Zahari Zlatev:

Papers and books cited at least 20 times

Numbers of citations (according to “Google Scholar”)

No.	Authors	Title	Publisher/Journal	Year	Citations	Per year
1	Z. Zlatev	Computer Treatment of Large Air Pollution Models	Book, Kluwer/Springer	1995	257	16.06
2	Z. Zlatev	Computational Methods for General Sparse Matrices	Book, Kluwer/Springer	1991	157	7.8
3	O. Østerby, Z. Zlatev	Direct Methods for Sparse Matrices	Book, Springer	1983	137	4.9
4	Z. Zlatev, J. Wasniewski and K. Schaumburg	Y12M: Solution of Large and Sparse Systems of Linear Algebraic Equations	Book, Springer	1980	81	2.6
5	Ø. Hov et al.	Comparison of numerical techniques for use in air pollution models with non-linear chemical …	Atmospheric Environment	1989	70	3.2
6	Zlatev	Use of iterative refinement in the solution of sparse linear systems	SIAM J. Numer. Anal.	1982	58	2.0
7	Bastrup-Birk et al.	Studying cumulative ozone exposures in Europe during a seven year period	J. Geophysical Ressearch	1997	57	4.1
8	Z. Zlatev	On some pivotal strategies in Gaussian elimination for sparse matrices	SIAM J. on Numerical Analysis	1980	55	1.8
9	Zlatev et al.	An Eulerian model for Europe with non-linear chemistry	J. Atmospheric Chemistry	1992	54	2.8
10	Zlatev, Dimov	Computational and Numerical Challenges in Environmental Modelling	Book, Elsevier	2006	48	9.6
11	Zlatev et al.	Three-dimensional version of the Danish Eulerian Model	Z. Angew. Math. Und Phys.	1996	46	3.1
12	Zlatev et al.	Relationships between emission sources and excess ozone concentrations	Comput. Math. Applics	1996	45	3.0
13	Alexandrov et al.	Numerical integration of chemical ODE problems arising in air pollution models	Environ. Modeling and Assessment	1997	41	2.9
14	Zlatev et al.	Studying high ozone concentrations by using the Danish Eulerian Model	Atmospheric Environment	1993	35	1.9
15	Zlatev	Application of predictor-corrector schemes with several correctors in solving air pollution …	BIT Numerical Mathematics	1984	34
16	Brandt et al.	Operational air pollution forecasts from European to local scale	Atmospheric Environment	2001	33	3.3
17	Á. Havasi and Z. Zlatev	Trends of Hungarian pollution levels on a long-time scale	Atmospheric Environment	2002	32	3.6
18	Harrison et al.	A comparison of the predictions of an Eulerian model atmospheric transport-chemistry model …	Atmospheric Environment	1994	32	1.9
19	Zlatev	Stability properties of variable stepsize variable formula methods	Numerische Mathematik	1978	31	0.9
20	Dimov et al.	L-commutativity of the operators in splitting methods for air pollution models	Annales Universitatis Scientiarum	2000	31	2.8
21	Gallivan et al.	A parallel hybrid parallel solver	Computing Systems in Engineering	1990	30	1.4
22	Zlatev et al.	Implementation of a variable stepsize variable formula method in the time-integration part of …	J. Comput. Physics	1984	29	1.1
23	Alexandrov et al.	Parallel runs of a large air pollution model on a grid of Sun computers	Math. Computers in Simulations	2004	28	4.0
24	Hass et al.	Aerosol modeling: results and intercomparison from European Regional-scale ...	Eurotrac 2	2003	28	3.5
25	Zlatev et al.	Three-dimensional advection-diffusion modelling for regional scale	Atmospheric Environment	1983	27	1.0
26	Zlatev	Modified diagonally implicit Runge-Kutta methods	SIAM J.Scientific Stat. Computing	1981	27	0.9
27	Zlatev et al.	Calculating losses of crops caused by high ozone levels	Environ. Modeling and Assessment	2001	24	2.4
28	Gallivan et al.	A locally optimized reordering algorithm and its application to a parallel sparse linear system …	Computing	1995	23	1.4
29	Zlatev et al.	Stability restrictions on time-stepsize for numerical integration of first-order partial differential …	J. Comput. Physics	1983	23	0.8
30	Zlatev	Zero-stability properties of variable stepsize variable formula methods	Numerische Mathematik	1981	22	0.7
31	Brandt et al.	Testing the importance of accurate meteorological input fields and parameterizations in …	Atmospheric Environment	1998	22	1.7
32	Georgiev, Zlatev	Parallel sparse matrix algorithms for air pollution modelling	Par. and Distrib. Comp. Practices	2001	22	2.1
33	Zlatev, Nielsen	Solving large and sparse least-squares problem by conjugate-gradient algorithms	Comput. Math. Applics	1988	22	1.0
34	Skelboe and Zlatev	Exploiting the natural partitioning in the numerical solution of ODE systems arising in atmospheric chemistry	LNCS 1196 / Springer	1997	22	1.6

Only papers and books, cited more than 20 times (according to “Google Scholar”), are given.

Back to Home Page of Zahari Zlatev

Department of Atmospheric Environment, National Environmental Research Institute (Denmark)

Zahari Zlatev:

Papers and books cited at least 20 times

Exploiting the natural partitioning in the numerical solution of ODE systems arising in atmospheric chemistry