Reviewing Distribution and Calculation of the Radius Spread of a Biological Infection during a Biological Event

Journal Title: International Research Journal of Applied and Basic Sciences - Year 2014, Vol 8, Issue 9

Abstract

Crisis is such a situation in which sudden events occur uncontrollably and threaten human life and the environment. When the contaminants are transferred from the source to the receiver, they scatter in the surrounding environment, and ultimately will reach the target with a lower concentration than the initial value. Universal inhibiting laws have caused the attentions growth toward the credibility and the capability of contaminants dispersion models.This was a descriptive – analytical, which was conducted in 2014. In this research, reliable scientific resources, reports and data concerning various experiments in the field were used, and the results were analyzed.This study was an effort to assess the capability of the Gaussian model, which models the distribution of biological contaminants from a point source located at ground level or above the ground level. The impact of important factors such as wind speed, temperature, emission rate of contaminants, release height, etc., which can influence the concentration and distribution of microbial contaminants, were calculated by the model and the results were provided.Mathematical models should be further developed to predict the distribution of pollutants from various sources, and various effects should be considered for simulation.

Authors and Affiliations

Hamzeh pour Siavash| B.S.C. Student of Biochemistry, Department Of Biology, College Of Robae Rashid, Tabriz, Iran, email: Hseavash@Yahoo.Com, Shah Bahrami Ramin| B.S.C. Student of Genetics, Department Of Biology, College Of Robae Rashid, Tabriz, Iran, Zorrihe hoseyni Samin| B.S.C Student of Cell &Molcular Biology, Department Of Biology,College Of Robae Rashid, Tabriz,Iran, Mohammadzadeh zanglani Hamed| B.S.C Student of Cell &Molcular Biology, Department Of Biology,College Of Robae Rashid, Tabriz,Iran, Khaki Meisam| B.S.C Student of Food Science&Technology, Department of Food Science and Technology, Faculty of Agriculture, University of Tabriz, Iran

Keywords

Related Articles

The Effect of Using Mobile on EFL StudentsSpeaking

The use of technology in teaching and learning environments is an important aspect which has received considerable attention in recent years. In a similar vein, the use of mobiles to increase effectiveness of instruction...

Study the factors influencing rural women's participation in the sustainable management of groundwater case study Kurdistan

Water is one of the major elements of sustainable development. To achieve sustainable development without considering the optimal management of water if not impossible would be extremely difficult. In Comprehensive syste...

Empowerment and Organizational Change

Today, humans are regarded as the most important asset of organizations, and those who are in charge of organizations have found out that human resources are the main actors in all organizations. Therefore, it is importa...

Evaluate relationship between management accounting and control practices in lean system

As firms progress in their implementation of lean manufacturing, many are recognizing the need for a supportive management accounting and control system. This research provides some of the first empirical evidence of the...

A Critical Survey of Portfolio Assessment

Portfolio is a type of evaluation tool which is use to gather students’ progress during the study. Portfolio permits teachers as well as students to control their documents about an educational course. Portfolio allows s...

Download PDF file
  • EP ID EP6703
  • DOI -
  • Views 268
  • Downloads 12

How To Cite

Hamzeh pour Siavash, Shah Bahrami Ramin, Zorrihe hoseyni Samin, Mohammadzadeh zanglani Hamed, Khaki Meisam (2014). Reviewing Distribution and Calculation of the Radius Spread of a Biological Infection during a Biological Event. International Research Journal of Applied and Basic Sciences, 8(9), 1174-1179. https://www.europub.co.uk/articles/-A-6703