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学术论文写作框架[量子分子动力学之家]
学术论文写作框架
 更新时间:2009/11/23 15:19:08  点击数:3517
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一般学术论文格式采用IMRD格式,即引言(Introduction)、方法(Methods)、结果(Results)以及讨论(Discussion)四部分;:
或者是Introduction (引言);    Methods(方法); Results and Discussion(结果与讨论); Conclusion(结论) 格式
 

    Title (题目)
  
  Abstract: (摘要)

  
  KeyWords:
  
  1.Introduction
  
  realistic meaning(现实意义):
  
  Theoretical meaning(理论意义):
  
  Problem analysis(问题分析):
  
  Predecessors methods(前人方法):
  
  ---------------------------------------------------1 引言---------------------------------------------
  
  a)There has been much theoretical work on...,yet it mostly focused on...,not...such as.
  
  b)Theoretical approximations typically used are suspect for....
  
  c)These approximations assume that囗are囗incomparison with囗.
  
  d)囗can avoid issues of these approximations.
  
  e)Some such simulation work has been done on囗,which very little simulation work has been done on囗.
  
  f)Well controlled experimental systems have been difficult to achieve, at least until recently.
  
  Present method(本人方法):
  
  -----引言部分给出该论文的结构----
  
  a)In the following section,we detail囗.
  
  b)Then we give results of囗with and without囗
  
  c)We conclude with a general discussion and possible directions for future work on囗.
  
  2.Theory (理论或者实验方法)
 ---------------------------------------------------2 方法---------------------------------------------
  a)It is assumed in this simulation that the second and higher layers of囗play a minor role in囗.
  
  b)Here we assume that囗is uniform since囗is homogeneous.
  
  3.Results and discussion(引--总--分的结构形式书写)
  
  ----------------------------------3 讨论与分析1----------------------------------
  
  a)囗is a mainfactor that influences囗.
  
  b)In the present model, the effect of囗on囗is investigated.
  
  c)In the case that囗is A,囗and囗are A and B,respectively, the effect of囗on囗are shown in Figure A.
  
  d)However, 囗is almost not changed for囗.
  
  e)Nevertheless, 囗and囗are always囗and囗, respectively, and they increase with increasing囗.
  
  f)With increasing囗,囗increases.
  
  g)The phenomenon can be attributed to the fact that囗increases as囗increases, as shown in Figure A.
  
  h)In the case of囗,囗has little effect on囗.
  
  -----------------------------讨论与分析2----------------------------
  
  a)Generally,囗(produced with increasing囗)will exhibit lower囗and therefore the yare expected to develop lower囗.
  
  b)The different囗were modeled as different囗.
  
  c)The values of囗ranging from A to B were studied since thes evalues are typical for囗.
  
  d)The effect of囗on囗is analyzed and the relevant result is presented in Figure A.
  
  e)The dimensions(尺寸) of 囗, 囗 and 囗 are the same as those in 囗 and 囗 is also assumed to be囗.
  
  f)It can be seen that 囗 almost linearly varies with囗.
  
  g)It can be seen that囗increases almost linearly with increasing囗.
  
  h)This may be explained by the fact that when囗is relatively thin compared to囗, the relationship between A and B can be predicted by Eq.(A).
  
  i)囗 as a function of 囗 is shown in FigureA.
  
  j)The increase of 囗 will result in the decrease (increase) of囗.
  
  ---------------------------------讨论与分析3--------------------------------
  
  a)Figure A shows that囗.
  
  b)The data are shown as plots of A (f(B)) against B.
  
  c)The plots for 囗 having various 囗 and 囗 are囗.
  
  d)In Figure A,囗 indicates囗.
  
  e)This model under estimates the囗data.
  
  f)囗are dominantly contributed from囗,this underestimation if quantified by Eq(A).
  
  g)Thesameunderestimationwasnotedfor囗.
  
  h)This result suggests that 囗 are quantitatively described by these models if囗 is utilized in the models.
  
  i)The data in Figure A clearly indicate that regardless of囗in the range of A-B,囗always囗.
  
  j)Therefore,囗cannot explain the behavior.
  
  k)That囗was influenced by囗suggests that囗must play a role in囗.
  
  4.Conclusions (总结)
 ---------------------------------4 总结与讨论--------------------------------  
  a)In this study,we have demonstrated that囗and囗are different for A and B.
  
  b)This difference reflects 囗 due to 囗.
  
  c)This calculation suggested that囗and囗have the same囗dependence but different magnitudes.
  
  d)These results are consisten twith experiments.
  
  e)The predicted囗are in good agreement with the data.
  
  f)This result suggests the validity of the models utilizing the proper correlation length.
  
  g)We have examined the structure of囗using囗model (simulation).
  
  h)囗dependence to囗is found that is relevant to many applications since rather囗are used.
  
  Acknowledgment
  
  Reference
  
  

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