2014年北京市中科院理化所抗菌材料检测中心招聘公告

中国科学院化学研究所高技术材料实验室项目聘用人员招聘启事2018-01-13【单位介绍】中国科学院化学研究所成立于1956年，是以基础研究为主，有重点地开展国家急需的、有重大战略目标的高新技术创新研究，并与高新技术应用和转化工作相协调发展的多学科、综合性研究所，是具有重要国际影响、高水平的化学研究机构。

化学所下属高技术材料实验室重点开展先进高技术材料的基础创新及应用基础研究，并将先进高技术材料的应用和转化工作相协调发展，主要研究领域包括芳杂环聚合物材料、含硅聚合物材料、热固性聚合物材料、元素有机聚合物材料、界面与粘接功能材料。

承担着国家973计划、国家863计划、国家自然科学基金、国家重要材料研制任务等近80项。

【招聘岗位与要求】AHAHAGAHAGAGGAGAGGAFFFFAFAF1.高分子材料研发助理工程师2-3名，从事聚酰亚胺树脂及复合材料制备与性能评价等相关研发工作；2.本科学历，具有高分子化学、有机化学、复合材料等相关化学化工类专业背景；3.具有较强的学习能力和动手能力，工作积极主动，有较强的责任心。

【聘用待遇】1.实行项目聘用制（派遣型），按照化学所规定的工资待遇标准执行；2.按照北京市社会保险的政策规定办理社会保险和住房公积金。

【招聘程序】1.应聘者须提供以下材料：个人简历；身份证、学历和学位证书复印件；其他能够证明能力的相关证明材料；2.请将应聘材料通过电子邮件的方式发送至fanlin@，邮件主题请注明“应聘+姓名”；3.通过资格初审的应聘者集中组织面试，面试时间和地点另行通知，未通过资格初审者不另行通知。

4.招聘自本通知发布日起，至招满为止。

AHAHAGAHAGAGGAGAGGAFFFFAFAFAHAHAGAHAGAGGAGAGGAFFFFAFAF 来源：0声明：凡本平台注明“来源：XXX”的文/图等稿件，本平台转载出于传递更多信息及方便产业探讨之目的，并不意味着本平台赞同其观点或证实其内容的真实性，文章内容仅供参考。

中科院理化所助理研究员芳龄要求随着我国科学技术的快速发展和国家对科研人才的需求增加，中科院理化所成为众多优秀科研人员的向往之地。

然而，对于想要加入中科院理化所成为助理研究员的人来说，芳龄限制成为了一个不可忽视的因素。

那么，中科院理化所助理研究员的芳龄要求究竟是怎样的呢？一、芳龄要求的背景1. 我国科学院理化所是我国科学院下属的研究机构，致力于材料科学和化学研究。

由于其重要性和影响力，成为中科院理化所的一员是许多科研人员的梦想。

2. 作为科研机构，中科院理化所在招聘助理研究员时，会考虑一些因素，其中包括芳龄。

这种要求在一定程度上反映了科研人员的学术水平和潜力。

二、芳龄要求的具体情况1. 一般来说，中科院理化所对于助理研究员的芳龄要求是35岁以下。

这意味着，申请人在提交申请时，芳龄不得超过35岁。

2. 对于有特殊学术背景和丰富科研经验的申请人，中科院理化所可能会放宽芳龄限制，但一般不超过40岁。

3. 芳龄限制的设定是为了保证科研团队的年轻化和活力，促进科研工作的持续发展。

年轻的科研人才不仅拥有先进的学术思想，还能保持良好的科研状态，更有利于在科研领域取得突破性的进展。

三、对芳龄要求的看法1. 支持意见对于芳龄要求，一些人认为这是合理的。

他们认为，科研人员的良好状态和活力对于科研工作至关重要。

年轻的科研人员通常更具有创新精神和求知欲，能够在科研领域中不断探索和挑战。

设立芳龄限制可以有效地保证科研团队的活力和高效运转。

年轻的科研人才还可以在较长的时间内为科研事业贡献力量，有利于科研成果的积累和传承。

2. 反对意见然而，也有一些人对芳龄限制提出了质疑。

他们认为，芳龄并不能完全代表一个人的学术水平和科研能力。

有些人在年轻时虽然具有各种优势，但随着芳龄的增长，他们所积累的经验和学识也会更加丰富，更有可能做出重要的科研贡献。

在某种程度上，芳龄限制可能会限制一些有潜力的科研人才的发展空间，而这些人恰恰是科研团队的宝贵资源。

“降解”污染保护环境-记中国科学院理化技术研究所研究员、博士生导师季君晖张晗;马玲【期刊名称】《创新时代》【年(卷),期】2016(000)010【总页数】3页(P37-39)【作者】张晗;马玲【作者单位】【正文语种】中文众所周知，“白色污染”就是指城乡垃圾中散落各处、随时可见的不可降解的塑料废弃物对环境造成的污染。

这类塑料废弃物主要包括塑料袋、塑料包装纸、一次性聚丙烯快餐盒、塑料餐具杯盘、电器充填发泡填塞物、塑料饮料瓶、酸奶杯、雪糕皮等等。

面对日益严重的白色污染问题，人们希望寻找一种能替代现行塑料性能，又不造成白色污染的塑料替代品。

在此趋势下，可降解塑料应运而生，这种新型功能的塑料，其特点是在达到一定使用寿命废弃后，在特定的环境条件下，由于其化学结构发生明显变化，引起某些性能损失及外观变化而发生降解，对自然环境无害或少害。

那么，是哪些人成功研究了可降解塑料？可降解的原理又有哪些呢？塑料制品作为一种新型材料，具有质轻、防水、耐用、生产技术成熟、成本低的优点，在全世界被广泛应用。

目前，全球每年生产约700万吨塑料袋，其中，整个欧洲的年产量为120～150万吨，我国作为世界上十大塑料制品生产和消费国之一，每年生产300万吨左右，约占世界总量的一半。

然而，包装用塑料大部分以废旧薄膜、塑料袋和泡沫塑料餐具的形式，被丢弃在环境中。

这些废旧塑料包装物散落在市区、风景旅游区、水体、道路两侧，不仅影响景观，造成“视觉污染”，而且因其难以降解对生态环境造成潜在危害。

党的十八大把生态文明建设提到中国特色社会主义事业总体高度，生态文明建设与经济建设、政治建设、文化建设、社会建设一起形成五位一体。

同时十八大报告首次将绿色发展、循环发展、低碳发展并列提出。

应该说这三者是一个有机整体，绿色是发展的新要求和转型的主线，循环是提高资源效率的途径，低碳是能源战略调整。

三者均要求节约资源、节约能源、提高利用率，均要求保护环境，充分考虑生态系统承载能力，减轻污染对人类健康的影响。

北京人事考试网：2014年北京中国科学院生物物理所杨鹏远
课题组招聘公告
中国科学院生物物理研究所感染与免疫院重点实验室杨鹏远课题组，现因科研需要公开招聘博士后或助理研究员2-3名。

一、招聘岗位描述及要求
岗位描述：
主要从事肿瘤免疫学的研究工作，其中特别着重研究了肝癌转移的免疫微环境调节机制。

研究涉及天然免疫学、肿瘤细胞生物学和分子生物学领域。

岗位要求：
1. 具有博士学位，有扎实的相关研究背景及科研记录。

熟练掌握免疫学、细胞生物学或分子生物学的知识和技能，具有T细胞免疫、肿瘤干细胞或非编码RNA工作经验和研究背景的人选可优先考虑。

2. 热爱科研工作，具有创造性和钻研精神，能够独立开展科研工作，有很强的进取精神及团队合作精神。

二、待遇：
研究组将为受聘者按院及所规定提供有竞争力的薪酬。

三、招聘办法和要求
应聘者将个人简历、学习、工作经历、三封推荐信及其他能证明本人能力水平的有关资料的电子文本，寄给下述邮箱。

审核合格后我们会将面试的具体时间、地点及有关事项通知应聘人员。

本次招聘自本通知发布之日起，符合岗位要求者均可报名，招聘到适合人选为止。

四、联系方式
联系人：杨鹏远，邮箱：pyyang163(AT)〔请将(AT)替换为@，防止垃圾邮件。

〕
文章来源：中公教育北京分校。

中科院理化技术研究所博士简章中科院理化技术研究所（The Institute of Chemistry, Chinese Academy of Sciences）是中国科学院下属的研究机构之一，位于北京市海淀区中关村科学园区。

该研究所成立于1956年，是中国化学领域的重要科研机构之一，拥有一流的科研设施和人才队伍。

中科院理化技术研究所的研究领域涵盖了化学、材料科学、能源和环境科学等多个学科领域。

该所致力于开展基础研究和应用研究，旨在推动科学技术的发展与创新。

在过去的几十年里，中科院理化技术研究所取得了许多重要的科研成果，在国内外学术界具有广泛的影响力和良好的声誉。

中科院理化技术研究所的博士研究生教育是该所重要的教育任务之一。

该所拥有一支高水平的导师队伍，由专业知识丰富、经验丰富的学者组成。

导师们在各自的领域内具有很高的学术地位和声誉，对学生的学习和研究给予了充分的关注和指导。

中科院理化技术研究所的博士研究生培养旨在培养具有创新意识、科学素养和专业知识的高水平科研人员。

在入学前，学生需要通过严格的考试和面试，评估其学术水平和研究能力。

在入学后，学生将接受系统的学术培训，包括课程学习、研究项目参与和学术交流等。

此外，学生还将参与导师的科研团队，参与科研项目、实验室工作和论文写作等。

中科院理化技术研究所为博士研究生提供了良好的学习和研究环境。

该所设备先进、实验室条件优越，为学生的科研工作提供了强大的支持。

此外，学生还可以参与各种学术会议、学术讲座和交流活动，拓宽自己的学术视野和人际交往。

中科院理化技术研究所注重学生的综合素质培养。

学生在科研的同时，还可以参加各种学术组织、学术竞赛和社会实践等活动。

此外，学生还可以通过交流访问、科研合作和国际学术交流等方式，拓展自己的学术视野和国际交流。

总之，中科院理化技术研究所是一个具有重要影响力的科研机构，为博士研究生提供了良好的学习和研究环境。

学生在这里将接受高水平的学术培训，与优秀的导师和同行共同探索科学的奥秘，为推动中国科学技术的进步和发展做出贡献。

中国科学院理化所低温材料及低温技术研究中⼼招聘启事中国科学院理化技术研究所是⾪属于中国科学院的科研事业单位。

低温材料及低温技术研究中⼼因项⽬及其它相关研究⼯作需要，拟以项⽬聘任⽅式招聘科研岗位研究⼈员1名。

⼀、岗位职责及基本条件：主要职责：主要从事低温系统设计、研究以及相关的技术研发⼯作。

基本要求：1、具有制冷及低温专业或热能动⼒⼯程专业硕⼠或以上学位；2、具有坚实的专业基础知识与技能，具备独⽴从事科研⼯作的能⼒，有强烈的⼯作责任⼼、进取精神和团队协作精神；3、具有良好的沟通能⼒，较强的英⽂⽂献阅读、写作及⼝语交流能⼒；4、具有低温⼯程专业或热能动⼒⼯程专业5年以上⼯作经历者可优先考虑。

⼆、应聘者须提供以下材料：1、《中国科学院理化技术研究所应聘⼈员申请表》2、学历、学位证书、⾝份证复印件；3、能证明本⼈能⼒、⽔平的相关资料，如论⽂、专利和任职资格证书等复印件。

三、应聘⽅式1、⾃发布招聘通知之⽇起，符合上述条件的应聘者，请填写附件《中国科学院理化技术研究所应聘⼈员申请表》，并把《申请表》及能证明本⼈能⼒、⽔平的相关资料(如发表论⽂情况、有代表性论⽂PDF、以及其它资料)发送⾄lhgong@ 。

2、接收简历的截⽌时间：2011年9⽉10⽇3、初选合格者将通过Email或者电话通知本⼈参加⾯试。

4、参加⾯试者需提供：1)学历、学位证书及复印件；2)专家推荐信或其它可证明本⼈能⼒及⽔平的相关资料。

四、联系⽅式联系⼈：龚⽼师邮件：lhgong@电话：010-********, 010-********(⼈事教育处)地址：北京市海淀区中关村东路29号，邮编 100190中国科学院理化技术研究所应聘⼈员申请表.doc。

北京市理化分析测试中心北京市理化分析测试中心是一家专业从事理化分析测试的机构。

本文将从中心的概况、主要测试项目、技术水平和服务质量四个方面进行介绍。

北京市理化分析测试中心成立于20世纪90年代，是一家集科研、技术服务、产业开发于一体的高科技企业。

中心拥有一支经验丰富、业务能力强的测试团队，团队成员中有多名具备硕士学位及以上学历，还有一些具备丰富的理化分析测试经验。

中心坚持科技兴中心、技术兴企业的发展方向，以不断提升技术实力和服务质量为目标。

北京市理化分析测试中心主要针对不同行业和领域的样品进行理化分析测试。

其中包括食品、环境、化妆品、医疗器械、建材、能源等多个领域。

中心拥有一系列先进的仪器设备，如高效液相色谱仪、气相色谱仪、质谱仪、原子吸收光谱仪等。

这些设备的使用可以对样品进行各种性质的分析和检测，从而为客户提供准确、快速和可靠的测试结果。

北京市理化分析测试中心以其先进的技术设备和专业的团队，可以提供多项理化分析测试服务。

例如，中心可以对食品样品进行营养成分分析、重金属和农药残留检测；对环境样品进行水质、大气、土壤等多方面的分析测试；对化妆品样品进行安全性、稳定性等方面的分析；对医疗器械进行材料成分、安全性等方面的检测；对建材样品进行物理性能、化学成分等方面的分析；对能源样品进行含量分析等。

中心还可以根据客户的需求提供个性化的测试方案，保证测试结果的准确性和可靠性。

北京市理化分析测试中心在技术水平方面具有较高的竞争力。

中心不仅拥有国内领先的仪器设备，还与多家国内外知名机构、科研院所、高校保持着紧密的合作关系，进行技术交流和合作研究。

中心的专业团队也不断进行学习和培训，不断研究和掌握最新的理化分析测试技术和方法。

这些都使得北京市理化分析测试中心在测试行业中具备较高的技术水平，能够满足客户多样化的测试需求。

北京市理化分析测试中心注重服务质量，始终把客户的需求放在首位。

中心以规范的流程和严格的操作，确保测试的可靠性和结果的准确性。

⼀、单位简介 中国科学院过程⼯程研究所前⾝是1958年成⽴的中国科学院化⼯冶⾦研究所。

50多年来，研究范围逐步扩展到能源化⼯、⽣化⼯程、材料化⼯、资源/环境⼯程等领域，学科⽅向由“化⼯冶⾦”发展为“过程⼯程”。

2001年更为现名。

过程⼯程所现有⽣化⼯程国家重点实验室和国家⽣化⼯程技术研究中⼼(北京)、多相复杂系统国家重点实验室、湿法冶⾦清洁⽣产技术国家⼯程实验室、中国科学院绿⾊过程与⼯程重点实验室、离⼦液体清洁过程北京市重点实验室以及过程⼯程研发中⼼、⽣物质研究中⼼等科研机构。

⼆、招聘需求 有意应聘者请登陆过程所主页的“⼈才招聘”专栏，:8080/login/index.aspx，并在上申请⽤户名后在线填报《应聘者申请表》并申请岗位。

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中科院理化所抗菌实验认证英语全文共10篇示例，供读者参考篇1Oh gosh, have you heard about the super cool experiment at the Chinese Academy of Sciences Institute of Physical and Chemical Research (CASIPCR)? It's all about testing different substances to see if they can fight bacteria and stop them from spreading.This experiment is called the Antibacterial Test Certification, and it's super important because bacteria can make us sick. So the scientists at CASIPCR are working hard to find ways to stop them.They use special equipment and tools to test things like soaps, cleaners, and even medicines to see if they can kill bacteria. They conduct their tests in a lab so they can control everything and make sure their results are accurate.After testing different substances, the scientists write up a report with all their findings. If a substance does a good job at killing bacteria, it gets a special certification to show that it's effective.This experiment is not only fun and interesting, but it's also really important for keeping us healthy. So next time you wash your hands with soap or take your medicine, remember all the hard work that the scientists at CASIPCR are doing to keep bacteria away!篇2As a primary school student, I am excited to tell you about the certification of the antibacterial experiment at the Institute of Physics and Chemistry of the Chinese Academy of Sciences.So, let me tell you all about it in a fun and simple way!In the experiment, scientists at the Institute tested different materials to see how well they could kill bacteria. They found that some materials, like silver and copper, were super good at killing bacteria. These materials were then used to make antibacterial products like clothes, shoes, and even toys!The scientists did lots of tests to make sure that these products really worked. They put them in special machines that had lots of bacteria in them and watched to see how well the materials killed the bacteria. And guess what? The antibacterial products passed the tests with flying colors!After all the tests were done, the Institute of Physics and Chemistry awarded the products with a special certification that said they were antibacterial and safe to use. This means that we can now use these products to stay clean and healthy!In conclusion, the certification of the antibacterial experiment at the Institute of Physics and Chemistry is a big deal because it shows that the products are not only fun and cool to use, but also safe and effective in keeping us healthy. Yay for science!篇3Title: My Visit to the Chinese Academy of Sciences Institute of ChemistryHi friends! Today I want to share with you all about my super cool visit to the Chinese Academy of Sciences Institute of Chemistry. It was so amazing and I learned a lot of interesting things about antimicrobial experiments!When I first arrived at the institute, I was so excited to see all the fancy equipment they use for their experiments. There were microscopes, test tubes, and all kinds of cool stuff! The scientists there were super nice and they explained to me that they were working on developing new ways to fight bacteria and germs.One of the experiments they showed me was testing different substances to see how well they could kill bacteria. They used a special machine to measure the effectiveness of each substance and it was so interesting to see how some worked better than others.I also learned that the institute has been doing a lot of research on antimicrobial resistance, which is when bacteria become resistant to the drugs we use to fight them. It's a really big problem and the scientists are working hard to find new solutions.At the end of my visit, I got to see the certificate of antimicrobial experiment certification that the institute had received. It was so cool to see how their hard work had paid off and they were recognized for their amazing research.I had such a fun time at the Chinese Academy of Sciences Institute of Chemistry and I can't wait to go back and learn more about how they are fighting bacteria and keeping us all safe and healthy. Thanks for listening to my story, friends!篇4Hey guys, today I wanna talk to you about something super cool - the Antibacterial Experiment Certification at the Institute of Physical and Chemical Research!So, you know how germs and bacteria can make us sick, right? Well, the scientists at the Institute of Physical and Chemical Research are doing some really amazing experiments to find ways to fight those nasty little bugs. And guess what? They've come up with some really awesome antibacterial products that can keep us safe and healthy!The Antibacterial Experiment Certification is like a stamp of approval for these products. It means that they've been tested in the lab and proven to be super effective at killing germs and bacteria. How cool is that?And you know what's even cooler? The scientists at the Institute are always coming up with new and improved ways to fight bacteria. They're like our own super heroes, working tirelessly to keep us safe and healthy.So next time you see a product with the Antibacterial Experiment Certification, you'll know that it's been tested and proven to be super effective at fighting germs. Isn't that awesome?I don't know about you guys, but I think the work being done at the Institute of Physical and Chemical Research is totally amazing. Let's give a big thumbs up to all the scientists there who are working hard to keep us safe and healthy. Thanks, guys!篇5Once upon a time, there was a magical place called the Institute of Physics and Chemistry at the Chinese Academy of Sciences. This place was filled with amazing scientists who were really smart and loved to do experiments.One day, the scientists at the Institute decided to do an experiment to test how well different substances could fight off bacteria. They called this experiment the Antibacterial Test Certification.First, they gathered all the materials they needed, like test tubes, bacteria samples, and various substances to test. Then, they set up the experiment in a lab with big machines and fancy equipment.The scientists carefully mixed the bacteria with each substance and watched to see how it would react. Some substances didn't do much to the bacteria, while others made itshrink away. The scientists were amazed at how powerful some of the substances were at fighting off the bacteria!After many days of testing and observing, the scientists finally had their results. They found that some substances were really good at killing bacteria, while others weren't as effective.The Institute of Physics and Chemistry at the Chinese Academy of Sciences was so proud of their results that they decided to give the substances that passed their test a special certification. This certification let people know that the substances were really good at fighting off bacteria and keeping things clean and healthy.And so, the scientists at the Institute continued to do amazing experiments and discover new things to help make the world a better and cleaner place. The end.篇6Once upon a time, there was a super cool place called the Institute of Physical and Chemical Research. They were like the superheroes of science, always coming up with new ways to make the world a better place. One day, they decided to do an experiment to test some special superpowers that could help usfight off those nasty germs. They called it the Antibacterial Experiment Certification.First, they gathered all the super smart scientists from different corners of the world to join forces and work on this important mission. They rolled up their sleeves, put on their lab coats and got to work. They mixed and stirred different potions and concoctions until they came up with the perfect recipe to make things super clean and germ-free.Next, they tested their special potion on all kinds of germs and bacteria to see if it could defeat them. And guess what? It worked like magic! The germs were no match for the superpowers of the scientists' potion. They were vanquished and banished from existence!The Institute of Physical and Chemical Research was overjoyed with the results of their experiment. They knew they had created something truly amazing that could protect us all from getting sick. So, they proudly issued the Antibacterial Experiment Certification to prove that their potion was super effective at fighting off germs.And that, my friends, is the story of how the Institute of Physical and Chemical Research became the heroes of the Antibacterial Experiment Certification. They may not wear capesor masks, but their superpowers are just as impressive. Thanks to them, we can all rest easy knowing that we have a powerful weapon to keep those pesky germs at bay. Hip hip hooray for science!篇7The Antibacterial Experiment Certification from the Institute of Chemistry and Physics of the Chinese Academy of SciencesHey everyone! Today I want to talk about something super cool and important - the Antibacterial Experiment Certification from the Institute of Chemistry and Physics of the Chinese Academy of Sciences. This certification is like a super special stamp of approval that shows that a product is really good at fighting off harmful bacteria. Isn't that awesome?So, how does this certification work? Well, scientists at the Institute of Chemistry and Physics test out different products to see how well they can kill bacteria. They use all sorts of fancy equipment and techniques to make sure the results are accurate. Once a product passes the test with flying colors, it gets the Antibacterial Experiment Certification.But why is this certification so important? Well, bacteria can make us sick if we're not careful. By using products that have theAntibacterial Experiment Certification, we can help keep ourselves and our families healthy. It's like having a secret weapon against germs!Next time you see a product with the Antibacterial Experiment Certification, remember that it's been put to the test by some really smart scientists. It's like having your own personal superhero fighting off bacteria for you. So let's all give a big cheer for the Institute of Chemistry and Physics of the Chinese Academy of Sciences for helping to keep us safe and healthy!篇8Once upon a time, there was a group of super smart scientists at the Chinese Academy of Sciences Institute of Chemistry working on a super important project - testing the effectiveness of different antibacterial substances. They wanted to find out which ones could help fight off germs and keep us safe and healthy.The scientists set up a super cool lab with all sorts of fancy equipment to test out the antibacterial properties of different substances. They used petri dishes filled with bacteria and then added a drop of each substance to see how well it could kill off the germs.After lots and lots of testing, the scientists found out that some substances, like tea tree oil and alcohol, were super good at killing bacteria. They made a special report about their findings and even got a certification from the lab to show that their results were legit.The scientists were so happy that their hard work had paid off and they had discovered new ways to fight bacteria and keep us all healthy. They even wrote a super cool article in a science journal to share their findings with the world!And that, my friends, is the story of how the smart scientists at the Chinese Academy of Sciences Institute of Chemistry helped us all stay safe from germs with their super awesome antibacterial research.篇9Title: Amazing Antimicrobial Experiment at Institute of Physical and Chemical ResearchHello everyone! Today I want to tell you about a super cool experiment that I saw at the Institute of Physical and Chemical Research. It was all about antimicrobial substances and how they can help kill germs and bacteria.First, let me tell you what antimicrobial means. Antimicrobial substances are things that can kill or stop the growth of bacteria, viruses, and other microorganisms that make us sick. Isn't that amazing?In the experiment, the scientists at the institute were testing different antimicrobial substances to see how effective they were at killing bacteria. They used a special machine to measure the amount of bacteria left after the substances were applied.I was so surprised to see that some of the substances were really good at killing the bacteria. It was like they were superheroes fighting off the bad guys! The scientists were so excited about their results because it meant that they could use these substances to make things like hand sanitizers and cleaning products even better at keeping us healthy.I learned a lot from watching the experiment. I learned that bacteria are everywhere, even on things that look clean. But with the right antimicrobial substances, we can keep them under control and stay healthy.I can't wait to go back to the institute and see what other amazing experiments they are doing. Science is so cool! Thank you, Institute of Physical and Chemical Research, for teaching meabout antimicrobial substances. Let's all work together to fight off those pesky germs!篇10Hey everyone! Today I want to share with you some super cool stuff about the Chinese Academy of Sciences Institute of Chemistry and their antibiotic research certification.So, the scientists at the Institute have been working really hard to develop new antibiotics that can fight against harmful bacteria. They do all sorts of cool experiments in their lab to test the effectiveness of these new antibiotics.And guess what? The results have been amazing! The antibiotics they have developed are super strong and can kill even the toughest bacteria. This is really important because some bacteria can make us really sick if they aren't stopped.The Institute of Chemistry has received certification for their antibiotic research from a bunch of really smart scientists. This means that their research is top-notch and can be trusted to help fight against bacteria that make us sick.I think it's so cool that there are scientists out there who are working so hard to make the world a healthier place. Thanks tothe Chinese Academy of Sciences Institute of Chemistry, we can all feel a little safer knowing that there are powerful antibiotics out there to help us when we need them.Keep up the good work, scientists! We're all cheering you on!。