毕业设计论文题录&摘要格式

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题录格式

1. [题名]: 微生物代谢组学的前处理及分析技术 [作者]: 董玲玲, 柴逸峰, 曹颖瑛, 朱臻宇

[期刊名称]: 微生物学通报, 2009, 36(12): 1882-1887.

中文题录格式要求: 所有数字，标点，括号，小短横均为Times New Roman，五号汉字为宋体，五号

标点符号后为Times New Roman输入状态下空一格文献信息需著录完全，包括作者，卷期号，页码

30. [Title]：Atmospheric fate of OH initiated oxidation of terpenes. Reaction mechanism of

α-pinene degradation and secondary organic aerosol formation

[Author]：V. Librando, G. Tringali

[Journal]：Journal of Environmental Management, 2005, 75(3): 275–282.

英文题录格式要求: 所有英文字母，数字，标点，括号，小短横均为Times New Roman，

五号

标点符号后为Times New Roman输入状态下空一格文献信息需著录完全，包括作者，卷期号，页码英文作者，姓写全，名写第一个字母并加黑点摘要格式

1. [题名]：微生物代谢组学的前处理及分析技术 [作者]：董玲玲, 柴逸峰, 曹颖瑛, 朱臻宇

[期刊名称]：微生物学通报, 2009, 36(12): 1882-1887 [关键词]：分析技术; 样品前处理; 微生物代谢组学

[摘要]：微生物代谢组学主要研究细胞生长或生长周期某一时刻细胞内外所有低分子量

代谢物。分析技术的不断发展促进了微生物代谢组学研究的进展。本文结合微生物样品前处理方法,综述了目前研究中所采用的各种分析技术的特点与应用，并展望微生物代谢组学研究中分析技术的发展趋势。

中文题录格式要求: 所有数字，标点，括号，小短横均为Times New Roman，五号汉字为宋体，五号

标点符号后为Times New Roman输入状态下空一格文献信息需著录完全，包括作者，卷期号，页码摘要部分注意对齐

14.[Title]：Treatment of gaseous alpha-pinene by a combined system containing photo oxidation

and aerobic biotrickling filtration

[Author]：Z. W. Cheng, L. L. Zhang, J. M. Chen, J. M. Yu, Z. L. Gao, Y.F. Jiang [Journal]：Journal of Hazardous Materials, 2011, 192(3): 1650–1658

[Key words]：UV photodegradation; Biotrickling filter; α-Pinene; Removal performance;

Microbial structure

[Abstract]：Biofiltration of hydrophobic and/or recalcitrant volatile pollutants is intrinsically

limited. In the present study, a combined ultraviolet-biotrickling filter (UV-BTF) was developed to improve the removal of these compounds, and a single BTF as the control was operated under the same conditions. The experimental results showed that the UV-BTF provided higher removal efficiencies than the single BTF at an inlet concentration range of 600–1500 mg m−3 under shorter residence times. The maximum elimination capacities (ECs) obtained were 94.2 mg m−3 h−1 and 44 mg m−3 h−1 in the combined UV-BTF and single BTF, respectively. The mass ratio of carbon dioxide produced to α-pinene removed in the UV-BTF was approximately 2.74, which was much higher than that of the single BTF (1.99). Polymerase chain reaction–denaturing gradient gel electrophoresis (PCR–DGGE) analysis indicated that there was more complicated microbial community in the UV-BTF than that in the single BTF. In addition, we investigated the effect of starvation or stagnation on re-acclimation and removal performance from an engineering standpoint. The results showed that the combined UV-BTF could deal with fluctuating conditions or periods without any flow (air or liquid) supply much better than the single BTF.

英文题录格式要求: 所有英文字母，数字，标点，括号，小短横均为Times New Roman，

五号

标点符号后为Times New Roman输入状态下空一格文献信息需著录完全，包括作者，卷期号，页码英文作者，姓写全，名写第一个字母并加黑点

摘要部分注意对齐