Titlebook: Computer Treatment of Large Air Pollution Models; Zahari Zlatev Book 1995 Kluwer Academic Publishers 1995 Air pollution.Mathematica.algori

表两个

https://doi.org/10.1007/978-3-031-07414-1veral preceding chapters; see, for example, Section 5.1). Therefore it is critical to perform the whole computational work (or at least the most time-consuming parts of it) efficiently. In fact, in many cases the large air pollution models are not tractable at all unless the codes by which they are

enmesh

尊重

危机

Use of Concept Maps in Classroom Research,continue in the future. Therefore it may be useful to test the performance of some large application codes on such computers.Of course, large air pollution models must also perform efficiently on massively parallel computers, especially if such computers are available at the particular site where th

Additive

The Creative Learning Environment, in the modules of this model. . has been run on several high-speed computers. Since both the numerical treatment of . and its performance on several high speed computers have already been discussed in the previous chapters, only some experiments with the model (that have been carried out during the

牵索

Computer Treatment of Large Air Pollution Models978-94-011-0311-4Series ISSN 1382-3124

Aggressive

妨碍

glacial

庄严

Mathematical Models for Studying the Long-Range Transport of Air Pollutants,hematical air pollution models are indispensable tools in the investigation of long-range transport phenomena. The analytical description of some types of such large models by systems of partial differential equations will be discussed in this chapter.