高级检索

  • ISSN 1006-3080
  • CN 31-1691/TQ

说明与示例

  • 分享到:

加强英文摘要以及英文目次图文摘要的说明与示例

为了使国外同行更好地了解您的论文,从2018年起,我刊将要求所录用稿件加强英文摘要的内容,并且在英文目次中增加图文摘要,请作者予以配合。

1.英文摘要的内容比中文摘要更为详尽充实,除了研究方法、结果与结论外,英文摘要还应简要叙述课题的研究背景、目的和意义,拥有与论文同等量的主要信息,英文摘要的单词数为250~300 个,约占半页版面。

2.英文目次要列出图文摘要,请挑选1~2  幅能体现论文创新意义的彩图(可以用文中有代表性的图,也可另外作图),并简单介绍一下论文的亮点(50个单词左右)。

英文摘要示例:

Synthesis  and Catalytic Properties of Silver Nanoparticles Prepared by Cyclodextrin in-situReduction  Method

QIU  Zhi-qiang, WANG Jie, YUAN Zhen-yu, SHI Yu-ling, GUO Xu-hong

(State-Key  Laboratory of Chemical Engineering, East China University of Science and  Technology, Shanghai 200237,China)

Abstract:  Metal nanoparticles exhibited different physicochemical properties as compared  to their bulk materials due to their high surface-to-volume ratio, which had a  broad application prospect. However, the tendency of aggregation of  nanoparticles must be overcome by using suitable capping agents. The capping  agents played a significant role in stabilizing the metal nanoparticles and  influenced their catalytic performance. Therefore, it’s necessary to find the  proper capping agents of metal nanoparticles. A facile and effective method to  produce silver nanoparticles (Ag-NPs) in a water solution is reported.  Cyclodextrin (CD), a soluble nontoxic molecule, was made up of six, seven, or  eight glucose units, called α-, β- and γ-CD, respectively. Due to their unique  hydrophobic cavities, CDs were used as an eco-friendly capping agent to  stabilize the Ag-NPs by the hydrophobic interactions with the apolar primary  faces of CD. In this paper, CD-capped silver nanoparticles were synthesized in  an alkaline aqueous solution by reducing silver nitrate with CD and the  synergetic catalytic effect between Ag-NP and different kind of CDs was  investigated. Then TEM, FT-IR and UV-vis spectroscopy were employed to  characterize the synthesized Ag-NP. It was revealed that the size distributions  of Ag-NP prepared in proper pH and CD concentration were quite uniform and could  be controlled (10-30  nm). And a higher pH (pH>12) or lower CD concentration ( c<0.0025 mmol/L) would lead to the  aggregation of Ag-NP during the synthesis procedure. Recently, it was reported  that the CDs and Ag-NP had cooperative catalytic activity during the  4-nitrophenol (4-NP) reduction reactions. During the reaction, the CD-capped  Ag-NP had a strong catalytic effect on the reduction of 4-NP, and it was found  that β- and γ-CD-capped Ag-NP had a better catalytic  activity than that of α-CD-capped Ag-NP. The activation energy of β-CD-capped Ag-NP in the reduction of  4-NP was calculated to be 48.1 kJ/mol, which is lower than that of α- and γ-CD-capped Ag-NP.

Keywords:  cyclodextrin; silver nanoparticles;  catalysis; 4-nitrophenol

 

英文目次中图文摘要示例:

Synthesis  and Catalytic Properties of Silver Nanoparticles Prepared by Cyclodextrin in-situReduction  Method

QIU  Zhi-qiang, WANG Jie, YUAN Zhen-yu, SHI Yu-ling, GUO Xu-hong

 A  facile and effective method to produce silver nanoparticles (Ag-NPs) in a water  solution is reported. CD-capped silver nanoparticles were synthesized in an  alkaline aqueous solution by reducing silver nitrate with CD. The synergetic  catalytic effect between Ag-NP and different kinds of CDs was  investigated.

电子版下载:加强英文摘要与英文目次图文摘要的说明与示例