ''Selected topics in nuclear       reaction  

 mechanism'' held in Gaussig/Dresden ZfK--382 (1979) 118--120

Tudományos fokozat megszerzését követő időszak publikációi

Könyvek, könyvrészletek

Apagyi B, Endrédi G, and Lévay P (Eds): Inverse and Algebraic Quantum Scattering

                   Theory,

                    Springer, LNP 488, 1-384, (1997)

 Apagyi Barnabás: Kvantummechanika

                    Műegyetemi Kiadó, 1-200, (1996, 2001)

Apagyi Barnabás - Lévay Péter: Válogatott fejezetek a kvantummechanikából

                    Műegyetemi Kiadó, 1-174, ( 2000)

Összefoglaló közlemények

Apagyi B: The modified Newton-Sabatier and its application to derive optical 

                   potentials  from scattering data,  in Workshop on Inverse Problems and Quatum 

                    Systems ed. Ken Amos, The School of Physics, University of Melbourne

                    (1992) 1--19

 Nagy I and Apagyi B: Stopping power of an electron gas for heavy unit charges: models 

                      in the kinetic approximation,

                       Advances in Quantum Chemistry, 46 (2004) 267--91.

Tudományos cikkek

 Apagyi B: Magmolekulák,                

                        Fizikai Szemle  31 (1981) 441--449

Krause O, Apagyi B and Scheid W: Multipole expansion of non-local coupling

                      potentials for cluster transfer and application to ¹⁶O(¹⁶O,¹²C)²⁰Ne

                      Nucl. Phys. A364, 159-188, (1981)

Apagyi Barnabás and Scheid Werner: Taylor expansion for the localization of non-local

                    coupling potentials,

                    J. Phys. G 9, 73-84, (1983) 

 Apagyi B: A magszerkezet szerepe többnukleont átadó

                       magreakciókban,    

                       Magyar Fizikai Folyóirat 31 (1983) 273--336

Apagyi Barnabás and Scheid Werner: Application of the Dini-expansion methods to the

                    evaluation of non-local coupling potentials,

                    J. Phys. G10, 791-804, (1984)

Apagyi Barnabás and Ladányi Károly: Least-squares method in scattering theory,

                   Phys. Rev. A 33, 182-190, (1986)

Apagyi B, Ladányi K and Lévay P: Application of the multichannel LVM-ST to the

                    modified Huck problem,

                    Suppl. To Research Report of Laboratory of Nuclear Science, Tohoku

                    University, 19, 164-165, (1986)

Apagyi Barnabás and Nagy István: A simple calculation of the stopping power of an

                   electron gas for slow proton,

                   J. Phys. C 20, 1465-1468, (1987)

Apagyi Barnabás, Lévay Péter and Ladányi Károly: Anomalies of the Schwinger phase

                   shifts in the static exchange approximation,

                   Phys. Rev. A 37, 4577-4581, (1988)

Apagyi Barnabás and Nagy István: Two parameter model for screening of a proton in an

                   electron gas,

                   J. Phys. C 21, 3845-3849, (1988)

Ladányi Károly, Lévay Péter and Apagyi Barnabás: Finite-basis-set, expansion method

                    for scattering problems,

                    Phys. Rev. A 38, 3365-3371, (1988)

Lévay Péter and Apagyi Barnabás: Numerical comparison of the Kohn and Schwinger

                 variational methods with Ladányi^,s approach for potential scattering,

                 J. Phys. B 21, 3741-3752, (1988)

 Apagyi Barnabás, May Karl-Ernst, Häuser Thomas, and Scheid Werner:

                   Search for a non-local potential from a local potential obtained with elastic

                   scattering phase shifts of the algebraic scattering theory,       

                   J. Phys. G: Nucl. Part. Phys. 16, 451-460, (1990)

 Nagy I, Apagyi B, and Ladányi K:

                    Stopping power  of an electron gas for a slow antiproton,

                    Phys. Rev. A 42 (1990) 1806--1808

 Apagyi Barnabás, Lévay Péter and Ladányi Károly: Spurious singularities in the

                   generalized Newton variational method,

                   Phys. Rev. A 44, 7170-8, (1991)

Apagyi Barnabás, Ostrowski Alexander, Scheid Werner, and Voit Helmut:

                   Phase shift analysis and inversion to a potential for ¹²C+¹²C elastic scattering at

                   E_c,m = 9.50 and 11.38 MeV,

                   J. Phys. G: Nucl. Part. Phys. 18, 195-204, (1992)

Ladányi K, Nagy I, and Apagyi B: Partially linearized Thomas-Fermi-von Weizsäcker

                    theory for screening and stopping of charged particles in jellium,

                    Phys. Rev. A 45, 2989-2997, (1992)

Lévay Péter and Apagyi Barnabás: Algebraic scattering theory and the geometric phase,

                 Phys. Rev. A 47, 823-30, (1993)

Nagy István, Apagyi Barnabás and Ladányi Károly: A Thomas-Fermi-von Weizsäcker

                approach to positron annihilation in electron gas,

                Solid State Comm. 86, 209-212, (1993)

Apagyi Barnabás and Lévay Péter: Electron-atom scattering potentials obtained by

                   inversion at fixed energy,

                   Lecture Notes in Physics 427, 252-265, (1993)

Apagyi B, Ladányi K, Lévay P, and Nagy I: Theoretical models and methods of  

                      scattering theory: Developments and applications,

                      Per. Polytechnica  1 (1993) 225--37

Apagyi Barnabás, Schmidt Alexander, Scheid Werner, and Voit Helmut:

                   ¹²C + ¹²C elastic scattering potentials obtained by unifying phase shift analysis

                   with the modified Newton-Sabatier inversion method,

                   Phys. Rev. C 49, 2608-17, (1994)

Endrédi G and Apagyi B: Analytical independent-particle model for electron scattering

                    by argon at low energy,

                     Few-Body Systems 17, 199-209, (1994)

Apagyi B and Scheid W: Cluster potentials obtained from differential cross sections at

                   low energies,

                   Physica Scripta T56, 224-7, (1995)

Lévay Péter and Apagyi Barnabás: Modified symmetry generators related to solvable

                 scattering problems,

                  J. Math. Phys. 36, 9633-46, (1995)

Alexander N, Amos K, Apagyi B, and Lun D R: Nucleon-alpha particle interactions from

                    inversion of scattering phase shifts,

                    Phys. Rev. C 53, 88-95, (1996)

Eberspächer M, Apagyi B, and Scheid W: Solution of coupled channel inverse scattering

                     problem at fixed energy by a modified Newton-Sabatier Method,

                     Phys. Rev. Letters 77, 1921-1924, (1996)

Leeb H, Guber H, and Apagyi B: Non-standard information in optical model analyses,

                     Lecture Notes in Physics 488, 75-87, (1997)

Eberspächer M, Apagyi B, and Scheid W: The inverse scattering problem for coupled

                     channels with the modified Newton-Sabatier method,

                     Lecture Notes in Physics 488, 98-111, (1997)

Apagyi B, Lévay P, and Scheid W: Fixed-energy inversion of polarization corrected

                     electron-atom scattering phase-shifts,

                     Lecture Notes in Physics 488. 156-168, (1997)

Lévay P, Apagyi B, and Scheid W: Modified symmetry generators for SO(3,2) and

                     algebraic scattering theory,

                     Lecture Notes in Physics 488, 354-362, (1997)

Apagyi B, Endrédi G, and Lévay P: A model independent ¹²C-¹²C potential,

                      Heavy Ion Physics, 5, 167-178, (1997)

Eberspächer M, Apagyi B, and Scheid W: The modified Newton-Sabatier method for

                      the coupled channel inverse scattering problem at fixed energy,

                      Revista Mexicana de Fisica 43 Suplemento 1, 14-23, (1997)

Apagyi B, Murányi F, and Voit H: Inversion potentials describing elastic scattering

                     of ¹²C nuclei at E_c,m = 11.254 and 13.032 MeV,

                      Heavy Ion Physics, 8, 75-87, (1998)

Nagy I and Apagyi B: Scattering-theory formulation of stopping powers of a solid

                        target for protons and antiprotons with velocity-dependent screening,

                       Phys. Rev. A 58 (1998) R1653--6

 Nagy I and Apagyi B:

                       Slow antiprotons in an extended electron system: The one-particle aspects of     

                       complete screening

                        THEOCHEM 501-502  (1999) 495--99

 Nagy I and Apagyi B: Consistent model for the screening of slow muons in metals,

                        Phys. Rev. B 60 (1999) R12546--8

Barna I, Apagyi B, and Scheid W: Localization of non local heavy-ion potentials,

                     J. Phys. G 26, 323-31, (2000)

Eberspächer M, Amos K, Scheid W, and Apagyi B: An approximate method for

              solution of the coupled channels inverse scattering problem at fixed energy,

              J. Phys. G 26, 10651077, (2000)

Báthory B, Jesgarz S, Scheid W, and Apagyi B: Application of an approximate

                        inversion method to short ranged potentials,

                        Int. J. Mod. Phys., 10, 129-39, (2001)

  Eberspächer M,  Amos K, and Apagyi B: Solution of the inverse scattering problem at 

                        fixed energy with nonphysical S matrix elements

                        Phys. Rev. C, 61 (2000) 064605-1--13

Eberspächer M, Amos K, and Apagyi B: Inverse scattering method for transfer

                        reactions,

                        Phys. Rev. C 62, 064610-1-8, (2000)

Schumayer D and Apagyi B: Painlevé-test of the coupled Gross-Pitaevskii equations,

                         J. Phys. A, 34, 4969-81, (2001)

Schumayer D and Apagyi B: Relation between optical and atomic solitons,

                         Phys. Rev. A, 65, 053614-1-9, (2002)

Apagyi B, Harman Z, and Scheid W: Solution of the Cox-Thompson inverse scattering

                        problem using finite set of phase shifts,

                        Journal of Physics A, 36, 4815-26, (2003)       

 Schumayer D and Apagyi B: Stability of static solitonic excitations of two-component 

                       Bose-Einstein condensates in finite range of interspecies scattering length   

                       $a_{12}$

                       Phys. Rev. A,  69 (2004) 043620-1--8.

 Jesgarz S, Apagyi B and Scheid W: Coupled channel inverse scattering problem at fixed 

                       energy in Born approximation

                       J. Phys. A, 37 (2004) 8721--34.

Apagyi B and Schumayer D: Assessment of interspecies scattering lengths $a_{12}$

                      from stability of two-component Bose-Einstein condensates,

                     Eur. Phys. J. B, 45 55-61 (2005)                              

Konferencia cikkek

Apagyi B: Magmolekula-állapotok leirása  cluster--modellel,

                        Műszaki fizika, atomtechnika (szerk. Láng L és Keömley G,

                        ISBN 963 7653 53 8, 1983) 57—66

Apagyi B and Ladányi K: Least-squares technique for multichannel scattering,                          

                    Proceeding of the Xth Europian Symposium on the Dynamics of Few-Body      

                     Systems, Balatonfüred, (1985) 1--3

Apagyi B and Nagy I: Variational approach to the scattering theory and its application in

                   stopping phenomena,

                   Proceedings of the 12^th Werner Brandt Int. Conf on the ''Penetration of charged   

                   particles in matter'' 4--7 September (1989) San Sebastian, Spain, pp. 125--138

Nagy I, Apagyi B, and Lad\'anyi K:

                   On the stopping power  of an electron gas for a slow proton and antiproton,

                   in  Interaction of charged  particles with solids and surfaces 

                   ed by  Flores F, Urbassek H M, Arista A, and Gras-Marti

                   (Plenum, New York , 1991) 395—399

Apagyi B and Scheid Werner: Energy dependence of the inverted scattering potentials

                       of the 12C + 12C system in the range Ecm=8--12 MeV,

                       in   "Frontier Topics in Nuclear Physics"  (W. Scheid and A. Sandulescu eds,    

                       Plenum, 1994) pp. 419--20

Apagyi B and Báthory B: Interactions by inversion,

                        in The nucleus: New Physics for the New Millenium 

                        (Kluwer/Plenum, 2000) 33--36

Báthory B, Harman Z, and Apagyi B: Pion-pion potentials by inversion of phase shifts

                         at fixed energy, in Hadrons, Nuclei and Applications (A. Zichichi ed.,

                         World Scientific Publishing Co, 2001) pp. 140-145

HIVATKOZÁSI LISTA

Apagyi Barnabás

Tudományos fokozat megszerzése előtti időszak publikációira

Apagyi B, Fái G and Németh J: Alpha decay of light nuclei,

                        Nucl. Phys. A 272, 303-316, (1976)

               FULBRIGHT NW    ANN REV NUCL SCI     29    161   1979

               TADIC D         REP PROG PHYS        43     67   1980

               AJZENBERG F     NUCL PHYS A         375      1   1982

               CARSTION F      NUCL PHYS A         441    221   1985

               LOVAS RG        Z PHYS A            322    589   1985

               LOVAS RG        in Clustering Aspects of Nuclear Structure

                               (Lilley JS and Nagarajan MA eds Reidel pub)

                                                          231   1985

               GRIGORESCU M    PHYS REV C           47   2666   1993

Apagyi B, Fái G and Németh J: Calculation of the parity violating alpha decay width of ¹⁶O,

                         Nucl. Phys. A 272, 317-326 (1976)

               GARI M          in Fundamental Physics with Reactor Neutrons

                               and Neutrinos (Vonegidy I ed Inst Phys Bristol)

                                                    42     70   1978

               WILKINSON DH    in Nuclear Physics with Heavy Ions and

                               Mesons (Balion R,Rho M,Ripka G eds North Holland)

                                                    30    877   1978

               DESPLANQUES B   NUCL PHYS A         300    286   1978

               MC KELLAR BH    in Parity-violationg Nucleon-Nucleon

Interactions (Measdy DF, Fparing HW eds

 Am Inst Phys New York)     41    432   1978

               FULBRIGHT NW    ANN REV NUCL SCI     29    161   1979

               TADIC D         REP PROG PHYS        43     67   1980

               BROWN BA        PHYS REV LETT        45   1681   1980

               AJZENBERG F     NUCL PHYS  A        375      1   1982

               BYRNE J         REP PROG PHYS        45    115   1982

               CARSTION F      NUCL PHYS  A        441    221   1985

               MIHAILESCU D    J PHYS G             26    811   2000

Apagyi B and Fái G: Alpha spectroscopic amplitudes of ¹⁶O in the Zuker, Buck and McGrory shell  

                       model,     J. Phys. G 3, L163-L167 (1977)

               AJZENBERG F     NUCL PHYS  A        375      1   1982 

               LAYMON C        PHYS REV   C         45    576   1992

Apagyi B: Analysis of the alpha spectroscopic amplitudes of ¹⁶O,

                       J. Phys. G 4, 1859-1870 (1978)

               AJZENBERG F     NUCL PHYS A         375      1   1982 

Apagyi B and Vertse T: Configuration mixing effect in the ¹²C(⁶Li,d)¹⁶O alpha

                     transfer reaction,     Phys. Rev. C 21, 779-783 (1980)

               INSOLIA A       Z PHYS A            301    209   1981

               CATARA F        Lecture Note ICTP Trieste 1  1   1981

               CATARA F        in Int Workshop on Theoretical Nuclear

                               Physics, ICTP - Trieste          1981

               AJZENBERG F     NUCL PHYS A         375      1   1982

               PAL KF          NUCL PHYS A         402    114   1983

               ROTTER  I       PHYS REV C           27   2261   1983

               LOVAS RG        in Clustering Aspects of Nuclear Structure

                               (Lilley JS and Nagarajan MA eds Reidel pub)

                                                          231   1985

               DARAGUN O       Z PHYS A            326     61   1987

               MOOHUSOODHANAN T J PHYS G            25   1897   1999

               KEELY N         PHYS REV C         6704   4604   2003

Apagyi B and Vertse T: DWBA calculation of the cross section of the

                      ¹²C(⁶Li,d)¹⁶O^*[0⁺,6.05 MeV] reaction,   Acta Physica Hung. 51, 171-176 (1981)

               AJZENBERG F     NUCL PHYS A         460      1   1986 

Tudományos fokozat megszerzését követő időszak publikációira

Krause O, Apagyi B and Scheid W: Multipole expansion of non-local coupling

                      potentials for cluster transfer and application to            

                      ¹⁶O(¹⁶O,¹²C)²⁰Ne, Nucl. Phys. A364, 159-188, (1981)

               AJZENBERG F     NUCL PHYS A         433      1   1985 

               CARSTOIU  F     ANN PHYS            217    279   1992

Apagyi Barnabás and Scheid Werner: Taylor expansion for the localization of non-              

                    local coupling potentials,        J. Phys. G 9, 73-84, (1983) 

               MAY K-E         THESIS UNIV GIESSEN              1988

               BARNA I          THESIS      TUB                 1997

               AMOS K          ADV NUCL PHYS        25    275   2000       

Apagyi Barnabás and Scheid Werner: Application of the Dini-expansion methods to the    

          evaluation of non-local coupling potentials,       J. Phys. G10, 791-804, (1984)

               AJZENBERG F     NUCL PHYS  A        475      1   1987 

               MAY K-E         THESIS UNIV GIESSEN              1988

               AJZENBERG F     NUCL PHYS  A        506      1   1990 

               TILLER    DR    NUCL PHYS  A        636    249   1998

Apagyi Barnabás and Ladányi Károly: Least-squares method in scattering theory,

                   Phys. Rev. A 33, 182-190, (1986)

               REDISH EF       NUCL PHYS A         463    473   1987

               LOVAS RG        NUCL PHYS A         474    451   1987

               KOBEIESSI H     J PHYS II             1    899   1991

Apagyi Barnabás and Nagy István: A simple calculation of the stopping power of 

               an  electron gas for slow proton,    J. Phys. C 20, 1465-1468, (1987)

               VENTURA A       NUOV CIM D           10     43   1988

               ECHENIQUE P     INT J QUANT                521   1989

               NAGY I          PHYS REV A           40    987   1989

               ARNAU A         PHYS REV LETT        65   1024   1990

               ECHENIQUE P     NATO ASI SER:B PHYSYCS 271  39   1991

               BOUNDOUMA Y     J PHYS III            2   1803   1992

               BARRACHI RO     NUCL INSTR METHOD B  67     62   1992

               VARGAS P        PHYS REV A           53   1638   1996

               VACCARI M       NUOVO CIMENTO D      18     69   1996

               BOUNDOUMA Y      NUCL PHYS A         617    57   1997

               LIFSCHITZ AF    PHYS REV A           57    200   1998

               LIFSCHITZ AF    PHYS REV A           58   2168   1998

               VALDES JE       NUCL INSTR  B       193     43   2002

               ARISTA  NR      NUCL INSTR  B       195     91   2002

               SARASOLA A      ADV QUANTUM CHEM     46      2   2004

Apagyi Barnabás, Lévay Péter and Ladányi Károly: Anomalies of the Schwinger phase

                   shifts in the static exchange approximation, 

                   Phys. Rev. A 37, 4577-4581, (1988)

               BELKIC D        PHYS REV A           39   6134   1989

               SUN Y           J CHEM PHYS          91   1643   1989

               McCURDY CW      PHYS REV A           40   1297   1989

               WEATHERFORD CA  INT J QUANT CHEM S   23     95   1989

               LUCCHESE RR     PHYS REV A           40   6879   1989

               GAUCHER  LFX    ISR J CHEM           29    349   1989

               WINSTEAD C      PHYS REV A           41     49   1990

               ZHANG JZH       J CHEM PHYS          92   1841   1990

               RAMACHAN B      J CHEM PHYS          93   8110   1990

               ADHIKARI SK     PHYS REV A           42      6   1990

               MILLER   WH     ANN REV PHYS CHEM    41    245   1990

               ADHIKARI SK     CHEM PHYS LETT      181     435  1991

               LUCCHESE RR     PHYS REV A           44     291  1991

               ADHIKARI SK     CHEM PHYS LETT      189     340  1992

               ADHIKARI SK     J COMP PHYS         103     425  1992

               STRATMAN RE     J CHEM PHYS          97    6384  1992

               STRATMAN RE     J CHEM PHYS         101    9548  1994

               TOMIO L         CHEM PHYS LETT      241     477  1995

               ADHIKARI SK     CHEM PHYS LETT      258     595  1996

               BELKIC D        NUCL INSTR METHODS B154     220  1999

Apagyi Barnabás and Nagy István: Two parameter model for screening of a proton 

in an  electron gas,    J. Phys. C 21, 3845-3849, (1988)

               ECHENIQUE P     INT J QUANT                521   1989

               ARNAU A         PHYS REV LETT        65   1024   1990

               ECHENIQUE P     NATO ASI SER:B PHYSYCS 271  39   1991

               VACCARI M       NUOVO CIMENTO D      18     69   1996

               ARISTA  NR      NUCL INSTR  B       195     91   2002

               SARASOLA A      ADV QUANTUM CHEM     46      2   2004

Ladányi Károly, Lévay Péter and Apagyi Barnabás: Finite-basis-set, expansion 

              method  for scattering problems,    Phys. Rev. A 38, 3365-3371, (1988)

               WEATHERFORD CA  INT J QUANT CHEM  S  23     95   1989

               WINSTEAD C      PHYS REV A           41     49   1990

Lévay Péter and Apagyi Barnabás: Numerical comparison of the Kohn and Schwinger

                  variational methods with Ladányi^,s approach for potential scattering,

                 J. Phys. B 21, 3741-3752, (1988)

               BELKIC D        PHYS REV A           39   6134   1989

               WINSTEAD C      PHYS REV A           41     49   1990

               BENCZE A        TDK  MUNKA  TUB                  1999    

Apagyi Barnabás, May Karl-Ernst, Häuser Thomas, and Scheid Werner:

                   Search for a non-local potential from a local potential 

                    obtained with elastic  scattering phase shifts of the     

                    algebraic scattering theory,   J. Phys. G: Nucl. Part. Phys. 16, 451-460, (1990)

               ZIELKE A        LECT NOTES PHYS     427    227   1993

               ZIELKE A        J PHYS              A26      1   1993

               ZIELKE A        THESIS UNIV GIESSEN              1993

               LUN A           PHYS REV            A49   3788   1994

               AMOS K          AUSTR J PHYS         51     47   1998

               LOVELL A        THESIS UNI MELBOURNE             2000

               LOVELL A        PHYS REV            C62  064614  2000

               AMOS K          ADV NUCL PHYS        25    275   2000

               PUVVANTO A      PHYS REV A           63  022703  2002

Nagy I, Apagyi B, and Ladányi K:  Stopping power  of an electron gas for a slow antiproton,                   

                Phys. Rev. A 42 (1990) 1806--1808

               KNUDSEN H       PHYS REPORTS        212    107  F1992

               ADAMO A         PHYS REV            A47   4517   1993

               SCHINNER A      NUCL INSTR METHOD   B93    181   1994

               ECHENIQUE P     NUCL INSTR METHOD   B96    583   1995

               MU Y            PHYS REV            B55   6192   1997

               ARISTA NR       PHYS REV            A59   2719   1999

               ARISTA NR       NUCL INSTR METHOD   B193     8   2002

               ALDUCIN M       J ELECTR SPECTR     129    117   2003

               ALDUCIN M       REC RES DEVEL PHYS    4     97   2003

               ALDUCIN M       ADV QUANTUM CHEM     45    223   2004

               SARASOLA A      ADV QUANTUM CHEM     46      2   2004

               JUARISTI JI     NUCL INSTR METHOD   B230   148   2005

Nagy I, Apagyi B, and Lad\'anyi K:  On the stopping power  of an electron gas for a slow proton  

 and antiproton,   in  Interaction of charged  particles with solids and surfaces  ed by  Flores F, Urbassek H M, Arista A, and Gras-Marti      (Plenum, New York , 1991) 395—399

               ECHENIQUE P     NATO ASI SER:B PHYSYCS 271  39   1991

               YAMAZAKI Y      NATO ASI SER:B PHYSYCS 271 423   1991

               BONDOUMA Y      NUCL PHYS           A617    57   1997

               GERVASONI J L   RADIAT EFF          140    133   1997

               LEVINSON A      ASTRO-PH/9706251                 1997

               HIDOUCHE A      NUCL INSTR METHOD   B230   178   2005

Apagyi Barnabás, Ostrowski Alexander, Scheid Werner, and Voit Helmut:

                         Phase shift analysis and inversion to a potential for ¹²C+¹²C elastic scattering at   

                         E_c,m = 9.50 and 11.38 MeV,   J. Phys. G: Nucl. Part. Phys. 18, 195-204, (1992)

               SCHMIDT A       DISSERTATION UNIV GIESSEN        1992

               EBERSPACHER M   DISSERTATION UNIV GIESSEN        1996

               EBERSPACHER M   J MATH PHYS         39    3061   1998

Ladányi K, Nagy I, and Apagyi B: Partially linearized Thomas-Fermi-von Weizsäcker theory for

       screening and stopping of charged particles in jellium,

              Phys. Rev. A 45, 2989-2997, (1992)

               ARNAU A         NUCL INSTR METHOD   B93    195   1994

               ECHENIQUE P     NUCL INSTR METHOD   B96    583   1995

               WILKE M         NUCL INSTR METHOD   B100   396   1995

               NAGY I          PHYS REV B           51     77   1995

               STACHOWIAK H    PHYS REV B           64  195116  2001

               NAGY I          PHYS REV A           65  014901  2002

               ALDUCIN M       REC RES DEVEL PHYS    4     97   2003

               ALDUCIN M       ADV QUANTUM CHEM     45    223   2004

               SARASOLA A      ADV QUANTUM CHEM     46      2   2004

               JUARISTI JI     NUCL INSTR METHOD   B230   148   2005

               NAZAROV VU      PHYS REV            B71 113105   2005

Apagyi B, Ladányi K, Lévay P, and Nagy I: Theoretical models and methods of  

                      scattering theory: Developments and applications,

                      Per. Polytechnica  1 (1993) 225--37

               EBERSPACHER M   DISSERTATION UNIV GIESSEN        1996

Nagy István, Apagyi Barnabás and Ladányi Károly: A Thomas-Fermi-von Weizsäcker

                approach to positron annihilation in electron gas,

                Solid State Comm. 86, 209-212, (1993)

               ALDUCIN M       J ELECTR SPECTR     129    117   2003

Apagyi Barnabás and Lévay Péter: Electron-atom scattering potentials obtained by

                   inversion at fixed energy,  Lecture Notes in Physics 427, 252-265, (1993)

               HARMAN Z        THESIS      TUB                  2000

Apagyi Barnabás, Schmidt Alexander, Scheid Werner, and Voit Helmut:

                   ¹²C + ¹²C elastic scattering potentials obtained by unifying  

                       phase shift analysis with the modified Newton-Sabatier 

                       inversion method,      Phys. Rev. C 49, 2608-17, (1994)

               EBERSPACHER M   DISSERTATION UNIV GIESSEN        1996

               BENNETT MT      PHD THESIS  UNIV MELBOURNE       1996

               CSEH J          REV MEX FIZ         41      109  1995

               SCHMIDT J       PHYS REV           C53      322  1996

               EBERSPACHER M   REV MEX FIZ         45       14  1997

               EBERSPACHER M   J MATH PHYS         39     3061  1998

               BÁTHORY B        THESIS      TUB                 1999

Endrédi G and Apagyi B: Analytical independent-particle model for electron 

                     scattering by argon at low energy,

                     Few-Body Systems 17, 199-209, (1994)

               SZMYTKOWSKI  R  FEW BODY SYS       20       175  1996

Endrédi G and Apagyi B: BIC (Budapest Inversion Code) , unpublished   (1995)

               BARNA I          THESIS      TUB                 1997

               BÁTHORY B        THESIS      TUB                 1999

Lévay Péter and Apagyi Barnabás: Modified symmetry generators related to

           solvable scattering problems,    J. Math. Phys. 36, 9633-46, (1995)

               GEORGELLY       PHYS LETT          A224     303  1997

               KERIMOV GA      PHYS REV LETTERS     80    2976  1998

Apagyi Barnabás: Kvantummechanika,   Műegyetemi Kiadó, 1-200, (1996)

               MURÁNYI F       TDK  MUNKA  TUB                  1997

               BÁTHORY B       TDK MUNKA   TUB                  1998

               BENCZE A        TDK  MUNKA  TUB                  1999    

               HARMAN Z        THESIS      TUB                  2000

Alexander N, Amos K, Apagyi B, and Lun D R: Nucleon-alpha particle interactions

              from inversion of scattering phase shifts,

              Phys. Rev. C 53, 88-95, (1996)

               HUBER H         PHYS REV A           54    1363  1996

               BECKER H        DISSERTATION UNIV HAMBURG        1996

               EBERSPACHER M   DISSERTATION UNIV GIESSEN        1996

               LUN DR          PHYS REV LETT        79     541  1997

               AMOS K          AUST J PHYS          51      47  1998

               EBERSPACHER M   J MATH PHYS          39    3061  1998

               LUN DR          PHYS REV           A 58    4993  1998

               LOVELL A        PHYS REV           C 62   064614 2000

               AMOS K          ADV NUCL PHYS        25    275   2000

               EBERSPACHER M   J PHYS G NUCL PARTIC 26    1065  2000

               LOVELL A        PHYS REV           A 63   012707 2001

               PUVVANTO A      PHYS REV A           63   022703 2002

               TILLEY DR       NUCL PHYS A         708       3  2002

               PEKKER A        TDK MUNKA     TUB                2003  

               KUKULIN VI      J PHYS              G30      R1  2004

Eberspächer M, Apagyi B, and Scheid W: Solution of coupled channel inverse scattering

                     problem at fixed energy by a modified Newton-Sabatier method,

                     Phys. Rev. Letters 77, 1921-1924, (1996)

               LUN DR         PHYS REV LETTERS      78     549  1997

               EBERSPACHER M   J MATH PHYS          39    3061  1998

Apagyi B, Endrédi G, and Lévay P (Eds): Inverse and Algebraic Quantum

                              Scattering Theory,     Springer, LNP 488, 1-384, (1997)

               EBERSPACHER M   J MATH PHYS         39    3061   1998

               LEVAY P         J PHYS              A32    1015  1999

               EBERSPACHER M   THESIS  UNIV GIESSEN             1999

               AIRAPETYAN RG   PHYS LETTERS A      254     141  1999

               CHABANOV VM     PHYS LETTERS A      255     123  1999

               LEVAY P         J PHYS  A            33    4357  2000

               CHABANOV VM     ANNALS OF PHYS      285       1  2000

               SPARENBERG JM   PHYS REV LETTERS     85    2661  2000

               COOPER SG       NUCL PHYS A         677     187  2000

               SPARENBERG JM   EUROPH LETTERS       59     507  2002

               GUTMAN S        J INV ILL-POSED PR   10     487  2002

               KUKULIN VI      J PHYS              G30      R1  2004

               GOMEZ-ULLATE D  J PHYS              A37    1780  2004

               BAYE D          J PHYS              A37   10223  2004 

               CHABANOV VM     QUANT-PH/00409004                2005

Apagyi B, Lévay P, and Scheid W: Fixed-energy inversion of polarization corrected

                     electron-atom scattering phase-shifts,

                     Lecture Notes in Physics 488. 156-168, (1997)

               HARMAN Z        THESIS      TUB                  2000

Leeb H, Huber H, and Apagyi B: Non-standard information in optical model analyses,

                     Lecture Notes in Physics 488, 75-87, (1997)

               LOVELL A        THESIS UNI MELBOURNE             2000

Apagyi B, Endrédi G, and Lévay P: A model independent ¹²C-¹²C potential,

                      Heavy Ion Physics, 5, 167-178, (1997)

               MURÁNYI F       TDK  MUNKA  TUB                  1997    

Nagy I and Apagyi B: Scattering-theory formulation of stopping powers of a solid

                        target for protons and antiprotons with velocity-dependent screening,

                       Phys. Rev. A 58 (1998) R1653--6

               ARISTA NR       PHYS REV A           59   2719   1999

               ARBO DG         PHYS REV A           62  032901  2000

               SIGMUND P       EUR PHYS J D         15    165   2001

               MAYNARD G       PHYS REV A           63  052903  2001

               GRAVIELLE MS    PHYS REV A           65  022901  2002

               ARISTA NR       NUCL INSTR METHOD   B193     8   2002

               ALDUCIN M       J PHYS C             14   2647   2002

               ALDUCIN M       J ELECTR SPECTR     129    117   2003

               NERSISYAN HB    NUCL INSTR METHOD   B227   455   2005

 Nagy I and Apagyi B: Consistent model for the screening of slow muons in metals,     

                 Phys. Rev. B 60 (1999) R12546--8

               ALDUCIN M       PHYS REV A           68  014701  2003

  Eberspächer M,  Amos K, and Apagyi B: Solution of the inverse scattering problem at  fixed

                        energy with nonphysical S matrix elements

                        Phys. Rev. C, 61 (2000) 064605-1—13

               LOVELL A        THESIS UNI MELBOURNE             2000

               LOVELL A        PHYS REV C           62   064614 2000

               PUVVANTO A      PHYS REV A           63   022703 2002

               KUKULIN VI      J PHYS              G30       R1 2004

Eberspächer M, Amos K, and Apagyi B: Inverse scattering method for transfer

                        reactions,   Phys. Rev. C 62, 064610-1-8, (2000)

               LOVELL A        PHYS REV            C62   064614 2000

               KUKULIN VI      J PHYS              G30       R1 2004

Schumayer D and Apagyi B: Relation between optical and atomic solitons,

                         Phys. Rev. A, 65, 053614-1-9, (2002)

              PROUKAKIS NP     J OPT B               6     S380 2004

Apagyi B, Harman Z, and Scheid W: Solution of the Cox-Thompson inverse scattering

                        problem using finite set of phase shifts,

                        Journal of Physics A, 36, 4815-26, (2003)       

               PEKKER A        TDK MUNKA     TUB                2003

 Nagy I and Apagyi B: Stopping power of an electron gas for heavy unit charges: models   in the

              kinetic approximation,  Advances in Quantum Chemistry, 46 (2004) 267--91.

              ARISTA NR        PHYS REV    A70     042902       2004

              VINCENT R        PHYS REV    A71     062902       2005

 Schumayer D and Apagyi B: Stability of static solitonic excitations of two-component  Bose-

                  Einstein condensates in finite range of interspecies scattering length   $a_{12}$ 

                  Phys. Rev. A,  69 (2004) 043620-1--8.

              IEDA J           COND-MATH/0410384    V1  15 OCT  2004

              KEVREKIDIS PG    PHYS REV    E  SUBM              2005