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SCI科技论文写作常用句型大全修订版

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2021-02-27 17:08
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2021年2月27日发(作者:beets)







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IBMT standardization office



IBMT5AB- IBMT08-IBMT2C-ZZT18






一.



好的论文题目是成功的一半



好的论文 ,每一个部分都需要精雕细琢。我们先来看看


Science, Nature


子刊上用的都


是些什么题目,到底这些题目暗含哪些玄机?以下是从< /p>


2016


年发表的论文中随机挑选的


一些 题目,我将其做了一下简单的分类:




1. Water splitting



biosynthetic system with CO


2


?reduction


efficiencies?


exceeding?


photosynthesis. (Science, 2016, 352, 1210)




类似


: Scalable water splitting on particulate photocatalyst sheets with a


solar-to-hydrogen energy conversion eff iciency?


exceeding


?1%?(Nature Materials


2016,15,611-615)


< /p>


这种题目适合哪类文章?适合于那种性能极其显着的文章(可以创纪录的文章),比如说< /p>


Nocera et al.



?Science, 2016, 352, 1210


,直接与光合作用进行对比,给人的震撼


是非常强的。这种对比效果 能够一下子抓住人们的眼球,吸引着读者进行阅读。



要点:< /p>


使用这样的题目首先你的实验结果得够牛,你对于实验结果要足够自信,对于背景


知识的了解得要足够深。因为取这样的题目意味着你要真正达到了某一个高度。如果明明


有很多大海在那里,你个小池塘和小水坑进行比较,那么会闹笑话的。。。




2.1 Quantifying?


the promotion of Cu catalysts by ZnO for methanol synthesis


(?Science,2016, 352, 969-974.)



2.2?Exploring?


the origin of high optical absorption in conjugated polymers.


(Nature Materials 2016,?


DOI:


?


10.1038/nmat4645


?


)





2.3 Promoting?


solution phase discharge in Li



O2 batteries containing weakly


solvatingelectrolyte?solutions (Nature Materials 2016, DOI: 10.1038/nmat4629)



2.4 Reconstructing?


solute- induced phase transformations within individual


nanocrystals (NatureMaterials 2016,?


doi:10.1038/nmat4620


)



2.5 Tailoring


?the nature and strength of electron



phonon interactions in the


SrTiO3(001) 2D electron?liquid (Nature Material, 2016, doi:10.1038/nmat4623)



我简单地检索了下


Nature Materials


上面的文章题目,发现这种类型的题目真的非常


多。那么为什么大家非常 青睐这种形式呢?这种形式到底有什么好处?



我个人也很喜欢 这种样子的题目,当然一定要跟论文的实际情况吻合哈,不要强凑。这种


动名词形式的结 构最大的优点是


主观能动性很强


。给人的一种感觉是:


你在设计整个实


验,而不是碰巧发现了某个现象。


科研需要偶然现象,但是理性地科学研究追求一切能够


有据可循,能够主动地把握而不 是被动接受奇迹的降临。




3.1?


Surface functionalization?


of two-dimensional metal chalcogenides?


by Lewis


acid



base chemistry



Nature Nanotechnology2016, 11,465



4 71




3.2?Proton transfer dynamics


control


?the mechanism?of O2?reduction?


by a non-


precious metal?electrocatalyst

< p>
?(


Nature Materials,2016,?

< br>doi:10.1038/nmat4636


)



3.3 Femtosecond?


control of


?electric currents


?in


?metallic ferromagnetic


heterostructures


Nature Nanotechnology 2016, 11,455



458




3.4?


Improved


air stability of perovskite solar cells


via


solution-processed


metal oxide transport layers (Nature Nanotechnology, 2016,11,75



81)



这种类型的题目非常的好懂,重点非常突出,给人一种开门见山的感觉,在很多论文中非


常恰当。




< /p>



3.1


为例,两个重点非常明确:


1.


实现的目标是什么?


Surface functionalization


of ?


2.


实现的方法是什么?


Lewis acid-base chemistry.




4.1 In situ?hydrodynamic spectroscopy


?for structure characterization of porous


energy storage?electrodes (Nature Materials,2016, 15,570



575)



4.2?Kinetics of the self-assembly of nanocrystal superlattices measured


by?


real-time?in situ?X-ray?scattering


?(Nature Materials, 2016,


doi:10.1038/nmat4600)



4.3 In situ?mapping


?of the energy flow through the entire photosynthetic


apparatus (Nature Nanotechnology, 2016, ?


doi:10.1038/nchem.2525


)



4.4 Optimized quantum sensing with a single electronspin using?


real- time


adaptive measurements?


(Nature Nanotechnology, 2016,11,247



252)



有些文章,一幅图就值了一篇


Science

< br>。有些表征手段或者研究方法生来就是让人膜拜


的,特别是一些原位的表征手段, 能够直观地告诉人们以前得不到的一些信息。在这种情


况下,用它来做个题目一点都不过 分吧。



最后对以上几类标题的共性做一下简单的总结:


1) ?


好的论文题目往往都能够紧贴文章内


容,并将其核心亮点突显出来


; 2)


标题中的字真的是一字千金,废话不要有,一定要简


洁明了;


3)


用词要准确,尽量采用中性 词,不要带主观色彩,不要扣大帽子引起审稿人


反感,但是又要合适地体现亮点,好的论 文题目要学会不卑不亢。



二.



正文中各种常用句型汇总



一、




In troduction


里面经常会使用到的一个句子:


很多文献 已经讨论过了。。。


它的


可能的说法有很多很多,这里列举几种 我很久以前搜集的:



A.??Solar energy conversion by photoelectrochemical cells?


has been intensively


investigated.


?(Nature 1991, 353, 737 - 740?)





B.


?This was demonstrated in a number of studies that


showed that composite


plasmonic-metal/semiconductor photocatalysts achieved significantly higher


rates in various photocatalytic reactions compared with their pure


semiconductor counterparts.



C.?


Several excellent reviews describing


?these applications are available, and


we do not discuss these topics



D.


?Much work so far has focused on?


wide band gap semiconductors for water


splitting for the sake of chemical stability.



DOI:10.1038/NMAT3151




E.?


Recent developments of


Lewis acids and water-soluble organometallic


catalysts


?have attracted much attention.



Chem. Rev. 2002, 102, 3641?3666




F.?


An interesting approach


?in the use of zeolite as a water-tolerant solid


acid?


was described by?


Ogawa et al



. 2002, 102, 3641?3666




G.?


Considerable research efforts have been devoted to


the direct transition


metal-catalyzed conversion of aryl halides toaryl nitriles. (J. Org. Chem.


2000, 65, 7984-7989)



H.?


There are many excellent reviews in the literature dealing with the basic


concepts of?


the photocatalytic processand the reader is referred in particular


to those by Hoffmann and coworkers,Mills and coworkers, and Kamat.(Metal oxide


catalysis,19,P755)



I. Nishimiya and Tsutsumi?


have reported on



proposed



the influence of the


Si/Al ratio of various zeolites on the acid strength, which were estimated by


calorimetry using ammonia. (. 2002, 102, 3641?3666)



二、在


results and discussion


中经常会用到的:


如图所示



A. GIXRD patterns in?


Figure 1A show


?the bulk structural information on as-


deposited films.?





B.?


As shown in Figure 7B,


?the steady-state current density decreases after


cycling between 0.35 and 0.7 V, which is probably due to the dissolution of


FeOx.?


C.?


As can be seen from?


parts a and b of Figure 7, the reaction cycles start


with the thermodynamically most favorable VOx structures



J. Phys. Chem. C


2014, 118, 24950?24958




这与


XX


能够相互印证:



A.?


This is supported by?


the appearance in the Ni-doped compounds of an


ultraviolet



visible absorption band at 420



520nm (see Fig. 3 inset),


corresponding to an energy range of about 2.9 to 2.3 eV.



B. ?This?


is consistent with the observation from?


SEM



EDS. ( et al. /


Chemical Physics Letters 332 (2000) 271



277)



C.?


This indicates a good agreement between


?the observed and calculated


intensities in monoclinic with space groupP2/c when the O atoms are included


in the model.



D. The results?


are in good consistent with


?the observed photocatalytic


activity...



E


. Identical conclusions were obtained in studies?


where the SPR intensity and


wavelength were modulated by manipulating the composition, shape,or size of


plasmonic nanostructures.?



F.?It was also found that areas of persistent divergent surface


flow?

< p>
coincide?with


?regions where convection appears to be consistently


suppressed even when SSTs are above 27.5


°


C.




.


值得注意的是


...





A.?


It must also be mentioned that?


the recycling of aqueous organic solvent is


less desirable than that of pure organic liquid.



B.?


Another interesting finding is that?


zeolites with 10-membered ring pores


showed high selectivities (>99%) to cyclohexanol, whereas those with 12-


membered ring pores, such as mordenite, produced large amounts of dicyclohexyl


ether. (Chem. Rev. 2002, 102, 3641?3666)



C.


?It should be pointed out that?


the nanometer-scale distribution of


electrocatalyst centers on the electrode surface is also a predominant factor


for high ORR electrocatalytic activity.



D.?


Notably,


?the Ru II and Rh I complexes possessing the same BINAP chirality


form antipodal amino acids as the predominant products.?(Angew. Chem. Int. Ed.,


2002, 41: 2008



2022)



E. Given the multitude of various transformations published,


?it is noteworthy


that?


only very few distinct?activation?methods have been identified.?(


Chem.


Soc. Rev.


, 2009,?


38


, 2178-2189)



F.


It is important to highlight that


?these two directing effects will lead to


different enantiomers of the products even if both the



H-bond- catalyst



and


the?catalyst?acting by steric shielding have the same absolute stereochemistry.


(


Chem. Soc. Rev.


,2009,?38, 2178-2189)



G.


It is worthwhile mentioning that?


these PPNDs can be very stable for several


months without the observations of any floating or precipitated dots, which is


attributed to the electrostatic repulsions between the positively charge PPNDs


resulting in electrosteric stabilization.(Adv. Mater., 2012, 24: 2037



2041)




.?...


仍然是个挑战





A.?


There is thereby an urgent need but it is still a significant challenge


to


?rationally design and delicately tail or the electroactive MTMOs for


advanced LIBs, ECs, MOBs, and FCs.?



Angew. Chem. Int. Ed.2 014, 53, 1488




1504




B.?However, systems that are?sufficiently stable and efficient for practical


use?


have not yet been realized.



C.??

It?remains?challenging?to


?develop highly active HER catalysts based on


materials that are more abundant at lower costs. (


J. Am. Chem.


Soc.


,?2011,?133, ?7296



7299)



D.?


One of the?great?challenges


?in the twenty- first century?


is


?unquestionably


energy storage. (Nature Materials?2005, 4, 366 - 377?)




.


众所周知



A.?


It is well established (accepted) / It is known to all / It is commonly


known?that


?many characteristics of functional materials, such as composition,


crystalline phase, structural and morphological features, and the sur-


/interface properties between the electrode and electrolyte, would greatly


influence the performance of these unique MTMOs in electrochemical energy


storage/conversion applications.



Angew. Chem. Int. Ed.2014,53, 1488



1504




B.?


It is generally accepted (believed) that?


for a-Fe2O3-based sensors the


change in resistance is mainly caused by the adsorption and desorption of


gases on the surface of the sensor structure. (Adv. Mater. 2005, 17, 582)



C.?


As we all know,?


soybean abounds with carbon,?nitrogen?and oxygen elements


owing to the existence of sugar,?proteins?and?lipids. (


Chem. Commun.


, 2012,?


48


,


9367-9369)



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