A SAMPLE OF ABSTRACT FORMAT by qingyunliuliu

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									                    EnerEnv’2003 – The First International Conference
                              on Energy and Environment
                         October 11-14, 2003, Changsha, China

Theme: Energy and Environment - A World of Challenges and Opportunities

A SAMPLE OF ABSTRACT FORMAT

                                                                                                   When preparing
                                                                                                   the paper-follow
 The Application of Logistic Equation in Batch Culture                                             this order:
            of Pseudomonas sp. to Fix CO2                                                          2 spaces (font 10)
                                                                                                   Title (no more
Lin Tang                                                                                           than 14 words,
Department of Environmental Science and Engineering, Hunan University,                             placed in the
Changsha, P. R. of China. TEL: (86-731)882-1697, FAX: (86-731) 882-3701, E-
                                                                                                   middle, font size
mail: susan1018@21cn.com
Wei Sun                                                                                            14, bold)
Department of Environmental Science and Engineering, Hunan University,                             1 space (font 10)
Changsha, P. R. of China. TEL: (86-731) 882-1697, FAX: (86-731) 882-3701, E-                       Author(s) (font
mail: sunwei@hnu.net.cn                                                                            10.5, bold)
                                                                                                   Affiliation(s) (font
Abstract In this paper, Logistic equation which is wellknown in the field of ecology is            10.5)
introduced into the study of the kinetics of microbial batch culture. A model of biomass in        2 spaces (font 10)
the culture medium as functions of time is established. And the model is simulated according       Abstract (font 9,
to data released in references to testify its validity. The numerical methods used in this study   bold) then text of
are Least-square and Simplex. For Logistic equation directly describes the relationship
between the specific growth rate μ and time, it is convenient to develop the model and to          the abstract (300
estimate the relative parameters, and the deduction of the functions of substrate                  to 400 words, font
concentration, product concentration and time becomes easy. The novel kinetic model of             9)
batch culture on this base is different from Monod model and its relative models, and is           Key words (font 9,
valuable in the study of microbial culture. The estimates of model parameters are:
μmax=0.179 3h-1, c=0.000 0, d=0.395 8, A/Yp/S=68.925 5.                                            bold) then write up
Key words Logistic equation Pseudomonas. sp Batch culture Kinetic model                            to 10 words (font
                                                                                                   9)
                                                                                                   No figures and
                                                                                                   tables are
                                                                                                   allowed.
                                                                                                   The abstract
                                                                                                   must fit in one
                                                                                                   page.
Additionally:
Indicate which of the Conference topics your paper covers (e.g. 8—Pollution Control)




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