英文杂志写作(摘要部分)

1、Verb Tense动词时态The problem is normally in Present Simple tense.When referring to the paper itself, or what is actually in the paper, use Present Simple tense.When referring to what you did (methodology), use Past Simple tense.When referring to calculations or equations in the paper, you can use Prese

2、nt Simple tense (but Past Simple works too!).Results can be written in Present Simple tenseor (more commonly) in Past Simple tense.Sometimes both tenses are used in a single sentence!Using present tense to describe a result shows that you consider it to be a strong result a fact.Achievements and imp

3、lications can be written in Present Perfect tenseor in the Present Simple tense.Applications are normally expressed in the Present Simple tense.Physical properties of petroleum reservoir fluids derived from acoustic measurementsBackground information can be taken from the beginning of the Introducti

4、on.It is rare to reference other papers in the Abstract.Most journals have strict limits on the length of the Abstract.Combining several points into once sentence helps to keep it short.How many details?It depends if the focus of your study is the methodology or the results. Emphasize new and import

5、ant achievements.Use positive language (e.g. accurate)成果成果The most important implications are those that relate to the aim/hypothesis of the paper.意义、后果意义、后果Model for the Abstract(not always included)Multimodal imaging provides complimentary information that is advantageous in studying both cellular

6、 and molecular mechanisms in vivo, which has tremendous potential in pre-clinical research and clinical translational imaging. It is desirable to design probes for multimodal imaging that can be administered minimally but provides multifaceted information. Herein, we demonstrate the complementary du

7、al functional ability of a nanoconstruct for molecular imaging in both photoacoustic (PA) and surface-enhanced Raman scattering (SERS) biosensing simultaneously in tandem. To realize this, a group of NIR active organic molecules are designed and synthesized that possess both SERS and PA activity. Na

8、noconstructs realized by anchoring such molecules onto gold nanoparticles are demonstrated for targeting cancer biomarkers in vivo while providing complimentary information about biodistribution and targeting efficiency. In future, such nanoconstructs could play a major role in identifying surgical margins and also for disease monitoring in