PhD defense国外博士论文答辩PPT课件
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PhD defense国外博士论文答辩PPT课件
Definition of point-like scaling:
. A ha B R r A d B A B N h, a N rR d A B 1
Do we already know anything about the scaling properties of hard scattering ?
December 8, 2004, New York
1
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Comparative Nuclear Physics
Yesterday it occurred to me that the core concept of my thesis is not so different than what my wife does for a living.
4
Relativistic Heavy Ion Collider Brookhaven National Lab 2 counter-circulating rings 3.834 km circumference Superconducting magnets(3.5T) 192 dipoles per ring 246 quadrupoles per ring Time between collisions:
Cronin et al.
(Phys.Rev.D11,3105,1975)
Alpha factors are:
pt-dependent species-dependent
Cronin effect Enhancement at high-pt Shadowing at low-pt Mechanism: Initial parton
. A ha B R r A d B A B N h, a N rR d A B 1
Do we already know anything about the scaling properties of hard scattering ?
December 8, 2004, New York
1
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标题添加
点击此处输入相 关文本内容
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点击此处输入 相关文本内容
Comparative Nuclear Physics
Yesterday it occurred to me that the core concept of my thesis is not so different than what my wife does for a living.
4
Relativistic Heavy Ion Collider Brookhaven National Lab 2 counter-circulating rings 3.834 km circumference Superconducting magnets(3.5T) 192 dipoles per ring 246 quadrupoles per ring Time between collisions:
Cronin et al.
(Phys.Rev.D11,3105,1975)
Alpha factors are:
pt-dependent species-dependent
Cronin effect Enhancement at high-pt Shadowing at low-pt Mechanism: Initial parton
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博士论文毕业答辩ppt
我 的 小 标 题
述 尽 量 简 洁 生 动 。
整 体 语 言 风 格 ， 语 言 描
建 议 与 标 题 相 关 并 符 合
此 处 添 加 详 细 文 本 描 述 ，
我 的 小 标 题
验 证 与 分 析
Part
3
第 三 部 分
验 证 步 骤
验 证 条 件
验 证 出 处
PART
【 验 证 出 处 】
主 要 研 究 内 容 国 内 外 相 关 研 究 综 述
1
绪 论
第 一 部 分
研 究 意 义
选 题 背 景
引 言
PART
【 引 言 】
尽 量 简 洁 生 动 。 思 路 ！
相 关 并 符 合 整 体 语 言 风 格 ， 语 言 描 述
此 处 添 加 详 细 文 本 描 述 ， 建 议 与 标 题
演 示 设 计 ，
我 的 小 标 题
清 晰 思 路 ！
大 便 利 演 示 制 作 过 程 ，
实 用 的 框 架 结 构 ， 极
时 兼 顾 国 内 各 大 公 司
升 您 的 演 讲 逼 格 ， 同
艺 术 级 演 示 版 式 ， 提
演 示 设 计 ，
大 便 利 演 示 制 作 过 程 ，
实 用 的 框 架 结 构 ， 极
1
绪 论
清 晰 思 路 ！
极 大 便 利 演 示 制 作 过 程 ，
大 公 司 实 用 的 框 架 结 构 ，
讲 逼 格 ， 同 时 兼 顾 国 内 各
级 演 示 版 式 ， 提 升 您 的 演
演 示 设 计 ， 艺 术
【 我 的 标 题 】
述 ， 建 议 与 标 题 相 关 此 处 添 加 详 细 文 本 描
2024博士学位论文答辩PPT模板
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博士面试答辩PPT英文版(科研陈述)课件.ppt
。
2. Research Progress During Graduate Period
2.3 Tea waste supported Al oxides nanoparticles with help of Anionic polyacrylamide (Tea-APAM-Al)
Fig. 2-5 SEM images of Tea-Al (a) and Tea-APAM-Al (b) Table 2-2 Surface area, pore volume and pore diameter of biosorbents.
。
1.Personal Information
Education：
• 09/2012-06/2015. Food Science, State Key Laboratory of Tea Plant Biology and Utilization, Anhui Agricultural University.
Fig. 2-9 XPS spectra of the Al 2p (a) and F 1s (b) of Tea-APAM-Al before and after adsorption
• The results suggested that Al atoms participated in fluoride adsorption process.
• A new F (1s) peak was found at 685.5 eV, which was higher than the 。 684.5 eV for NaF, signifying that surface reactions had occurred.
2. Research Progress During Graduate Period
2. Research Progress During Graduate Period
2.3 Tea waste supported Al oxides nanoparticles with help of Anionic polyacrylamide (Tea-APAM-Al)
Fig. 2-5 SEM images of Tea-Al (a) and Tea-APAM-Al (b) Table 2-2 Surface area, pore volume and pore diameter of biosorbents.
。
1.Personal Information
Education：
• 09/2012-06/2015. Food Science, State Key Laboratory of Tea Plant Biology and Utilization, Anhui Agricultural University.
Fig. 2-9 XPS spectra of the Al 2p (a) and F 1s (b) of Tea-APAM-Al before and after adsorption
• The results suggested that Al atoms participated in fluoride adsorption process.
• A new F (1s) peak was found at 685.5 eV, which was higher than the 。 684.5 eV for NaF, signifying that surface reactions had occurred.
2. Research Progress During Graduate Period
博士面试答辩英文版(科研陈述)PPT演示课件
6
2. Research Progress During Graduate Period
2.2 Removal of fluoride from drinking water using tea waste loaded with Al/Fe oxides
Table 2-1 The adsorption capacity of fluoride
-----大学博士申请科研陈述
1
Outline
1. Personal Information 2. Research Progress During Graduate Period 3. Research Topics and Interests
2
1.Personal Information
Education：
Fig. 2-9 XPS spectra of the Al 2p (a) and F 1s (b) of Tea-APAM-Al before and after adsorption
• The results suggested that Al atoms participated in fluoride adsorption process.
• 09/2012-06/2015. Food Science, State Key Laboratory of Tea Plant Biology and Utilization, Anhui Agricultural University.
• 09/2008-06/2012. B. Eng., Food Science and Engineering, Anhui Agricultural University.
16
2. Research Progress During Graduate Period
2. Research Progress During Graduate Period
2.2 Removal of fluoride from drinking water using tea waste loaded with Al/Fe oxides
Table 2-1 The adsorption capacity of fluoride
-----大学博士申请科研陈述
1
Outline
1. Personal Information 2. Research Progress During Graduate Period 3. Research Topics and Interests
2
1.Personal Information
Education：
Fig. 2-9 XPS spectra of the Al 2p (a) and F 1s (b) of Tea-APAM-Al before and after adsorption
• The results suggested that Al atoms participated in fluoride adsorption process.
• 09/2012-06/2015. Food Science, State Key Laboratory of Tea Plant Biology and Utilization, Anhui Agricultural University.
• 09/2008-06/2012. B. Eng., Food Science and Engineering, Anhui Agricultural University.
16
2. Research Progress During Graduate Period
英文论文答辩PPT模板(完美版) 1
Mixed methods research
This approach combines quantitative and qualitative methods to gain a more comprehensive understanding of research questions
Sample and Data Collection
04
Research results
Overview of Research Findings
01 The research question and its significance
02 The objectives and hypotheses of the study
03
A brief overview of the research methods and procedures
Techniques used to gather information from participants or observations, such as surveys, interviews, focus groups, observations, and documents
Sampling strategies
Ensure that all charts are clear, consistent, and easy to understand
Provide a brief caption or legend for each chart to explain its purpose and content clearly
Research Purpose and Significance
State the main purpose of your research and its significance in the field
This approach combines quantitative and qualitative methods to gain a more comprehensive understanding of research questions
Sample and Data Collection
04
Research results
Overview of Research Findings
01 The research question and its significance
02 The objectives and hypotheses of the study
03
A brief overview of the research methods and procedures
Techniques used to gather information from participants or observations, such as surveys, interviews, focus groups, observations, and documents
Sampling strategies
Ensure that all charts are clear, consistent, and easy to understand
Provide a brief caption or legend for each chart to explain its purpose and content clearly
Research Purpose and Significance
State the main purpose of your research and its significance in the field
毕业论文答辩PPT模版
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My wife is a Ph.D. student in Comparative Literature at Stony Brook.
I gave her a call last night and asked her for a short definition of her field. She repeatedly asked my why I needed it and seemed confused (and concerned).
Identified Particle Production in p+p and d+Au Collisions at RHIC Energies
Felix Matathias
Doctoral Defense
Adviser: Tom Hemmick
State University of New York at Stony Collider Brookhaven National Lab 2 counter-circulating rings 3.834 km circumference Superconducting magnets(3.5T) 192 dipoles per ring 246 quadrupoles per ring Time between collisions:
Top energies (each beam):
100 GeV/nucleon Au+Au. 100 GeV/nucleon d+Au 100 GeV polarized p+p
The machine
5
The detector
Maximal Set of Observables Photons, Electrons, Muons, ID-hadrons
The goal of Comparative Literature is:
“…to compare literature in different languages and literature with relation to some other field…”
In that vein, I define the goal of Comparative Nuclear Physics to be:
Particle species: pions, Kaons, (anti)protons
The physical observables will be
Differential yield per inelastic collision in the d+Au and Au+Au case
Invariant differential cross sections in the p+p case
In this work we will be comparing particle production at
Center of Mass Energy: √s=200GeV Different nuclear environments:
p+p collisions d+Au collisions Au+Au collisions
Highly Selective Triggering High Rate Capability. Rare Processes.
But rare processes always come late in the game for collider experiments due to limited luminosity.
0.213 microseconds Crossing angle: 0 Bunch length: 20 cm Bunches per ring: 56 Luminosity lifetime: 3-10 hours Particles per bunch (units 1010):
Au+Au: 0.1 p+p : 10
It could easily though be extended to a more general definition.
The main point though is that my wife may become interested in what I do. 3
Comparative Nuclear Physics II
But I wanted a thesis at some point.
Therefore I utilize the copious production of hadrons, through the strong nuclear force, albeit with a relatively small detector.
6
Does nuclear size matter ? (Yes, but in mysterious ways)
December 8, 2004, New York
1
标题添加
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标题添加
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总体概述
点击此处输入 相关文本内容
点击此处输入 相关文本内容
Comparative Nuclear Physics
Yesterday it occurred to me that the core concept of my thesis is not so different than what my wife does for a living.
“…compare properties of particle production in different nuclear environments and as a function of particle flavor…”
Obviously this is a narrow definition that I made up to define the goal of my thesis.
I gave her a call last night and asked her for a short definition of her field. She repeatedly asked my why I needed it and seemed confused (and concerned).
Identified Particle Production in p+p and d+Au Collisions at RHIC Energies
Felix Matathias
Doctoral Defense
Adviser: Tom Hemmick
State University of New York at Stony Collider Brookhaven National Lab 2 counter-circulating rings 3.834 km circumference Superconducting magnets(3.5T) 192 dipoles per ring 246 quadrupoles per ring Time between collisions:
Top energies (each beam):
100 GeV/nucleon Au+Au. 100 GeV/nucleon d+Au 100 GeV polarized p+p
The machine
5
The detector
Maximal Set of Observables Photons, Electrons, Muons, ID-hadrons
The goal of Comparative Literature is:
“…to compare literature in different languages and literature with relation to some other field…”
In that vein, I define the goal of Comparative Nuclear Physics to be:
Particle species: pions, Kaons, (anti)protons
The physical observables will be
Differential yield per inelastic collision in the d+Au and Au+Au case
Invariant differential cross sections in the p+p case
In this work we will be comparing particle production at
Center of Mass Energy: √s=200GeV Different nuclear environments:
p+p collisions d+Au collisions Au+Au collisions
Highly Selective Triggering High Rate Capability. Rare Processes.
But rare processes always come late in the game for collider experiments due to limited luminosity.
0.213 microseconds Crossing angle: 0 Bunch length: 20 cm Bunches per ring: 56 Luminosity lifetime: 3-10 hours Particles per bunch (units 1010):
Au+Au: 0.1 p+p : 10
It could easily though be extended to a more general definition.
The main point though is that my wife may become interested in what I do. 3
Comparative Nuclear Physics II
But I wanted a thesis at some point.
Therefore I utilize the copious production of hadrons, through the strong nuclear force, albeit with a relatively small detector.
6
Does nuclear size matter ? (Yes, but in mysterious ways)
December 8, 2004, New York
1
标题添加
点击此处输入相 关文本内容
标题添加
点击此处输入相 关文本内容
总体概述
点击此处输入 相关文本内容
点击此处输入 相关文本内容
Comparative Nuclear Physics
Yesterday it occurred to me that the core concept of my thesis is not so different than what my wife does for a living.
“…compare properties of particle production in different nuclear environments and as a function of particle flavor…”
Obviously this is a narrow definition that I made up to define the goal of my thesis.