Zahari Zlatev:
Papers in international
journals
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1. S.
S. Abdalmogith, R. M. Harrison and Z. Zlatev: "Intercomparison of secondary inorganic aerosol concentrations in
the
2. V. Alexandrov, W. Owczarz, P. G. Thomsen
and Z. Zlatev: "Parallel
runs of a large air pollution model of a grid of SUN computers". Mathematics
and Computers in Simulation, Vol. 65
(2004), 557-577.
3. V. Alexandrov, A. Sameh, Y. Siddique and Z.
Zlatev: "Numerical
integration of chemical ODE problems arising in air pollution models".
Environmental Modelling and Assessment, Vol.
2 (1997), 365-377.
4. C. Ambelas Skjøth, A. Bastrup-Birk, J.
Brandt and Z. Zlatev: "Studying
variations of pollution levels in a given region of
5. A. Bastrup-Birk, J. Brandt, I. Uria and
Z. Zlatev: "Studying
cumulative ozone exposures in
6. A. Bastrup-Birk, J. Brandt and Z.
Zlatev: "Using partitioned
ODE solvers in large air pollution models". Systems Analysis
Modelling Simulation, Vol. 32 (1998),
3-17.
7. C. Bendtsen, P. C. Hansen, J.
Wasniewski, J. B. Hansen, J. N. Sørensen and Z. Zlatev: "Experience with the KSR-1 parallel
computer". Supercomputer, Vol.
10, No. 6 (1994), 34-43.
8. Å. Björck and Z. Zlatev: "Exploiting
the separability in the solution of linear ordinary differential
equations". Computers and Mathematics with Applications, Vol. 18 (1989), 421-438.
9. J. Brandt, A. Bastrup-Birk, J. H.
Christensen, T. Mikkelsen, S. Thykier-Nielsen and Z. Zlatev:
"Testing the importance of accurate
meteorological input fields and parameterizations in atmospheric transport
modelling, using DREAM - validation against ETEX-1". Atmospheric
Environment, Vol. 32 (1998),
4167-4186.
10. J. Brandt, J. H. Christensen, L. M.
Frohn, F. Palmgren, R. Berkowicz and Z. Zlatev: "Operational air pollution forecasts from
European to local scale". Atmospheric Environment, Vol. 35 (2001), S91-S98.
11. J. Brandt, J. H. Christensen, L. M. Frohn
and Z. Zlatev: "Numerical
modelling of transport, dispersion and deposition - Validation against ETEX-1,
ETEX-2 and
12. J. Brandt, J. H. Christensen, L. M. Frohn
and Z. Zlatev: "Operational
air pollution forecast modelling by using the THOR system". Physics and
Chemistry of the Earth, Vol. 26 (2001),
117-122.
13. J. Brandt, J. H. Christensen and Z.
Zlatev: "Real
time predictions of transport, dispersion and deposition from nuclear
accidents". Environmental Management and Health, Vol. 10 (1999), 216-223.
14. J. Brandt, T. Mikkelsen, S.
Thykier-Nielsen and Z. Zlatev: "Using
a combination of two models in tracer simulations". Mathematical
and Computer Modelling, Vol. 23, No. 10
(1996), 99-115.
15. J. Brandt, T. Mikkelsen, S.
Thykier-Nielsen and Z. Zlatev: "The
Danish RIMPUFF and Eulerian accidental release model (the DREAM)". Physics and
Chemistry of the Earth, Vol. 21, No. 5-6
(1997), 441-444.
16. J. Brandt, J. Wasniewski and Z. Zlatev:
"Handling the chemical part of large
air pollution models". Mathematical and Computer Science, Vol. 6, No. 2, (1996), 331-351.
17. J. Brown, P. C. Hansen, J. Wasniewski and
Z. Zlatev: "Comparing
the performance of SIMD computers by running large air pollution models".
Supercomputer, Vol. 64 (1996),
21-35.
18. J. Brown, P. C. Hansen, J. Wasniewski and
Z. Zlatev: "Performance of air
pollution models on massively parallel computers". Control and
Cybernetics, Vol. 25, No. 5 (1996),
1113-1130.
19. J. Brown, J. Wasniewski and Z. Zlatev: "Running air pollution models on massively
parallel machines". Parallel Computing, Vol. 21 (1995), 971-991.
20. A. T. Chronopoulos and Z. Zlatev: "Iterative methods for non-linear operator
equations". Applied Mathematics and Computation, Vol. 51 (1992), 167-180.
21.
22. I. Dimov,
23. I. Dimov,
24. I. Dimov,
25. I. Dimov,
26.
27.
28. I. Dimov, Tz. Ostromsky,
29. A. C. N. van Duin, P. C. Hansen, Tz. Ostromsky, H. Wijshoff and Z. Zlatev: "Improving the numerical stability and the
performance of a parallel sparse solver". Computers and
Mathematics with Applications, Vol. 30,
No. 12 (1995), 81-96.
30.
31.
32.
33.
34. K. Gallivan, P. C. Hansen, Tz. Ostromsky
and Z. Zlatev: "Locally
optimized reordering algorithm and its application to a parallel sparse linear
system solver". Computing, Vol.
54, No. 1 (1995), 39-67.
35. K. Gallivan, A. Sameh and Z. Zlatev:
"A parallel hybrid sparse linear system
solver". Computing Systems in Engineering, Vol. 1 (1990), 183-195.
36. K. Ganev, D. Syrakov and Z. Zlatev:
"New parametarization scheme for
effective indices from road transport". Ecological Modelling, Vol. 217 (2008), 270-278.
37. G. Geernaert and Z. Zlatev:
"Studying the influence of biogenic
emissions on AOT40 levels in
38. K. Georgiev
and Z. Zlatev: "Parallel
Sparse Matrix Algorithms for Air Pollution Models". Parallel and
Distributed Computing Practices, Vol. 2,
No. 4 (1999), 429-443.
39. R. M. Harrison, Z. Zlatev and C. J.
Ottley: "A
comparison of the predictions of an Eulerian atmospheric transport chemistry
model with experimental measurements over the
40. P. C. Hansen, Tz. Ostromsky, A. Sameh and
Z. Zlatev: "Solving
sparse linear least-squares problems on some supercomputers by using large
dense blocks". BIT, Vol. 37,
No. 3 (1997), 535-558.
41. Á. Havasi, L. Bozó and Z. Zlatev: "Model simulation on transboundary contribution
to the atmospheric sulfur concentration and deposition in
42. Á. Havasi and Z. Zlatev: "Trends in Hungarian air pollution levels on a
long time-scale". Atmospheric Environment, Vol. 36 (2002), 4145-4156.
43. Ø. Hov, Z. Zlatev, R. Berkowicz, A.
Eliassen and L. P. Prahm: "Comparison
of numerical techniques for use in air pollution models with nonlinear chemical
reactions". Atmospheric Environment, Vol. 23 (1989), 967-983.
44. S. S. Jensen, R. Berkowicz,
M. Winther, Z. Zlatev and F. Palmgren: ”Future
air quality in Danish cities due to new emission and fuel quality directives of
the European Union”. International Journal
of Vehicle Design, Vol. 27 (2001),
195-208.
45. Tz. Ostromsky, P. C. Hansen and Z.
Zlatev: "A
coarse-grain parallel QR-factorization algorithm for sparse matrices". Parallel
Computing, Vol. 24 (1998), 937-964.
46. W. Owczarz and Z. Zlatev:
"Running a large air pollution model on
an IBM SMP computer". International Journal of Computer Research, Vol. 10, No. 4 (2001), 485-500.
47. W. Owczarz and Z. Zlatev:
"Parallel matrix computations in air
pollution modelling". Parallel Computing, Vol. 28 (2002), 355-368.
48. K. Schaumburg, J. Wasniewski and Z.
Zlatev: "Solution of
ordinary differential equations with time-dependent coefficients. Development
of a semiexplicit Runge-Kutta algorithm and application to a spectroscopic
problem". Computers and Chemistry, Vol. 3 (1979), 56-63.
49. K. Schaumburg, J. Wasniewski and Z.
Zlatev: "The use
of sparse matrix technique in the numerical integration of stiff systems of
ordinary differential equations". Computers and
Chemistry, Vol. 4 (1980), 1-12.
50. P. G. Thomsen and Z. Zlatev:
"Two-parameter families of
predictor-corrector methods for the solution of ordinary differential
equations". BIT, Vol. 19
(1979), 503-517.
51. P. G. Thomsen and Z. Zlatev:
"Development of a data assimilation
algorithm". Computers and Mathematics with Applications, Vol. 55, No. 10 (2008), 2381-2393.
52. J. Wasniewski, J. Dongarra, K. Madsen,
53. J. Wasniewski, K. Schaumburg and Z.
Zlatev: "Vectorizing codes for
solving systems of linear ODE's". Supercomputer, Vol. 18 (1987), 40-51.
54. J. Wasniewski, Z. Zlatev and K.
Schaumburg: "A method for
reduction of the storage requirements by the use of some special computer
facilities; application to linear systems of algebraic equations". Computers
and Chemistry, Vol. 6 (1982),
181-192.
55. Z. Zlatev: "Stability properties of variable stepsize
variable formula methods". Numerische Mathematik, Vol. 31 (1978), 175-182.
56. Z. Zlatev: "On some pivotal strategies in Gaussian
elimination by sparse technique".
57. Z. Zlatev: "Zero-stability properties of three-ordinate
variable stepsize variable formula methods". Numerische Mathematik, Vol. 37 (1981), 157-166.
58. Z. Zlatev: "Modified diagonally implicit Runge-Kutta
methods".
59. Z. Zlatev: "Comparison of two pivotal strategies in sparse
plane rotations". Computers and Mathematics with Applications, Vol. 8 (1982), 119-135.
60. Z. Zlatev: "Use of iterative refinement in the solution of
large and sparse systems".
61. Z. Zlatev: "Consistency and convergence of general multistep
variable stepsize variable formula methods". Computing, Vol. 31 (1983), 47-67.
62. Z. Zlatev: "Application of predictor-corrector schemes with
several correctors in solving air pollution problems". BIT, Vol. 24 (1984), 700-715.
63. Z. Zlatev: "General scheme for solving linear algebraic
problems by direct methods". Applied Numerical Mathematics, Vol. 1 (1985), 177-186.
64. Z. Zlatev: "Mathematical model for studying the sulphur
pollution in
65. Z. Zlatev: "Variable stepsize variable formula methods based
on predictor-corrector schemes". Applied Numerical
Mathematics, Vol. 1 (1985), 223-233.
66. Z. Zlatev: "Survey of the advances of exploiting the
sparsity in the solution of large problems". Journal of
Computational and Applied Mathematics, Vol.
20 (1987), 83-105.
67. Z. Zlatev: "Treatment of some mathematical models describing
long-range transport of air pollutants on vector processors". Parallel Computing,
Vol. 6 (1988), 87-98.
68. Z. Zlatev: "Advances in the theory of variable stepsize
variable formula methods for ordinary differential equations". Applied
Mathematics and Computation, Vol. 31
(1989), 209-249.
69. Z. Zlatev: "Running large air pollution models on high speed
computers". Mathematical and Computer Modelling, Vol. 14 (1991), 737-740.
70. Z. Zlatev: "Modelling long-range transport of air
pollution". Computational Fluid Dynamics News, Vol. 3 (1992), 4-17.
71. Z. Zlatev: "Parallel algorithms for the chemical part of
large air pollution models”. Mathematical Modelling, Vol. 13, No. 3 (2001), 22-32.
72. Z. Zlatev: "Partitioning ODE systems with an application to
air pollution models”. Computers and Mathematics with Applications, Vol. 42 (2001), 817-832.
73. Z. Zlatev: “Computer Treatment of Partial Differential
Equations in Environmental Modelling”. Mathematica Balkanica
(New Series), Vol. 20 (2006),
101-124.
74. Z. Zlatev: “Impact of Climate Changes in
75. Z. Zlatev and
R. Berkowicz: "Numerical
treatment of large-scale air pollution models". Computers and
Mathematics with Applications, Vol. 16
(1988), 93-109.
76. Z. Zlatev, R.
Berkowicz and L. P. Prahm: "Testing
subroutines solving advection-diffusion problems in atmospheric
environments". Computers and Fluids, Vol. 11 (1983), 13-38.
77. Z. Zlatev, R.
Berkowicz and L. P. Prahm: "Stability
restrictions on time-stepsize for numerical methods for first-order partial
differential equations". Journal of Computational Physics, Vol. 51 (1983), 1-27.
78. Z. Zlatev, R.
Berkowicz and L. P. Prahm: "Three-dimensional
advection-diffusion modelling for regional scale". Atmospheric
Environment, Vol. 17 (1983),
491-499.
79. Z. Zlatev, R.
Berkowicz and L. P. Prahm: "Implementation
of a variable stepsize variable formula method in the time-integration part of
a code for treatment of long-range transport of air pollution". Journal of Computational
Physics, Vol. 55 (1984), 278-301.
80. Z. Zlatev and J. Brandt: “Testing the accuracy of a data
assimilation algorithm”, International Journal of Computational
Science and Engineering, Vol. 3, No. 4
(2007), 305-314.
81. Z. Zlatev, J. Brandt and G. Geernaert:
"Editorial”.
Environmental Management and Health, Vol.
10 (1999), 198-200.
82. Z. Zlatev, J. Christensen and A. Eliassen:
"Studying high ozone concentrations by
using the Danish Eulerian model". Atmospheric
Environment, Vol. 27A (1993),
845-865.
83. Z. Zlatev, J.
Christensen and Ø. Hov: "A
Eulerian air pollution model for
84. Z. Zlatev, J.
Christensen, J. Moth and J. Wasniewski: "Vectorizing codes for studying long-range
transport of air pollutants". Mathematical and Computer Modelling, Vol. 15 (1991), 37-48.
85. Z. Zlatev,
86. Z. Zlatev,
87. Z. Zlatev, I.
Dimov, Tz. Ostromsky, G. Geernaert, I. Tzvetanov and A. Bastrup-Birk:
"Calculating losses of crops in
88. Z. Zlatev, A.
Ebel and K. Georgiev: “Preface”,
International Journal of Environment and Pollution, Vol. 22, No. 1-2 (2004), 1-2.
89. Z. Zlatev, A.
Ebel and K. Georgiev: “Editorial:
Large-scale computations in environmental modelling”,
International Journal of Environment and Pollution, Vol. 32, No. 2 (2008), 135-138.
90. Z. Zlatev, A. Ebel, K. Georgiev and R.
Dan José: “Large-scale
computations in environmental modelling: Editorial introduction”, Ecological
Modelling, Vol. 217, No. 3-4 (2008), 207-208.
91. Z. Zlatev, J.
Fenger and L. Mortensen: "Relationships
between emission sources and excess ozone concentrations". Computers
and Mathematics with Applications, Vol.
32, No. 11 (1996), 101-123.
92. Z. Zlatev, G. Geernaert and H. Skov: "A study of ozone critical levels in
93. Z. Zlatev and L. Moseholm: “Impact of climatic changes on
pollution levels in
94. Z. Zlatev and H. B. Nielsen: "Solving large and sparse linear least squares problems
by conjugate gradients algorithms". Computers and
Mathematics with Applications, Vol. 15
(1988), 185-202.
95. Z. Zlatev, K. Schaumburg and J.
Wasniewski: "Classification
of the systems of ordinary differential equations and practical aspects in numerical
integration of large systems". Computers and Chemistry, Vol. 4 (1980), 13-18.
96. Z. Zlatev, K. Schaumburg and J.
Wasniewski: "Implementation
of an iterative refinement option in a code for large and sparse systems". Computers and Chemistry, Vol. 4 (1980), 87-99.
97. Z. Zlatev, K. Schaumburg and J.
Wasniewski: "A
testing scheme for subroutines solving large linear problems". Computers
and Chemistry, Vol. 4 (1980),
91-100.
98. Z. Zlatev and D. Syrakov:
"A fine resolution modelling study of pollution
levels in 
and NOpollution". International Journal of Environment and
Pollution, Vol. 22, No. 1-2 (2004), 186-202.
99. Z. Zlatev and D. Syrakov:
"A fine resolution modelling study of
pollution levels in
100. Z.
Zlatev and P. G. Thomsen: "Application
of backward differentiation methods to the finite element solution of
time-dependent problems". International Journal for Numerical
Methods in Engineering, Vol. 14 (1979),
1051-1061.
101. Z.
Zlatev and P. G. Thomsen: "Automatic
solution of differential equations based on the use of linear multistep
methods". ACM Transactions on Mathematical Software, Vol. 5 (1979), 401-414.
102. Z.
Zlatev, Ph. Vu, J. Wasniewski and K. Schaumburg: "Computations with symmetric, positive definite
and band matrices on vector parallel processors". Parallel
Computing, Vol. 8 (1988), 301-312.
103. Z.
Zlatev and J. Wasniewski: "Running
air pollution models on the Connection Machine". Mathematical
and Computer Modelling, Vol. 20, No. 6
(1994), 1-17.
104. Z.
Zlatev, J. Wasniewski, J. Moth and M. Venugopal: "Optimizing air pollution models on parallel
machines". Supercomputer, Vol.
8, No. 9 (1992), 23-36.
105. Z.
Zlatev, J. Wasniewski and K. Schaumburg: "Comparison of two algorithms for solving large
linear systems".
106. Z.
Zlatev, J. Wasniewski and K. Schaumburg: "Exploiting the sparsity in the solution of
linear ordinary differential equations". Computers and
Mathematics with Applications, Vol. 11
(1985), 1069-1087.
107. Z.
Zlatev, J. Wasniewski and K. Schaumburg: "Numerical treatment of models arising in nuclear
magnetic resonance spectroscopy". Advances in Engineering
Software, Vol. 8 (1986), 223-233.
108. Z.
Zlatev, J. Wasniewski and K. Schaumburg: "Condition
number estimators in a sparse matrix software".
109. Z.
Zlatev, J. Wasniewski and K. Schaumburg: "Running conjugate gradient algorithms on three
vector machines". Supercomputer, Vol.
29 (1989), 31-41.
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Department of Atmospheric Environment, National Environmental Research Institute (