群辉NAS挑内存，群辉型号DS423+
首先试了下金士顿DDR4， 2666，安装之后不能开机
随后试了海力士DDR4， 2400的，可以开机。
机子自带的是群辉的DDR4，2400的。
群辉NAS增加内存
发表评论
惠普战移动固态硬盘（PSSD）写入读取速度测试
惠普（HP）2TB 战移动固态硬盘 2000MB/s高性能读写Type-C便携差旅高速传输 外接手机直连迷你硬盘 灰色
型号：9F060P3
Lesen: 读取
Schreiben: 写入
电脑端硬盘：三星 PM9A1 1T。
总结：所测得速度最高达到1500MB/S，但是对于设备接口还是有一定要求。
测试设备：电脑联想拯救者，通过奥睿科（ORICO）拓展坞type-c 扩展坞10Gbps高速分线器（奥睿科ORICO-XHJ4C-G2-10-GY-BP）。连接硬盘。拓展坞没有外接电源。
硬盘对接口的电源要求比较高。采用orico的usb-hub。小文件速度写入只有几十兆。
orico外接电源之后，写入速度提高。
更改usbhub，改成绿联USB3.0分线器 高速10口拓展坞HUB集线器扩展笔记本台式电脑接口一拖十转换接器延长线带电源适配器， 型号：绿联30779
采用orico集线器自带的usb-c连接线，直接连接电脑
采用移动固态硬盘自带的数据连接线：
审稿意见回复参考
接收阶段
According to the reviewers’ comments, publication is recommended.
The authors have addressed all my comments, questions, and remarks. I am happy to recommend this article for publication.
The authors have addressed all comments raised by reviewers, this paper is ready for publication.
Martin Kaltenbrunner教授受邀访问应力所并作学术报告
应课题组邀请，奥地利林茨大学的Martin Kaltenbrunner教授访问浙江大学，并作了一场精彩的学术报告，分享了他在绿色可持续发展软器件研究领域的最新成果和见解。
Martin Kaltenbrunner教授做学术报告
该报告于12月11日中午在玉泉校区第十二教学楼214会议室举行，题目为“Materials and Methods for Sustainable Soft Devices – From Perovskite Powered Wearables to Biodegradable Soft Robots and Electronic Skins”。Martin Kaltenbrunner教授首先介绍了一种可以在室内及室外光照下工作的柔性准二维钙钛矿太阳能电池模块，随后展示了其团队在研究用于软电子器件和软机器人的高度可拉伸生物凝胶和可降解弹性体的相关成果以及一种高性能的电液软驱动器。最后，Martin Kaltenbrunner教授介绍了由可生物降解基质材料构成的真菌菌丝体皮肤，拓展了可持续电子器件研究的边界。
报告引发了在场师生的浓厚兴趣。报告结束后，师生们就相关问题进行了请教并与教授展开了深入的讨论。Martin Kaltenbrunner教授对每一个问题都给予了详尽的解答，赢得了师生们的热烈反响。
Martin Kaltenbrunner教授个人简介
Martin Kaltenbrunner现为林茨大学教授，主持软物质物理部和LIT软材料实验室工作。在2008年和2012年分别获得林茨大学物理学硕士学位和博士学位。随后，他以博士后身份加入东京大学有机电子学研究所( Someya-Sekitani Lab for Organic Electronics)。2014年他回到林茨大学担任助理教授并于2019年成为该校正教授。
Martin Kaltenbrunner教授的研究团队专注于柔性电子传感器与驱动器，尤其是用于皮肤启发的电子学和具体能量机器人的可持续及可生物降解的弹性材料，是柔性可拉伸电池和太阳能电池以及超薄轻质电子箔的先驱。其团队开发了有关柔性可降解的软弹性基板、无源和有源传感组件、绿色可穿戴(生物)电子和软机器人的电源的材料策略、设计规则和技术。
AD: 美国伍斯特理工(WPI)机械与材料工程学院杨加伟课题组诚招全奖博士生以及博后
November 28, 2023
伍斯特理工学院(Worcester Polytechnic Institute)杨加伟课题组：软材料系统多尺度工程实验室(Multiscale Engineering of Soft Material Systems)计划于2024年1月1日成立。软材料是一类高分子聚合物，相比于其他材料，其具备与人体组织高度匹配的性质，包括结构，机械，与生理等，是医疗应用中的理想材料。软材料制成的生物材料、医疗器件、医疗机器人等可以与人体组成一个紧密联系、相互作用的软材料系统，而对该系统的精确设计可以从根本上开发全新的医疗方法与手段来提高医疗水平、治疗疾病、甚至能进一步提升人类的潜力。现阶段的挑战在于如何将软材料的各项性能以及生物交互功能同时提升到最佳水平从而实现临床医学转化。
实验室简介：
实验室致力于建立力学，材料，以及生物技术的跨学科研究团队，开发高性能、生物集成、与生物交互的软材料与器件。我们的研究涵盖多尺度材料设计工程，包括分子工程(molecular engineering),高分子性能与构型(polymer functions and architectures)，拓扑结构(network topologies)，以及多材料宏观组装(multi-material integration)对软材料性能与生物交互功能进行精准调控。我们特别关注软材料的非线性力学行为(nonlinear mechanics)，断裂(fracture)，疲劳(fatigue)，摩擦(friction)，失稳(instability)等，以及其在与人体组成系统中的应用，包括生物集成(bio-integration),抗免疫反应(anti-immune-response),与医疗器件(medical devices)等。我们的研究同时与波士顿地区的高校医院，例如麻省理工学院(MIT),麻省总医院(MGH),东北大学(Northeastern)，有着紧密合作。
我们研究目的是通过对软材料系统各个尺度上的性质与功能的深度理解进而发展新型生物材料、工具与器件来提高医疗健康。潜在应用包括生物电子、人工组织、医用机器人、可植入器件等。更多信息参考https://labs.childrenshospital.org/jiaweiyang/.新实验室网页将于2024年上线。
申请信息：
实验室现阶段诚邀具有力学、材料科学、高分子材料、生物工程等相关背景的学生与博后申请。实验室预计招收2名左右博士研究生和博士后(2024年秋季入学)，从事软材料力学与软材料健康领域应用的研究。申请者应在相关领域具有扎实的理论知识与科研经验，科研兴趣浓厚，自学能力出色，具有良好的团队合作精神和英语沟通技巧。有意向者请将以下材料发送至：jyang11@wpi.edu
- 详细简历(着重描述专业特长与科研经历)
- 本科及研究生阶段成绩单
- 英语水平证明
- 推荐信联系人名字
申请者可以申请机械与材料工程学院，也可以申请生物工程学院，请在邮件中注明。
实验室同时欢迎访问学者，研究助理，与交流学生的加入。若有兴趣，请将简历发送至以上邮箱。
导师简介：
Dr. Jiawei Yang (杨加伟)
Assistant Professor, Worcester Polytechnic Institute, Worcester, MA
Research Fellow (07/2019 – 12/2023)
Massachusetts Institute of Technology, Boston Children’s Hospital
Advisors: Daniel Anderson and Robert Langer
Ph.D., Engineering Sciences (09/2014 – 05/2019)
Harvard University
Advisor: Zhigang Suo
D.Eng., Engineering Mechanics (09/2009 – 06/2015)
Tongji University
Advisor: Guohua Nie
B.E., Engineering Mechanics (09/2005 – 06/2009)
Tongji University
杨加伟 (Jiawei Yang) 将于2024年1月加入伍斯特理工学院机械与材料工程系、生物工程系担任助理教授。杨加伟于2019年在哈佛大学机械工程与材料科学获得博士学位，师从力学领域权威、美国两院院士锁志刚教授 (Zhigang Suo),从事软材料的断裂，疲劳，失稳，与粘接的研究。2019年秋季至今以博士后/研究科学家在麻省理工学院、波士顿儿童医院Prof. Daniel Anderson与美国四院院士Prof. Robert Langer的生物工程实验室从事可植入生物材料于器件的研究开发。研究成果先后发表于Science, Advanced Materials, Advanced Functional Materials, JMPS等国际顶级期刊发表学术论文25篇，其中一作/共一11篇，专利2项。详情请参考https://labs.childrenshospital.org/jiaweiyang/publications
学校简介
伍斯特理工学院 (Worcester Polytechnic Institute)，简称WPI，成立于1865年，是一所位于美国马萨诸塞州伍斯特市的私立大学，也是全美最早的理工大学之一。近几年US News全美排名在59-82之间。 WPI重视学生的科研与实践，并为学生的职业规划提供指导和帮助。伍斯特市坐落在文化氛围浓郁的美国东北部，是新英格兰地区的第二大城市，拥有众多博物馆，音乐和戏曲表演中心。前往该地区第一大城市波士顿的交通非常便利，一个小时的车程即可到达，是生活、学习、工作、娱乐一应俱全的宜居城市。
RESUMES and COVER LETTERS
The Most Common Habits from more than 200 English Papers written by Graduate Chinese Engineering Students
研究生论文写作指导 课程资源链接
学术演讲The Craft of Scientific Presentations
The Craft of Scientific Presentations 科技论文写作课件 – 豆丁网 (docin.com)
学术论文编写规则国家标准GB/T 7713.2-2022
参考文献引用格式：参考文献著录格式（国标GB／T7714-2015） – 知乎
Resumes and Cover Letters
An Extension School Resource from the Office of Career Services Harvard University Faculty
of Arts & Sciences.
Cover Letter 撰写
How to write a cover letter for journal submission 链接中提供了Cover Letter的模版
How to Write a Cover Letter for Journal Submission
The Most Common Habits from more than 200 English Papers written by Graduate Chinese Engineering Students
By Felicia Brittman
http://staff.ustc.edu.cn/~kpxue/att.pdf
或者： https://maolab.cn/archives/5226或中文【译作】中文母语者在科研论文写作中的常见错误 – 知乎 (zhihu.com)
TOP-Ten lessons as a graduate student -Ron Vale
原文来自Ronald D Vale发表于Nature Medicine
How lucky can one be? A perspective from a young scientist at the right place at the right time
论文撰写相关书籍：
The Elements of Style
Glasman-Deal – 2010 – Science research writing for non-native speakers of English
Science Research Writing: For Native And Non-native Speakers Of English (Second Edition)
中文版《进阶书系：英语科技写作（第二版）》([英]希拉里·格拉斯曼-蒂欧（Hilary Glasman‐Deal）)【摘要 书评 试读】- 京东图书 (jd.com)
课后阅读资料
Whitesides’ Group: Writing a Paper
Revising Manuscripts: Trying to Make Everyone Happy
The Art of Reviewing Manuscripts
Suggesting Reviewers to Improve Your Manuscript
期刊资源举例
https://www.asme.org/publications-submissions/journals/information-for-authors
Nature Journal Metrics
https://www.nature.com/nature-portfolio/about/journal-metrics
期刊评测
SCIREV.org:
let up:
http://www.letpub.com.cn/index.php?page=journalapp&view=detail&journalid=3885
小木虫:
http://muchong.com/bbs/journal.php
课程中文章阅读
Pick and place process for uniform shrinking of 3D printed micro- and nano-architected materials
https://www.nature.com/articles/s41467-023-41535-9
Interface crack between two elastic layers
https://link.springer.com/article/10.1007/BF00018123
Spreading of a thin droplet on a soft substrate
写好引言的参考资料
1.How to Write an Introduction. https://explorable.com/how-to-write-an-introduction
2. How to Write a Great Introduction
https://edubirdie.com/blog/research-paper-introduction
3. How to Write The Perfect Introductions for Your Articles
www.writersincharge.com/writing-introductions/
George Whitesides的写作之道
https://player.bilibili.com/player.html?aid=456368705&bvid=BV1H5411e7Xj&cid=212601918&p=1
https://player.bilibili.com/player.html?aid=413796074&bvid=BV11V41167ru&cid=213091391&p=1
https://player.bilibili.com/player.html?aid=626421502&bvid=BV1At4y1X7AA&cid=214832857&p=1
https://player.bilibili.com/player.html?aid=541815543&bvid=BV1Bi4y1g7xm&cid=226220592&p=1
https://player.bilibili.com/player.html?aid=754522327&bvid=BV1ek4y1y7GM&cid=236166596&p=1
https://player.bilibili.com/player.html?aid=969736707&bvid=BV1yp4y1a7RQ&cid=238185490&p=1
https://player.bilibili.com/player.html?aid=670624712&bvid=BV1xa4y1H7PL&cid=264606307&p=1
芝加哥大学麦肯纳内教授谈怎样高效写作学术论文
https://player.bilibili.com/player.html?aid=263046944&bvid=BV1FY411d7oH&cid=902878210&p=1
AD: Doctoral student/ PostDoc position from Max Planck Institute for Intelligent Systems
奥地利前同事Florian Hartmann博士即将结束在瑞士EPFL的博后工作，前往德国斯图加特（Stuttgart）马普所智能研究所（Max Planck Institute for Intelligent Systems）当任研究员，目前正在招聘智能材料开发与应用相关的博士以及博士后
Florian Hartmann is looking for candidates interested in topics such as sustainable technologies and materials, (soft) robotics, small-scale robots and actuators, additive manufacturing, microfabrication, material science (polymers, biomaterials), (micro) fluidics.
关于Florian Hartmann博士
https://scholar.google.com/citations?user=qQf2uLsAAAAJ&hl=zh-CN
Scientific Biography: Florian Hartmann is a physicist with a Doctor in Technical Sciences from the Johannes Kepler University Linz in Austria. He specializes in soft robotics and electronics, flexible electronics, and sustainable materials, and has published extensively on these topics. During his doctoral studies, Florian Hartmann worked as a visiting researcher at Linköping University in Sweden on microfabrication processes of stretchable electronics. He is currently a postdoctoral researcher at the École Polytechnique Fédérale de Lausanne (EPFL), Switzerland, where he is working with Prof. Herbert Shea on small-scale swimming robots, actuation technologies, and functional materials. From January 2024, Florian Hartmann will start his independent research group at the Max Planck Institute for Intelligent Systems in Stuttgart, Germany. There, he will establish a lab that focuses on the fabrication of functional solid-liquid composites, sustainable robotics, and small-scale transducers. His activities will span from fundamental materials science to manufacturing strategies and autonomous machines.
Doctroal Student (m/f/div)
in Advanced Manufacturing of Functional Material at the Max Planck Institute for Intelligent Systems
A new research group at the MPI-IS in Stuttgart led by Dr. Florian Hartmann is looking for several doctoral students, starting from March 1st, 2024. We are interested in combining materials innovation with robotic technologies to engineer functional material systems that address societal challenges in healthcare, resource availability, and climate change. A core mission of the lab is to establish widely applicable manufacturing routes to generate materials with engineered behavior. To this end, we will develop manufacturing strategies that combine antagonistic material properties to form material architectures with new functionalities. We will deploy these materials in sustainable technologies that can biodegrade after use or build autonomous robotic systems inspired by nature’s diversity.
The positions will be broadly in the area of advanced manufacturing of polymers and soft robotics. Some research directions that we are interested in exploring within this domain are:
- Sustainable materials and technologies – Material-driven solutions for biodegradable electronics and robotics
- Soft robotic systems – Small-scale transducers and integrated systems capable of locomotion
- Multi-material additive manufacturing – Engineering-driven approaches for multi-material systems via additive manufacturing
- Solid-liquid composites – physics-driven strategies to combine solids and liquids to make new functional materials
The specific directions of the individual position will be determined jointly with the candidate and will be in part based on the expertise and interests of the candidate. One candidate will not be working on all the research directions listed above.
The Max-Planck Society is committed to increasing the number of individuals with disabilities in its workforce and therefore encourages applications from such qualified individuals. The Max Planck Society strives for gender equality and diversity. Furthermore, the Max Planck Society seeks to increase the number of women in those areas where they are underrepresented and therefore explicitly encourages women to apply.
Candidate Profile:
- Bachelor’s and/or Master’s degree in materials science, mechanical engineering, chemical engineering, physics, mechatronics, or a related field
- Experience with materials characterization
- Experience with bio-materials, polymers, or fluidics is an advantage
- Excellent communication skills in English (written and spoken)
- Interest in materials development, additive manufacturing, and building prototypes
- Interest in interdisciplinary research
- Interest in outfitting a new research lab
We offer:
- An international, multidisciplinary, and highly motivating working environment
- Extensive mentoring, supervision, and career planning opportunities
- Collaborations with world-leading research groups at MPI-IS and beyond
- Network opportunities through conferences, seminars, and research visits
- Competitive salaries and fully funded positions
- Financial contribution to the job ticket (ÖPNV)
- Possibility of mobile working
The PhD student will receive a PhD funding contract equivalent in remuneration to pay group E13, 75% of the Public Service Wage Agreement (TVöD-Bund) guidelines.
Expected start dates and durations:
The preferred start date will be March 1st, 2024. A doctoral student position is fully funded. An initial contract will be offered for 3 years, possibly extending up to 5 years.
Your application:
Applications should include a curriculum vitae, a cover letter (no more than one page), and contact information for 2-3 references. We encourage you to use the cover letter to tell us which research direction you are interested in, why you are interested in it, and how your prior experiences (research and others) have prepared you for it.
Review of applications will start in December 2023. The application deadline is January 21st, 2024. The positions will be open until filled. Applications that do not receive a response by February 1st, 2024 are no further considered.
For further information about the position, please contact Dr. Florian Hartmann (hartmann@is.mpg.de).
IMPRS-IS Doctoral School:
In addition to this application, applicants are encouraged to apply for the International Max Planck Research School (IMPRS) for Intelligent Systems. Applications for IMPRS-IS are handled independently. The application deadline for IMPRS-IS is November 15th, 2023. For further information visit:
https://imprs.is.mpg.de/application
Interested postdocs should apply online via:
Postdoc position (m/f/div)
in Materials for Small-Scale Robotics at the Max Planck Institute for Intelligent Systems
A new research group at the MPI-IS in Stuttgart led by Dr. Florian Hartmann is looking for one Postdoctoral researcher, starting from March 1st, 2024. We are interested in sustainable technologies that can biodegrade after use and in building autonomous robotic systems inspired by nature’s diversity. To this end, we will combine materials innovation with robotic technologies to engineer functional material systems that address societal challenges in healthcare, resource availability, and climate change. A core mission of the lab is to develop high-performance actuators and sensors for centimeter-scale robots.
The positions will be broadly in the area of advanced manufacturing of miniature systems and soft robotics. Some research directions that we are interested in exploring within this domain are:
- Sustainable materials and technologies – Material-driven solutions for biodegradable electronics and robotics
- Soft robotic systems – Small-scale transducers and integrated systems capable of locomotion
- Multi-material additive manufacturing – Engineering-driven approaches for multi-material systems via additive manufacturing
The specific directions of the individual position will be determined jointly with the candidate and will be in part based on the expertise and interests of the candidate. One candidate will not be working on all the research directions listed above.
The Max-Planck Society is committed to increasing the number of individuals with disabilities in its workforce and therefore encourages applications from such qualified individuals. The Max Planck Society strives for gender equality and diversity. Furthermore, the Max Planck Society seeks to increase the number of women in those areas where they are underrepresented and therefore explicitly encourages women to apply.
Candidate Profile:
- Doctoral degree in mechanical engineering, materials science, mechatronics, physics, or a related field
- Experience in preparing research articles
- Experience with advanced manufacturing methods (microfabrication, screen printing, inkjet printing) is an advantage
- Experience with polymers, fluidics, or bio-materials is an advantage
- Excellent communication skills in English (written and spoken)
- Interest in materials development, additive manufacturing, and building prototypes
- Interest in interdisciplinary research
- Interest in outfitting a new research lab
We offer:
- An international, multidisciplinary, and highly motivating working environment
- Extensive mentoring, supervision, and career planning opportunities
- Collaborations with world-leading research groups at MPI-IS and beyond
- Network opportunities through conferences, seminars, and research visits
- Competitive salaries and fully funded positions
- Financial contribution to the job ticket (ÖPNV)
- Possibility of mobile working
The postdoc receives a fixed-term employment contract and remuneration according to pay group 13 of the collective agreement for the public service (TVöD-Bund).
Expected start dates and durations:
The preferred start date will be March 1st, 2024.The position is fully funded and for a maximum of 5 years.
Your application:
Applications should include a curriculum vitae, a full list of publications (please highlight the 3 most important ones) a cover letter (no more than one page), and contact information for 2-3 references. We encourage you to use the cover letter to tell us which research direction you are interested in, why you are interested in it, and how your prior experiences (research and others) have prepared you for it. Please include a paragraph on how you envision your career development.
Review of applications will start in December 2023. The application deadline is January 21st, 2024. Applications that do not receive a response by February 1st, 2024 are no further considered.
For further information about the position, please contact Dr. Florian Hartmann (hartmann@is.mpg.de).
浙江大学航空航天学院关于2024年接收外校推荐免试研究生报名的通知
浙江大学航空航天学院竭诚欢迎全国各高校优秀本科毕业生推荐免试来我院攻读研究生。
01
申请条件
1. 中华人民共和国公民。
2. 拥护中国共产党的领导，品德良好，遵纪守法。
3. 诚实守信，学风端正，不存在考试作弊、剽窃他人学术成果等有违学术道德、专业伦理等行为以及其他违法违纪受处分或受处罚记录。
4. 研究兴趣浓厚，有较强的创新意识、学术潜质和专业能力。
5. 符合学院根据学科专业特点制定的其他学术要求。
6. 身体健康状况符合国家和我校规定的体检要求。
7. 在目前就读学校获得教育部推荐免试资格的优秀应届本科毕业生，以教育部“全国推荐优秀应届本科毕业生免试攻读研究生信息公开暨管理服务系统”（网址：http://yz.chsi.com.cn/tm）备案信息为准，未经推荐高校公示和教育部备案的申请无效。
02
报名方式
请符合报名条件的申请人，到我校研究生招生服务系统（https://yjsy.zju.edu.cn/grsinfo/zs/user/login）注册、登录后提交报名申请。
03
报名时间
报名时间：2023年8月10日— 9月15日。
04
报名材料
申报学生需将以下材料按顺序打包后上传至报名系统中。
1. 有效身份证正反面扫描件。
2. 本科期间成绩单（加盖教务处公章）、学校或院系出具的成绩排名证明（加盖教务部门或院系公章）。
3. 外语水平证明。
4. 其他证明材料：如果有已发表的学术论文等科研成果，或从事过科技活动获奖的，请提交证明材料。
5. 申请直接攻读博士学位者还须提供两位与申请学科有关的正高职称专家的 “推荐信”。
05
其他事项
1. 已于今年参加航空航天学院夏令营并获得优秀营员的学生，请与研究所联系确认申报的专业，并按要求完成系统申报，提交相关材料。
2. 申请直接攻博的同学应具有较高英语水平，原则上要求大学英语六级考试CET6≥460分，或TOEFL总分80分及以上，或雅思考试5.5及以上。2019年6月以后的英语六级证书视作有效，托福、雅思成绩以证书有效期为准。
3. 学院将在报名结束后，按照学校通知要求对申请者进行材料审核，确定复试名单并安排复试考核。复试时间、要求和方式另行通知。
4. 其他事项及奖助政策详见浙江大学关于2024年接收外校推荐免试研究生工作安排的通知：http://www.grs.zju.edu.cn/yjszs/2023/0805/c28498a2787859/page.htm。
5. 咨询联系人：蔡老师、李老师。
咨询电话：0571-87952899
电子邮箱：caipeijun@zju.edu.cn
lifangzhou@zju.edu.cn。