首页/文章/ 详情

Nature’s 10 Ten people who mattered this year.

3月前浏览3318

PAN JIANWEI: Father of quantum


A physicist took quantum communication to space and back.


By Elizabeth Gibney


MARICA BRANCHESI: Merger maker


An astronomer helped scientists make the most of a historic gravitational-wave event.


By Davide Castelvecchi



DAVID LIU: Gene corrector


A biologist developed gene-editing tools that are new to nature, and that could one day save lives.


By Heidi Ledford

EMILY WHITEHEAD: Living testimonial


A young girl’s battle against leukaemia inspired a new generation of cancer therapy.


By Elie Dolgin


SCOTT PRUITT: Agency dismantler


A political appointee chipped away at the US Environmental Protection Agency — and science — with ruthless efficiency.


By Sara Reardon


JENNIFER BYRNE: Error sleuth


A researcher on a mission to expose flawed papers helped build a tool to detect them.


By Nicky Phillips



LASSINA ZERBO: Test-ban tracker


In the face of destabilizing threats, a geophysicist fights for nuclear non-proliferation.


By Davide Castelvecchi


VÍCTOR CRUZ-ATIENZA: Quake chaser


When a 7.1-magnitude earthquake hit Mexico City in September, a seismologist’s predictions came true.


By Alexandra Witze


ANN OLIVARIUS: Legal champion


As sexual-harassment cases surged, a lawyer worked to hold academic institutions accountable.


By Alexandra Witze


KHALED TOUKAN: Opening SESAME


Through twists, turns and setbacks, a physicist kept the Middle East’s first synchrotron light source on track.


By Elizabeth Gibney



来源:灵境地平线
InspireUGUM
著作权归作者所有,欢迎分享,未经许可,不得转载
首次发布时间:2024-08-04
最近编辑:3月前
周末--电磁仿真
博士 微波电磁波
获赞 22粉丝 15文章 163课程 0
点赞
收藏
作者推荐

带状线形式的电桥比较容易实现超宽带

带状线形式的电桥比较容易实现超宽带,也能通过宽边耦合结构实现较强的耦合。很适合做强耦合的超宽带电桥结构。我们知道两个8343电桥可以级联成一个3dB电桥,因此8343超宽带电桥在微带和带状线结构中非常流行。来源:灵境地平线

未登录
还没有评论
课程
培训
服务
行家
VIP会员 学习 福利任务 兑换礼品
下载APP
联系我们
帮助与反馈