Introduction: The outline of the paper reflects our overall thinking and helps to grasp the overall situation of the paper, thus writing a high-quality paper. The following is the outline template of college students' graduation thesis I shared. Welcome to read!
Model essay template for college students' graduation thesis Part I: Outline writing example 1 (write a simple outline)
Take "Thoughts on Cultivating and Perfecting the Construction Labor Market" as an example, you can write a simple outline as follows:
I. Introduction
Second, this theory
(A) the prerequisite for cultivating the construction labor market
(B) the basic situation of the construction labor market 20 12
(C) countermeasures to cultivate and improve the construction labor market
Three. conclusion
Example 2 of Outline Writing (Detailed Outline)
A detailed outline is a detailed list of the main arguments and the expansion part of the paper. If you prepare a detailed outline before writing, you can write more fluently. Let's take "Thoughts on Cultivating and Perfecting the Construction Labor Market" as an example to introduce the writing method of the detailed outline:
I. Introduction
1. Put forward the central topic;
2. Explain the writing intention.
Second, this theory
(A) the prerequisite for cultivating the construction labor market
1. The establishment of the market economic system has created a macro environment for the emergence of the construction labor market.
2. The formation of construction product market puts forward realistic requirements for the cultivation of construction labor market;
3. The deepening of urban and rural system reform provides a reliable guarantee for the formation of the construction labor market;
4. The establishment of the construction labor market is the inherent requirement of the employment particularity of the construction industry.
(2) specific market classification
1. A buyer's market where supply exceeds demand;
2. An invisible market with a market but no market;
3. It is easy to enter the deformed market that is difficult to exit;
4. Spontaneous market of disorderly trading.
(C) countermeasures to cultivate and improve the construction labor market
1. unify thinking and understanding, and change spontaneous trading into conscious supervision;
2. Accelerate the establishment of rules and regulations, and change disorderly transactions into standardized transactions;
3. Improve the market network and change intangible transactions into tangible transactions;
4. Adjust the management structure and change personal flow into team flow;
5. Deepen employment reform and change one-way flow into two-way flow.
Three. conclusion
1. Summarize the current construction labor market situation and our tasks;
2. Echo the preface at the beginning.
Model essay template for college students' graduation thesis outline Part II: Thesis Catalogue
Confirmation page 1-8
Page 8-9 of the abstract
Page 9- 12 of the abstract
Illustration list page 12- 13
Insert list page 13- 14
Chapter 1 Introduction 14- 19 Page
? Research background and significance 14
? Research status at home and abroad 14- 17 pages
? Research contents and ideas 17
? Research technical route Page 17- 19
Chapter 2 Overview of Research Area Page 19-35
? General situation of regional physical geography 19-2 1 page
? Regional Overview Page 19-20
? Topography page 20
? Hydrometeorology Page 20-265438 +0
? Social economy 2 1 page
? Regional geological conditions 2 1-23
? Stratigraphic page 2 1-22
? Geological structure Page 22-23
? Magmatic rocks, page 23
? Regional hydrogeological conditions Page 23-24
? General situation of mining area Page 24-35
? Geological conditions of mining area Page 24-27
? Hydrogeological conditions of mining area 27-32 pages
? Occurrence characteristics of ore bodies Page 32-33
? Groundwater recharge, diameter and discharge conditions page 33-35
F 1 Chapter III Fault Characteristic Analysis and Excavation Scheme Page 35-49
? Geophysical exploration page 35
? Hydrogeological Drilling Page 35-37
? Analysis of fault spatial characteristics 37-38
? Fault zone filler analysis Page 38
? Pumping Test Page 38-40
? Hydrogeological characteristics of fault zone 40-4 1 page
? Surrounding Rock Stability Analysis 4 1-48
? Rock quality review of surrounding rock of upper ore body 4 1-45
? Rock Quality Review of Roof Surrounding Rock of Lower Ore Body 45-48
? Analysis of excavation scheme Page 48-49
The fourth chapter mine water inflow forecast 49-65 pages.
? Water injection conditions Page 49-50
? Geological model page 50-5 1
? Hydrogeological conceptual model 5 1-52
? Simulation area and boundary condition range 5 1-52 pages
? Hydrogeological structure page 52
? Initial flow field and dynamic characteristics of groundwater page 52
? Numerical method of mine water inflow prediction 52-6 1 page
? Introduction of numerical methods and selection of simulation software. Page 52-53
? Mathematical model page 53-54
? Numerical model page 54-59
? Model Identification Results Page 59-665438 +0
? Mine water inflow prediction 6 1 page
? Analytic method for predicting mine water inflow 6 1-63
? Determination of hydrogeological parameters page 62
? Calculation of water inflow Page 62-63
? Forecast results analysis on page 63
? Mine drainage system analysis 63-65 pages
The fifth chapter conclusion and prospect 65-67 pages.
? Conclusion Page 65-66
? Disadvantages and prospects 66-67
? Shortcomings on page 66.
? Outlook pages 66-67
Resources, pp. 67-70.
Template 3: Real-time synthesis, separation and solidification of hydrotalcite as simulated nuclides Europium and Thorium.
Paper catalogue
Confirmation page 1-8
Page 8-9 of the abstract
Page 9- 14 of the abstract
Illustration list page 14- 16
Table List Page 16- 17
Chapter 1 Introduction 17-25
? Research background 17 page
? Source, composition and safe treatment of high-level radioactive waste liquid
? Source and composition of high-level radioactive waste liquid 17
? Present situation of safe treatment and disposal of high-level liquid waste 17- 19
? Research status of artificial rock solidification 19-20 pages
? Brief Introduction of Hydrotalcite Page 20-22
? Introduction to Spinel Page 22-23
? The purpose, significance and main research contents of the subject research are 23-25 pages.
? The purpose and significance of the research page 23-24
? The main research content of this topic is pages 24-25.
Chapter II Experimental Principles, pp. 25-28
? Principle of real-time synthesis of hydrotalcite to separate nuclides 25-26
? Principles of preparing spinel solidified nuclides by calcination 26-28
Chapter III Experimental Part Page 28-34
? Experimental Materials and Instruments Page 28-29
? Page 28 of experimental materials
? Experimental Instruments and Equipment Page 28-29
? Experimental method of simulated nuclide separation and solidification 29-3 1 page
? Experimental method of simulating nuclide separation 29-30 pages
? Simulated nuclide solidification experimental method 30 pages
? Analogue radionuclide analysis method 30-3 1 page
? Analysis method of simulated nuclide europium
? Analytical method of simulated nuclide thorium 3 1 page
? Analytical methods of simulated nuclides europium and thorium * * * Page 3 1
? Characterization and performance analysis of samples 3 1-34 pages
? XRD analysis page 3 1-32
? Infrared analysis page 32
? SEM/EDS analysis page 32
? Thermogravimetric analysis page 32
? Determination of chemical stability of spinel solidified body
? PCT powder leaching method page 32-33
? MCC- 1 Slice Leaching Method Page 33-34
Chapter IV Results and Discussion Page 34-66
? Separation and solidification of simulated nuclide europium
? Separation of simulated nuclide europium
? Titration curves of magnesium aluminum europium mixed salt solution and europium nitrate solution.
? Effect of pH value on removal efficiency of simulated nuclide europium
? Effect of r on removal efficiency of simulated nuclide europium
? Effect of initial concentration of europium on removal efficiency of simulated nuclide europium
? Characterization of hydrotalcite-like compounds containing europium
? Solidification of simulated nuclide europium
? Effect of calcination temperature on structure and stability of europium-containing spinel solidified body
? Effect of Europium Inclusion on Structure and Stability of Spinel Cured Body
? Effect of leaching environment on the stability of europium-containing spinel solidified body
? Leaching results of MCC- 1 method for curing europium-containing spinel page 45
? Characterization of solidified spinel containing europium
? Separation and solidification of simulated radionuclide thorium
? Separation of simulated nuclide thorium Page 46-53
? Titration curve of magnesium aluminum thorium mixed salt solution and thorium nitrate solution on page 46-47.
? Cause analysis of replacing dust collector 47-48
? Effect of pH value on separation effect of simulated nuclide thorium
? Effect of r on separation effect of simulated nuclide thorium
? Effect of initial concentration of thorium on separation effect of simulated nuclide thorium
? Solidification of simulated radionuclide thorium
? Effect of calcination temperature on structure and stability of thorium-containing spinel solidified body
? Effect of thorium package capacity on structure and stability of spinel solidified body
? Effect of leaching environment on stability of thorium-containing spinel solidified body
? Leaching results of MCC- 1 method for curing thorium-containing spinel, pages 56-57.
? Characterization of thorium-containing spinel solidified body
? Simultaneous separation and solidification of simulated nuclides europium and thorium
? Simultaneous separation of simulated nuclides europium and thorium
? Effect of pH value on simultaneous separation of simulated nuclides europium and thorium
? Effect of r on simultaneous separation of simulated nuclides thorium and europium
? Effect of initial concentrations of europium and thorium on simultaneous separation of simulated nuclides europium and thorium
? Simulate simultaneous solidification of europium and thorium. Page 62-66
? PCT leaching results of solidified spinel containing europium and thorium 62-63
? Leaching results of EU- thorium-containing spinel solidified body MCC- 1 Method Page 63-64
? Characterization of solidified spinel containing europium and thorium
Conclusions and Prospects Page 66-68
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