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2011/3/5
1
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Zhu Xiao-Xia
朱晓夏
WritingScientific Papers
…and getting them accepted
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My University Job
Teaching
Writing
Correcting
Reviewing
2011/3/5
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Written Communication Scientific publications
Reports, theses
Grant applications
Oral Communication Presentations
Discussion and instruction
Communication Skills
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Language skills English or another language Story telling
Good preparation Organization of materials Visual effects Psychology
Practice makes perfect! Corrections Improvements
Oral Presentations
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Good preparation Organization of materials
Visual effects
Practice Read with a purpose
Write and re-write
Corrections
Improvements
Master the written language
Writing Papers
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Introduction review literature and history
raise the question
what do you want to do
Experimental chemicals and synthesis
instruments and methods
Results and discussion most important, choice of information
Conclusion Acknowledgements
References
Supporting information
Structure
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Ethics First Scientific moral standard
No forgery! Do not copy! Submit only to one place at a time!
Authors Co-authors (contribution?) Acknowledgements (help?) Get agreement! It is not always a favor!
Truthfulness of results Experimental conditions Reproducibility Error analysis
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PlagiarismAccording to plagiarism.org: turning in someone else's work as your own
copying words or ideas from someone else without giving credit
failing to put a quotation in quotation marks
giving incorrect information about the source of a quotation
changing words but copying the sentence structure of a source without giving credit
copying so many words or ideas from a source that it makes up the majority of your work, whether you give credit or not (see our section on "fair use" rules)
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No Plagiarism
Serious cases of plagiarism: Internet plagiarism Self-plagiarism
What not to do: Never copy word by word without proper citation Never use others’ ideas without giving credits
What to do: Data: always cite the source of the information Illustrations:
Give source of the information: “Modified from ___” Obtain permission from copyright owners
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Choose a good title
Informative
Attractive
How about:The Study of …
The Fabrication of …
The characterization of…
New Polymer Materials…
How do others choose a title?
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Abstract vs Conclusion
AbstractSummaryHighlights of results
Conclusion Importance of the finding Insights Future outlook
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Experimental Part
Do not repeat!Cite previous work “same as described above…”
Experimental conditionsReactions Instruments
No results and discussion here!
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Results & Discussion
Organization of data Make it interesting
Highlight important data Leave out some unimportant data
Compare with literature data! “agrees well with…” “different from the results of A et al
obtained under conditions…”
Figure, table, data not shown, or supporting information?
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Citations
Very important You need to discuss your results. You need reviewers!
How to quote in the text 1 author: Brown 2 authors: Brown and White 3 and more: Brown et al. Group leader: White and co-workers
Numbering Square brackets: As Brown reported [2], it… Superscripts: As Brown et al reported,2 it …
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Format: check the requirementsAuthors: H.R. Brown or Brown, H.R., Jr.
Spelling: attitude and respect!
Journals: J. Phys. Chem., JACS?
Note: Standard abbreviations
Volume, pages, year: 33, 345-348 (2006).
Books
Thesis
References
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Table title precise
How to arrange columns
rows
units
Details lines
alignment
explanations
Tables
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Table 1. Characteristics of the polymers
Polymer Mn Mw PDI Tg
#1 100112 200224 2.0 89.34°C
#2 22345 36686 1.6418 63.45°C
#3 2.3x103 3.67x103 1.596 75.88°C
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Table 1. Characteristics of the polymers
Polymer Mn Mw PDI Tg (°C)
#1 1.00x105 2.00x105 2.0 89.34
#2 2.23x104 3.67x104 1.6418 63.45
#3 2.30x103 3.67x103 1.596 75.88
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Table 1. Characteristics of the polymers
Polymer Mna PDI Tg (°C)
#1 1.00x105 2.00 89.3
#2 2.23x104 1.64 63.5
#3 2.30x103 1.60 75.9
a Measured by SEC with polystyrene standards.
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Table 1. Characteristics of the polymers
Polymer Mna PDI Tg (°C)b
1 1.00x105 2.00 89.3
2 2.23x104 1.64 63.5
3 2.30x103 1.60 75.9
a Measured by SEC with polystyrene standards.b Measured by DSC at a heating rate of 10°C/min..
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Figure captions precise
details
How to arrange inset
stacked
double axis
Details units
ticks
Figures
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Figure 1. Temperature variation as a function of time for the polymer samples heated in a furnace.
Figure 1. Polymer samples heated in oven
0 2 4 6 8 10 12 14
0
5
10
15
20
25
30
35
40
45
50
Tem
per
atur
e (o
C)
Time / s
Polymer1 Polymer2 Polymer3
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0 3 6 9 12 15
0
9
18
27
36
45
Tem
per
atu
re (
oC
)
Time (s)
Polymer1 Polymer2 Polymer3
Figure 1. Temperature variation as a function of time for the polymer samples heated in an oven.
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Figure 1. Temperature variation as a function of time for the polymer samples heated in an oven: (A) Samples heated once; (B) Samples heated twice.
0
20
40
60
80
100
1 4 7 10 13
time
Polymer 3Polymer 2Polymer 1
0
20
40
60
80
100
1 4 7 10 13
time
Polymer 3Polymer 2Polymer 1
A
B
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English Problems
Present or past tense?
Be consistent!
Facts? Always present!
“We have studied these micellar systems…”
“We studied these micellar systems…”
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English Problems
The results were obtained using…
We have obtained the results using…
The results were obtained by the use of…
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English Problems
The viscosity increases with increasing the concentration of the solution…
The viscosity increases with increasing concentration of the solution…
The viscosity increases with an increase in concentration of the solution…
An increase in concentration of the solution leads to a higher viscosity…
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English Problems
The product was washed either with ethanol or acetone.
The product was washed with either ethanol or acetone. The product was washed either with ethanol or with acetone.
The protein shows a different signal than that of BSA.
The protein shows a signal that is different from that of BSA. The protein shows a signal different from that of BSA.
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Keep it simple!
It has been found that… It has been shown that… It may be said that… It is interesting to note…
a number of are in good agreement are found to be by means of fewer in number in order to it is likely that
many, several agree well are by fewer to likely
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Practice!Write something everyday.Read and think!
Hard work pays off.Do your best! Spend more timeDo it better than others
How to write well?
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Trivial Problems:Space or No Space
Learn to be a good secretary!
Yes!Punctuation,units,bracket… Once the salt is added,the solution becomes… 5mL of water was used to dissolve 2g of NaCl. The results(Figure 2)clearly show that…
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Trivial Problems: Space or No space
Exceptions: No space!
30% 25ºC, but 298K (ACS: 25ºC, but 25º)
N,N-dimethylacrylamide 1,4-bis(2-bromo-1-methyl)piperazine References: [1,4,5-7] exp(-y), sin(1 + )
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Trivial Problems: punctuations
The solvents used are water, methanol, and acetone. Water and acetone are used as the solvents. Water is used as the solvent, and it can be replaced by
acetone. This compound is soluble in water, but it is not soluble
in acetone. This compound, though soluble in water, cannot
dissolve in acetone. This compound is soluble in water at room temperature;
it is also soluble in acetone at a higher temperature.
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Trivial Problems: abbreviations
24 h 60 min 15 s 12 ms 45 wt% 12 mol%
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Trivial Problems:
Define your abbreviations! Not in the title Not necessary in the abstract The first time you mention the full name!
poly(ethylene glycol) (PEG) polystyrene (PS)
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Nomenclature
polystyrene polyethylene poly(vinyl alcohol) poly(acrylic acid)
poly(styrene-b-acrylic acid) poly(acrylic acid-g-styrene) poly(methyl acrylate-co-styrene)
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Trivial Problems: hyphens
The micelles based on block copolymers…
The block copolymer-based micelles…
The polymers containing polar groups…
The polar group-containing polymers…
It is well known that water can evaporate…
It is a well-known fact that water can…
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Trivial Problems: Capital letters or not
Figure 1 Table 2 Scheme 3
nuclear magnetic resonance (NMR) spectroscopy X-ray Avagadro’s constant van der Waals forces 300 MHz
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Trivial Problems: italics
Symbols in equations and texts
where t is the time, T the temperature, kB the Boltzmann constant…
The binding constant K can be calculated… The y axis is labeled…
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Trivial Problems:
from 20 mL ~ 50 mL from 20 to 50 mL
between 5 days to 8 days between 5 and 8 days
aqueous poly(ethylene glycol) solutions aqueous solutions of poly(ethylene glycol)
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Trivial Problems: Plural
Spectrum Index Medium Basis Thesis Radius Formula
Spectra Indices Media Bases Theses Radii Formulae
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Trivial Problems: Plural
data bacteria criteria fungi hypotheses maxima
datum, data bacterium criterion fungus hypothesis maximum
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Trivial Problems: Plural?
information water attention time ice paper
interest work detail space
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Submit it
Choose the right journal
Write a good cover letter
Suggest suitable reviewers
Take reviewers’ comments seriously.
Is there a misunderstanding?
Provide point-to-point response
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Follow the same principles
Do not complicate things. Keep it simple!not too many subtitles/subsections
certain things belong to the appendix!
Write a good conclusion It is not a summary!
Do not repeat things!
Provide insight
Perspectives and future work
What about theses?
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Thesis
Write it like a book Check the style in a good book
Develop your own style
Figures, tables Mention it before presenting it
Table of contents List of figures, list of tables, list of abbreviations
Look at the global structure
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