國立成功大學太空與電漿科學研究所

Institute of Space and Plasma Sciences

National Cheng Kung University

- 學術演講 -

General practices of radiation tests in Taiwan for space applications

林志勳博士(中央研究院物理研究所)

<專題討論>2025/3/27(四)14:10綜合大樓2樓48218教室

Taiwan Space Agency (TASA): Satellite, Rocket and Future

吳家興博士(國家太空中心)

<專題討論>2025/3/20(四)14:10綜合大樓2樓48218教室

Nano/microscale Photo-thermal-fluidic coupled transport phenomena in solar energy conversion and laser-assisted microfabrication processes

李明蒼教授/主任(清華大學動力機械工程學系/清華大學科儀中心)

<專題討論>2025/3/13(四)14:10綜合大樓2樓48218教室

This presentation focuses on enhancing photo-thermal energy harvesting, conversion, and utilization by applying nanotechnologies and nanomaterials. The first topic is a solar-thermal reformer for efficient fuel conversion and solar-drying of moisture in microporous media using silicon nanowires (black silicon) as the solar energy absorber, especially on the effects of wavelength-dependent optical properties and coupled heat and mass transfer in nano/microscales. Secondly, recent progress in our lab on the multiphase and multiphysics coupled transport analyses to uncover the fundamental physics governing the energy conversion, laser-materials interactions, interfacial transport phenomena, and surface reconstruction, as well as the formation of nanoporous structures of micro patterns fabricated by laser additive manufacturing processes will be introduced. For low-temperature laser processes in a reacting liquid environment, a thermocapillary model to elucidate the mechanisms of the evolution of micropattern surface morphology and an analytical method for the reaction and micro vapor bubble dynamics during laser-induced reductive reaction and deposition process were successfully developed. For high-temperature laser additive manufacturing processes, to investigate the complex transport processes while maintaining reasonable computational costs for laser additive manufacturing processes, a comprehensive thermal-mechanical model based on a novel quasi-transient heat source concept was proposed and validated with experiments. The predicted molding appearance from this model exhibited a relative error of less than 5% in the width of the fabricated workpiece. A two-stage coupled transient thermomechanical model was then extended by incorporating this quasi-transient heat source concept. Notably, the results from this quasi-transient thermomechanical model closely agreed with experimental data in residual stress considering the re-melting due to overlapping laser scanning and are consistent with the results from a conventional transient model with nearly 70% reduction in computation cost. In the last section of this talk, a novel microfabrication process for direct deposition and patterning of transparent conductive oxide (TCO) and semiconductor materials on glass substrates by coupling laser and atmospheric pressure plasma jet (APPJ) will be introduced. The prospective impacts of these technologies on emerging engineering challenges and applications will be discussed.

英語寫作

吳少方老師(成大外語中心)

<專題討論>2025/3/6(四)15:30綜合大樓2樓48218教室

本次課程列為研究生通識，切勿缺席以免影響畢業! 

氣體感測從理論到物理AI應用

劉驊興博士候選人(成大物理系)

<專題討論>2025/2/27(四)14:10綜合大樓2樓48218教室

TASA Projects in D4 Space Lab

江致宇博士(前瞻電漿研究中心)

<專題討論>2024/12/12(四)14:10綜合大樓2樓48218教室

FAST project and its physics and technological issues

Professor Akira Ejiri (The University of Tokyo)

<邀請演講>2024/12/10(二)10:10綜合大樓1樓48111B教室

FAST is a project started recently aiming at DT burning plasma and related R&D (https://www.fast-pj.com/en). The project is a private-sector-led industry-academia collaboration. The mission is to demonstrate electricity generation by the 2030s. The demonstration, here, is “Heat extracted from the blanket is used to produce 10 MW of electricity for 15 min”. The necessary specifications for the R&Ds are (i) fusion power: 50 – 100 MW, (ii) Discharge duration: 1000 sec, (iii) neutron wall loading: 0.3 – 1 MW/m2, (iv) Full power operation time: 1000 hr. Note that TBR > 1 and high Q are not required. Physics and technological issues will be presented in the talk.

Polarization Charge Effects in Microwave Heating

劉立中博士(台大物理系)

<專題討論>2024/12/5(四)14:10綜合大樓2樓48218教室

Polarization charges play a vital role but are commonly overlooked in microwave heating. In this talk, we illustrate the fundamental nature of this effect via two practical examples.

First, non-uniform heating very often results in an excessive temperature spread. Exposure to a nonuniform field is a well-known and extensively studied cause of non-uniform heating. Polarization charge effects constitute another important cause, which is inherent in nature in that it persists even in a perfectly uniform field. In a uniform wave electric field (E0), molecular charges in a dielectric object are polarized along the direction of E0 to partially shield E0. As a result, the object’s interior E-field can be much smaller than E0. The shielding effect, hence the heating rate, is sensitive to the object’s shape and orientation. The difference in heating rate can lead to an unexpectedly large temperature spread. Its effect on microwave chemical synthesis will be discussed in detail.

Second, in the case of two dielectric spheres in a wave electric field, polarization charges form independently on each sphere when the two spheres are far separated. However, when separated by a narrow gap, polarization charges on opposite sides of the gap enhance each other. The enhanced electric field in a microwave oven is sufficient to cause air sparks. This explains a long-standing puzzle of public interest; namely, the gap region between two closely-spaced grapes in a 2.45 GHz household.

自我觀照暨心輔組介紹

黃威仁心理師(心輔組)

<專題討論>2024/11/28(四)14:10綜合大樓2樓48218教室

An Overview of  Magnetized Plasma Experiment (MPX) Laboratory

李宗懋博士(太空與電漿科學研究所)

<專題討論>2024/11/21(四)14:10綜合大樓2樓48218教室

Experiments in the Pulsed-plasma Laboratory (PPL)

張博宇所長(太空與電漿科學研究所)

<專題討論>2024/11/14(四)14:10綜合大樓2樓48218教室

Varies experiments using pulsed-power systems conducted in the pulsed-plasma laboratory will be introduced. They include experiments of exploding wires, shock generation using flyer plates impacting a target, pulsed-plasma thruster using an unbalanced theta pinch, and developments of the Formosa Integrated Research Spherical Tokamak (FIRST).

3D金屬列印流道模擬應用

李芳承博士(工業技術研究院南分院)

<專題討論>2024/11/7(四)14:10綜合大樓2樓48218教室

應用於雷射衛星通訊的光纖放大器及其光纖元件

蘇晉鋒博士(萊凌科技股份有限公司)

<專題討論>2024/10/24(四)14:10綜合大樓2樓48218教室

淺談通訊元件與太空輻射模擬軟體

田居正總經理(康微科技有限公司)

<專題討論>2024/10/17(四)14:10綜合大樓2樓48218教室

雷射基本原理及其多元應用

洪宗彬助理教授(國立高雄科技大學模具工程系)

<專題討論>2024/9/26(四)14:10綜合大樓2樓48218教室

英語口語表達課程

吳少方老師 (國立成功大學外語中心)

<專題討論>2024/9/19(四)15:30綜合大樓2樓48218教室

本次課程列為研究生通識，切勿缺席以免影響畢業! 

Investigation of Highly Charged Inert Gas Ions Measured in Impurity Seeding Experiment at Large Helical Device Through Detailed Atomic Structure and Electron-Ion Collision Calculations

Dr. Shivam Gupta (National Institute for Fusion Science, Japan)

<專題討論>2024/6/6(四)14:10綜合大樓2樓48218教室

The study of spectral lines emitted from individual extrinsic impurities in high-temperature tokamak devices plays an essential role in diagnosing the fusion plasma in their edge and core regions through various diagnostic methods [1]. In large-scale fusion plasma devices such as ITER and CFETR, etc. higher atomic Z elements (e.g. Kr and Xe) are considered to be suitable to serve as the impurity seeding element for the X-ray Crystal Spectrometer (XCS) diagnostics [2]. The contribution of each charge state of the highly charged Kr and Xe ions has not yet been clarified  in  detail  in  high-temperature  fusion  plasma,  and  their  detailed  atomic  data  and collision cross-section data are required for plasma modeling purposes.

In view of this, Extreme Ultraviolet (EUV) spectral diagnostics of highly charged Kr and Xe ions were programmed for the 24th campaign of the Large Helical Device (LHD). In the present work, Collisional-Radiative (CR) model calculations were carried out for the Kr25+ and Xe25+charge state. An impurity seeding experiment was conducted using the Kr and Xe gases. In the experiment,  LHD  plasma  was  ignited  using  the  electron  cyclotron  heating  system,  while Negative-ion-based Neutral Beam Injection (N-NBI) #1-3 was utilized to sustain the plasma from 3.3-7.3s. Kr and Xe gases were injected at 4.0s, and emission spectra of highly charged Kr and Xe charge states were measured in the EUV wavelength regions. The detailed spectral analysis of measured Kr and Xe-ions was performed to validate the theoretical collisional data and  CR  model  calculations. The  CR  model  calculation  included various  population  transfer kinetic processes among the fine structure levels of the considered Kr and Xe ions. Detailed atomic  structure  and  collision  calculations were performed  for  the  excitation  energies, oscillator  strengths,  wave  functions,  and  their  cross-sections  for  various  fine  structure transitions from the ground state and excited states to the other fine structure levels using the Flexible Atomic Code (FAC) [3]. Further, these calculated data incorporated into the CR model to  solve  the  kinetic  rate  balance  equations.  Theoretical  synthetic  spectrum was generated through  the  population  of  the  considered  fine  structure  levels  of  the Kr  and Xe ions.  The comparison  of  theoretical  spectra  with  the  LHD-measured  spectra  validated the  atomic structure  and  collision  data  calculations  prominent  for  spectroscopic  diagnostics  of  future fusion plasma experiments in different tokamak devices.

References

[1] A Kallenbach et al, Plasma Phys. Control. Fusion 55, 124041 (2013).

[2] D. Lu et al, Nuclear Fusion 63, 056002 (2023).

[3] M. F. Gu, Can. J. Phys. 86, 675 (2008).

Capacitance for porous and/or fractal-shaped dielectric slab

博士候選人Samra Kanwa(新加坡科技設計大學)

<專題討論>2024/5/23(四)14:10綜合大樓2樓48218教室

When studying a heterogeneous dielectric medium with fractal geometry or disordered random structures, it is possible to determine the capacitance between two parallel plates by applying non-integer dimensions. The capacitance is influenced by the fractional dimensions of the fractal or disordered dielectric slab, which can be calculated using the theoretical fractal dimension or box-counting method. These findings have been confirmed through testing with CST Studio Suite (Electromagnetic field simulation software) and the equivalent capacitance method. Five common types of fractals (Cantor bars/plates, Sierpinski carpet, Sierpinski triangle, Haferman carpet, and Menger sponge) and random structures have been tested, showing good agreement. Additionally, using less dielectric material has resulted in an effective gain of capacitance, which can benefit material-saving purposes. This study provides a valuable tool for modeling the capacitance of heterogeneous materials, particularly those containing fractals and disordered structures commonly found in organic materials and dielectrics requiring precision and efficient fabrication.

銲接製程介紹與應用

汪立德組長(金屬工業研究發展中心銲接組)

<專題討論>2024/5/16(四)14:10綜合大樓2樓48218教室

千里眼順風耳-淺談地表衛星天線種類及調校

劉憬熹工程師(得安科技有限公司)

<專題討論>2024/5/9(四)14:10綜合大樓2樓48218教室

電漿科技於鍍膜技術的相關應用

葉昌鑫博士(金屬工業研究發展中心能源與精敏系統設備處)

<專題討論>2024/5/2(四)14:10綜合大樓2樓48218教室

台灣太空新創旅程：互宇向量股份有限公司

鍾宏彬執行長(互宇向量股份有限公司)

<專題討論>2024/4/25(四)14:10綜合大樓2樓48218教室

星與你的距離，GNSS定位系統原理介紹

吳國禎工程師(台灣羅德史瓦茲有限公司)

<專題討論>2024/4/18(四)14:10綜合大樓2樓48218教室

探索邊緣運算與微控制器(MCU)的應用與發展

鄭詠聰博士(成大電機系)

<專題討論>2024/4/11(四)14:10綜合大樓2樓48218教室

電漿科技於生活應用

劉志宏博士(工研院機械所)

<專題討論>2024/3/28(四)14:10綜合大樓2樓48218教室

淺談衛星(科學)酬載設計

曾世平正工程師(國家太空中心衛星系統工程組)

<專題討論>2024/3/21(四)14:10綜合大樓2樓48218教室

人造衛星整測概論與實務

林志陽正工程師(國家太空中心衛星整測組)

<專題討論>2024/3/14(四)14:10綜合大樓2樓48218教室

參訪成功大學核心設施中心

<專題討論>2024/3/7(四)14:05儀器設備大樓大門集合

參訪單位 : 成功大學 核心設施中心

參訪實驗室：自強校區　儀器設備大樓B1　檢測實驗室

集合地點：儀器設備大樓大門口

集合時間：2024年3月7日 14:05

注意事項 : 需統一帶入換穿無塵衣， 請勿遲到

英語寫作

吳少方 老師(國立成功大學外語中心)

<專題討論>2024/2/29(四)15:30綜合大樓2樓48218教室

本次課程列為研究生通識，切勿缺席以免影響畢業! 

超短超強雷射驅動雷射電漿的發展與應用  

白植豪 教授(中央大學物理學系)

<專題討論>2023/12/14(四)14:10綜合大樓2樓48218教室

超短超強雷射具有超快與超強的特性，非常適合發展基於雷射電漿作用產生光源和粒子源的研究。這些獨特光源和粒子源具諸多的應用如雷射質子加速器發展和雷射輔助之硼氫高溫電漿與核融合的研究。本演講將介紹在中央大100 TW雷射系統開展相關領域的研究進展。

溫室氣體碳盤查  

朱繼文 經理(日昇科技股份股份公司)

<專題討論>2023/11/30(四)14:10綜合大樓2樓48218教室

整合多軌道衛星通訊+遙測技術建構遠洋漁業的產業服務模式介紹  

洪誌寬 副總經理(芳興科技股份有限公司)

<專題討論>2023/11/23(四)14:10綜合大樓2樓48218教室

英語口語表達  

吳少方 老師(國立成功大學外語中心)

<專題討論>2023/11/16(四)15:30綜合大樓2樓48218教室

Bridging the Gap in Ionosphere Propagation and Enhancing Amateur Radio Communication with CubeSat design (利用 CubeSat 設計縮小電離層傳播的差距並增強業餘無線電通訊)

黃文杰 總經理(雷斯康國際有限公司)

<專題討論>2023/11/9(四)14:10綜合大樓2樓48218教室

Atmospheric-pressure Plasma Effects on Cancer Cells and RONS Generation for Medical Applications

鄭雲謙 教授(國立陽明交通大學 機械工程學系)

<專題討論>2023/11/2(四)14:10綜合大樓2樓48218教室

We compared the effects of plasma with thermal therapy on lung cancer with malignant pleural effusion. This study find out that the plasma can selectively kill lung cancer cells and the benign cells remain its viability. Besides, the thermal therapy kills both cancer cell and benign cells. To investigate what is the plasma factor that inhibits cancer cells, we investigated the effects of plasma-generated short-lived species, long-lived species, and electric fields on skin melanoma and basal cell carcinoma cells (A2058 cells, BCC cells) and normal cells (BJ cells, Detroit 551 cells) and found that the short-lived species do make selective inhibition to the benign and malignant cells. The second part of my study is that we mix water aerosol with plasma jet at downstream region makes the plasma jet generate more • OH. We designed different mixing chambers and adjusting the water aerosol flow rate maximize the • OH generated by plasma jet for biological applications. We also constructed an impedance matching circuit for a partial-discharge calibrated (PDC) atmospheric-pressure plane-to-plane DBD equivalent circuit. The last part of my work is that we used machine learning to distinguish the discharge current of different plasma. The plasma discharge can be different depending on the conditions, and the resulting discharge current has quite different electrical features. Hence, a real-time and cost-effective diagnosis of atmospheric-pressure plasma discharge can be possibly provided via current classification with deep learning model.  

Parylene conformal coating technology introduction

張均豪 執行長(方均科技股份有限公司)

<專題討論>2023/10/26(四)14:10綜合大樓2樓48218教室

聚對二甲苯(Poly-para-xylylene；簡稱Parylene)是一種高分子聚合，Parylene製程首先將粉末蒸發成氣體型態，在真空狀態下以氣相沉積方式將單體分子以高分子聚合方式沉積於物體表面上，可披覆到複雜形狀的表面，膜厚可一致的披覆在被鍍物任何部位，呈現良好的Conformal Coating及Step Coverage功效，具有高均勻度、 耐酸鹼、 耐高低溫、透明無應力、緻密無針孔、不含溶劑、防水/耐鹽霧、耐高電壓絕緣、低介電損耗、耐化學溶劑等優異特性，鍍膜應用於半導體零組件、感測元件、航太、軍工/通訊/儲能/車用電路板、及消費型電子等。

太空一站式服務，打造不可取代的航太解決方案

陳彥彰 副理(立創光電股份有限公司)

<專題討論>2023/10/19(四)14:10綜合大樓2樓48218教室

太空望遠鏡之光學設計考量

何承舫 副研究員(國家實驗研究院 台灣儀器科技研究中心)

<專題討論>2023/9/21(四)14:10綜合大樓2樓48218教室

Experimental Demonstration of Langmuir Wave Supercontinuum in a Laboratory Plasma

電漿所李宗懋博士生

<博士班論文公開演講>2023/6/16(五)14:10綜合大樓2樓48218教室

Large scale kinetic simulations on commodity hardware     

Dr. Frank S. Tsung(Department of Physics & Astronomy, UCLA) 

<專題討論>2023/5/18(四)14:10綜合大樓2樓48218教室演講 

The NVIDIA Tesla V100 GPU, with a peak speed of 28 TFLOPS, would have ranked #2 supercomputer in the world 20 years ago.  With this kind of computing power on our desktops, it is now possible to perform world-class scientific simulations using commodity hardwares.  The UCLA Particle-in-Cell Simulation Group, founded by Professor John Dawson 50 years ago in the 1970’s, has been the leader in the development of particle-in-cell simulation tools on some of the fastest supercomputers in the world.  However, these codes can also be run very efficiently on commodity hardwares such as a single NVIDIA GPU or the Apple M1 processor.  In my talk, I will show some examples of very large simulations performed on some of the largest supercomputers in the world.  In addition, I will show that with a modest budget (1,000,000 NTD, or 30,000 USD), it is possible to build a small cluster that is capable of some producing very high quality, high impact simulations in many areas of plasma physics, including laser fusion, particle acceleration, and space plasma physics.

適用智慧車輛的車道級定位技術: 挑戰與機遇     

江凱偉 教授(成功大學測量及空間資訊學系) 

<專題討論>2023/5/11(四)14:10綜合大樓2樓48218教室演講 

隨著運輸方式的轉變以及科技的革新，汽車具有智慧化、電動化與聯網化的趨勢，藉由新一代技術可實現行車安全、節能環保、舒適行駛以及提高交通效率等目標。智慧聯網電動車藉由搭載先進的車載感知感測器、導航感測器、行車決策與控制電腦等裝置，並融合現代通信與網路、人工智慧等技術，實現車聯網(V2X)智慧資訊交換與共用，具備複雜環境感知、智慧決策、協同控制等功能，其中安全的導航技術扮演重要的角色亦是實現行車安全的關鍵，而最終智慧聯網電動車以系統代替人類完全自動駕駛任務為終極目標。為實現自動駕駛(Level 3以上)，車道內(In-Lane)(<0.5公尺)等級的定位精度是不可或缺的，此外導航系統必須具備高環境適應力與容錯性，以確保汽車在任何場景、時刻皆可安全、穩定的行駛，因此多元感測器的融合架構已成為普遍的發展趨勢。

本場講座主要討論適用智慧聯網電動車的車道級定位技術發展的背景、現行技術的限制與未來多元感測器融合架構的在智慧車輛安全導航應用發展趨勢與機遇，同時分享本研究室成員在這個議題下歷年累積的研究成果。

Ultrafast plasma dynamics in a short-pulse laser ionized gas   

黃振崗 博士(中央研究院 原子與分子科學研究所) 

<專題討論>2023/5/4(四)14:10綜合大樓2樓48218教室演講 

Since the advent of high-power pulsed lasers, significant amount of attention has been drawn to a laser-induced plasma due to its numerous applications in plasma-based accelerators, radiation generation, and controlled fusion. Characteristics of the plasma ionized from a gas are strongly affected by the ionizing laser pulse and the ionized medium. In most cases, plasma electron distribution is inhomogeneous and anisotropic after ionization. Such a plasma is highly unstable and susceptible to various plasma instabilities. These instabilities, including both electrostatic (two-stream) instability and electromagnetic (filamentation and Weibel) instabilities, rapidly trigger the growth of the density fluctuation, electric and magnetic field [1]. By properly controlling the parameters of the ionizing laser, we may produce a plasma with a certain non-Maxwellian and/or anisotropic distribution function that is suitable for studying kinetic plasma instabilities [2, 3]. A particular interest is on the Weibel instability for its role in plasma astrophysics as a mechanism of self-generated magnetic field [4]. The intricate dynamics of an optical-field ionized plasma are comprehensively studied in theoretical calculations and particle-in-cell simulations. Experimental verification has been done in a series of pump-probe experiments, where the unstable density waves were inferred by short-pulse Thomson scattering measurement [3] and the self-generated magnetic field was measured by electron beam radiography [5]. 

[1] V. Yu. Bychenkov et al, Phys. Plasmas 13, 013101 (2006)

[2] C. K. Huang et al., Plasma Phys. Control. Fusion 62, 024011 (2020).

[3] C. J. Zhang et al., Sci. Adv. 5, eaax4545 (2019).

[4] R. Schlickeiser, and P. K. Shukla, Astrophys. J. 599, L57–L60 (2003).

[5] C. J. Zhang et al., PNAS 119 (50) e2211713119 (2022).

CFD與粒子法於流道反應管混合技術應用   

李芳承 博士(工業技術研究院南分院) 

<專題討論>2023/4/27(四)14:10綜合大樓2樓48218教室演講 

1. 流道反應器(Reactors)

2. FEM & SPH粒子法差異

3. 多相混合技術克服

4. Cases Study       

飛向宇宙–我們的太空夢  

何明字 副教授(成功大學工程科學系) 

<專題討論>2023/4/20(四)14:10綜合大樓2樓48218教室演講 

前瞻火箭研究中心(Advanced Rocket Research Center, ARRC) 是一個跨校際的火箭研究團隊，十多年來，他們多次成功地試射了大、小型火箭，更於去年七月科技部「短期科研探空火箭發射場域」啟用後的首次任務，發射了全球第一枚具導控能力的混合式火箭，使台灣距離用自製的火箭送衛星上太空的目標，又更靠近了一步。這演講中將先介紹火箭系統的相關技術，講述這十多年來 ARRC 團隊研發混合式火箭的過程與成果，以及目前 ARRC 正在進行中的研究工作。        

英語寫作 

吳少方 老師(國立成功大學外語中心) 

<專題討論>2023/4/13(四)16:00綜合大樓2樓48218教室演講         

英語口語表達 

吳少方 老師(國立成功大學外語中心) 

<專題討論>2023/3/30(四)16:00綜合大樓2樓48218教室演講         

Relativistic ion acceleration with intense laser pulses    

Prof. Yasuhiro Kuramitsu(Department of Electrical Engineering, Osaka University, Japan) 

<專題討論>2023/3/23(四)14:10綜合大樓2樓48218教室演講

We conducted laser ion acceleration experiments using large-area suspended graphene (LSG) as the target. Graphene is the thinnest and strongest 2D material but possesses extremely high thermal and electrical conductivities and extremely low optical reflectivity. We are able to control the LSG thickness as one of the experiment parameter by transferring graphene layer by layer. Based on the LSG technique, we conducted a series of experiments on the laser driven ion acceleration with a diverse parameters of laser such as energies from a few J to kJ, pulse durations from fs to ps, intensities from sub-relativistic to relativistic. 

In this talk, we report our experimental results on energetic ion acceleration with LSG and introduce some novel applications on laboratory astrophysics and nuclear physics.                      

金屬積層製造技術與應用趨勢    

劉松河 組長(工研院南分院 先進光機與智造技術組) 

<專題討論>2023/3/16(四)14:10綜合大樓2樓48218教室演講

雷射金屬積層製造為近年新興製造技術，適合複雜形貌、輕量及特殊內部結構元件設計，可協助航太、醫材、模具及熱交換等領域應用的創新，因應各產業領域需求，工研院投入列印設備、材料製程與設計模擬等核心技術研發，協助產業快速導入與價值創造。                      

超快雷射與應用    

葉昭永 博士(金屬工業研究發展中心) 

<專題討論>2023/3/9(四)14:10綜合大樓2樓48218教室演講

                      

太空產業如何帶領太空教育參與全球合作    

葛廣漢  董事長(廣碩系統股份有限公司) 

<專題討論>2023/3/2(四)14:10綜合大樓2樓48218教室演講

 * Current Space Industry Development

 * Space Education Needs

 * Small Satellite Development and Status

 * International Space Station & Experiment In Space

 * Advancement in Lunar Explorations

 * Technological Improvement and Availability Enabling Space Education

 * Global Cooperation in Space

 * Global Cooperation in Space Industry

 * Global Cooperation in Space Education

 * Future Possibilities                             

電子零件輻射測試簡介    

曾達麟  協理(宜特科技股份有限公司) 

<專題討論>2022/12/8(四)14:10綜合大樓2樓48218教室演講

1.輻射基本概念

2.太空輻射環境

3.輻射對電子零件的效應

4.輻射測試參考文件

5.輻射測試規劃與流程

6.輻射測試實驗室                                          

高功率連續波光纖雷射及其被動元件之發展    

蘇晉鋒  博士(萊凌科技股份有限公司) 

<專題討論>2022/12/1(四)14:10綜合大樓2樓48218教室演講

高功率連續波光纖雷射具有獨特的優點，如高電光效率、出色的光束質量和良好的熱管理。由於這些原因光纖雷射廣泛應用於工業加工、國防軍事、科學研究等領域。而其中在光纖雷射共振腔中需要有許多的高功率光纖被動元件，如合束器、包層功率剝離器，光纖光柵，增益光纖等等，皆是光纖雷射裡不可或缺的關鍵元件。在此次分享中，會對於光纖雷射及其關鍵被動元件逐一做介紹，並說明其操作原理。                                          

無人機簡介     

詹英傑  研發長 (經緯航太科技股份有限公司) 

<專題討論>2022/11/24(四)14:10綜合大樓2樓48218教室演講

                                                                                                                            

太空系統電磁相容驗證     

陳秀莉  正工程師 (國家太空中心) 

<專題討論>2022/11/17(四)14:10綜合大樓2樓48218教室演講 

低太空電磁相容驗證測試介紹

電磁相容案例分享: NASA's Mars Rover                                                                                                                              

低軌衛星產業應用發展     

李柏緯 副處長 (鐳洋科技股份有限公司) 

<專題討論>2022/11/10(四)14:10綜合大樓2樓48218教室演講

低軌衛星通訊(Low Earth Orbit, LEO)為近年來廣為被大家關注的話題，有別於早期的同步軌道衛星，衛星的高度約莫在500 ~ 1500公里之距離，其衛星相較於地面的移動速度高達每秒7.5 公里。如此高速的移動速度，在天線設計上使用傳統的碟型天線將面臨到追蹤速度(機械式)無法跟上衛星移動速度，因此在天線設計上改以陣列天線設計，其波束追蹤方法從機械式改為電子式波束追蹤。本講題首先介紹近年來衛星產業發展趨勢，然後再實際以地面接收站為例，為各位聽眾介紹地面接收應用之陣列天線設計。

從專業到創業-個人電漿在環境領域的一種應用      

陳台彰  總經理暨執行長 (創星淨聯科技股份有限公司 ) 

<專題討論>2022/11/3(四)14:10綜合大樓2樓48218教室演講

1. 個人學經歷簡介

2. 個人練功經過

3. 從專業到創業

4. 創業二三事

5. Q&A

大氣電漿應用      

黃旭璀 總經理(三方機械工業股份有限公司)

<專題討論>2022/10/20(四)14:10綜合大樓2樓48218教室演講

Space Product Development - Extreme Environment Testing      

林應傑 高級產品工程師(捷揚航電股份有限公司)

<專題討論>2022/10/13(四)14:10綜合大樓2樓48218教室演講

Space satellite module development stage, functional verification and extreme environment testing.

超音波加工原理及應用      

洪宗彬 副教授(正修科技大學 機械工程學系)

<專題討論>2022/10/6(四)14:10綜合大樓2樓48218教室演講

超音波加工是利用具有超音波振動的工具在被加工元件上進行，切削、焊接、研磨…。 在有磨料的液體介質中或具有固定磨料工具，高頻振動的工具會帶動磨料衝擊、拋磨或液壓沖擊所產生的氣蝕作用來去除材料。

電漿於科技生活應用       

劉志宏 博士(工業技術研究院 機械與系統研究所)

<專題討論>2022/9/29(四)14:10綜合大樓2樓48218教室演講

電漿（Plasma）為部分離子化氣體，其組成物種包括帶電荷之電子、離子及不帶電的氣體原子/分子和自由基等，運用其電漿技術特性，已廣泛應用於產業界之材料表面加工增”值”製程，如材料表面清潔與活化、蝕刻及鍍膜等關鍵製程。此次演講將著重於電漿技術發展及其於科技生活之應用面，內容涵蓋真空電漿及大氣壓電漿技術，課程中將以產業應用案例與聽者進行交流、分享與討論，期藉此機會能激發出不同創新科技應用，活絡電漿技術於各領域之發展與其技術帶給生活的效益最大化。

衛星整合與測試工程      

林志陽 工程師(國家太空中心 )

<專題討論>2022/9/22(四)14:10綜合大樓2樓48218教室演講

摘要

1.   Space Environment

2.   Satellite Integration & Test Flows

3.   NSPO’s Environmental Test Facilities

智慧移動機器人現況      

鄭詠聰 博士(成功大學電機系 )

<專題討論>2022/9/15(四)14:10綜合大樓2樓48218教室演講

智慧移動機器人主要應用於3C電子、汽車、新能源、半導體等工業物流，並銜接生產物流與倉儲物流。未來很長一段時期內，工業物流仍會是AMR應用的主戰場；但隨著AMR技術的持續進步與提升，其應用領域將會更廣。展望未來，AMR應用涵蓋的產業不只智慧製造，還有智慧醫療、智慧物流、智慧零售等

真空系統與真空元件簡介      

林茂松  資深工程師(日揚科技股份有限公司 )

<專題討論>2022/5/12(四)14:10綜合大樓2樓48218教室演講

Bi-directional anode long-acting plasma chemical vapor deposition method applied to contact lenses     

林文賓 博士(亨泰光學股份有限公司 )

<專題討論>2022/5/5(四)14:10綜合大樓2樓48218教室演講

Rigid gas permeable (RGP) contact lenses are composed mainly by Silicone methacrylate (SMA) or Fluorosilicone acrylates (FSA) with Polymethyl methacrylate (PMMA). In addition, RGP contact lens can effectively correct different type of ametropia. The surface of RGP contact lens is generally hydrophobic therefore after blinking the eye the tear cannot complete spread evenly over the lens surface and it will result in some discomfort for the eye. The surface of RGP contact lens is generally hydrophobic therefore after blinking the eye the tear cannot complete spread evenly over the lens surface and it will result in some discomfort for the eye. In addition, a clean and well-wetting lens surface is beneficial in managing 3- and 9-o’clock staining. The deposition lipids on RGP contact lenses can be due to the equilibrium of surface hydrophobicity and hydrophilicity of materials.  

In this study RGP contact lenses were modified by Plasma Enhanced Chemical Vapor Deposition (PECVD )  of N-vinyl-2- pyrrolidone (NVP)/poly(ethylene glycol methyl ether methacrylate) (PEGMA) to promote hydrophilicity and the resistance to protein and bacteria. FTIR analyses confirmed the success of coating of NVP and PEGMA on the surface of RGP contact lens. Moreover, the cytotoxicity and cell viability of the NVP/PEGMA coating RGP contact lenses were evaluated by cultivation of L929 fibroblasts and through lactic dehydrogenase (LDH) assays. The protein adsorption on RGP contact lens was investigated by bicinchoninic acid assay using bovine serum albumin (BSA) and lysozyme as model proteins. And the antibacterial potency of the RGP contact lens was assessed using environmental bacterial strains of Staphylococcus Aureus (ATCC 6538).  

Introduction to Low Earth Orbit (LEO) Satellite Communications (SatCom) System    

梁庭榕  博士(工業技術研究院 資訊與通訊研究所)

<專題討論>2022/4/28(四)14:10綜合大樓2樓48218教室演講

The Low Earth Orbit (LEO) Satellite Communications (SatCom) System will be introduced with four parts in this presentation. Firstly, the basics of LEO SatCom, including satellite behavior in different orbits, single LEO vs constellation, SatCom architecture, services and frequency spectrum, will be step by step explained. In the second part, the business opportunities regarding market trend, ITU Frequency regulation, LEO operator’s activities, market values, will be sequentially expressed, followed by the analysis and potential action items of the SatCom supply chain in Taiwan. In the third part, the challenges in technology will be commented, including the topics relating to application requirement review, mission definition review, system definition review, system design and system realization in the field of both space and ground segments. Finally, current government’s activities will be presented, following by a short prediction of potential action items in the near future.

先進金屬成形技術    

鄭炳國 處長(金屬工業研究發展中心 製程處)

<專題討論>2022/4/21(四)14:10綜合大樓2樓48218教室演講

大綱: 

1. 車輛產業發展趨勢

2. 管件液壓成形技術

3. 超高強度鋼熱沖壓技術

4. 鋁合金溫 /熱成形技術

Vision 2030 — enabling UAV shipping, real-time satellite imaging, and self-driving cars    

王毓駒 董事長/執行長(創未來科技有限公司)

<專題討論>2022/4/7(四)14:10綜合大樓2樓48218教室演講

Phased array technologies have evolved into a stage where many applications can be fulfilled using hardware with much lower cost, smaller size, and higher portability. This would enable various exciting applications such as UAV shipping, real-time satellite imaging, and self-driving cars, in the few years to come. In this talk, progresses in various phased-array-based applications in Tron Future Tech will be introduced, including portable drone surveillance radars, satellite imaging radar, satellite communication with automobiles, and their potential of enabling the aforementioned applications in smart cities will be explained. However, these developments and prospects also raise many challenges in both science and engineering. Potential challenges are highly desirable to be addressed for the realization of a 2030 vision and further developments.

真實與大家認知的高科技世界    

吳東嶸 副總經理 (優貝克科技股份有限公司)

<專題討論>2022/3/24(四)14:10綜合大樓2樓48218教室演講