{"code":0,"message":"成功","totalNum":0,"result":{"docId":"101002026102770002972","docLibId":3,"headLine":"新设计可助提升量子传感器性能","productCategoryId":"c0030002,c0030015,c0030016,c0030017,c0030173,c0030322,c0030475","productCategoryName":"通稿新闻线路,海外中文专线,BL广播,中文亚太线,新媒体专线,新华社客户端,新媒体通稿线路","authors":"王佳琳,李惠子","authorsEn":"Wang Jialin,Li Huizi","authorsId":"wangjialin,unreguser","geographyCategoryId":"","columnCategoryId":"<100001><c0030002><c0030002011>,<100004><c0030173><c0030173028>,<100004><c0030322><c23046><c0030322206>,c0030322322,<100004><c0030475><c0030475006>,<100001><c0030015>,<100001><c0030016>,<100001><c0030017>","organizationId":"c0241000","newsCategoryId":"c0270121","content":"　　新华社堪培拉11月2日电（记者王佳琳　李惠子）澳大利亚阿德莱德大学研究人员针对超导量子干涉器件（SQUID）提出一种新设计，可帮助提高由这类器件构成的量子传感系统性能。研究论文近日发表在美国《物理评论·应用》杂志上。","keywords":"澳大利亚,量子传感器","wordCount":557,"languageId":"zh-CN","symbol":"XxjidoC000042_20261102_CBTFN0.xml","broadcastDate":"2026-11-02 16:50:38","broadcastDateTimestamp":1793609438000,"mediaTypeId":"Text","happenPlace":"","reportPlace":"","tagKeywords":"传感器,澳大利亚阿德莱德大学,研究人员,这一设计,实验验证,电磁传感,类似工作,部分环路,脑部监测,量子传感,更简便,超高性,研究论文,磁力计,系统性能","photoPlateNum":"","pixelHeight":null,"pixelWidth":null,"duration":null,"guidePrice":0,"previewUrl":null,"playUrl":null,"newsCategoryIdTop":"c0270121","isBought":false,"showPercentVideo":0.5,"isOrdered":false,"isCollected":false,"isViewed":false,"isDownloaded":false,"isLiked":false,"downloadCount":null,"collectedCount":null,"viewedCount":null,"tagJson":"","notionalArea":"","internalName":"国际新闻","issuerDeptId":"","issuerDept":"国际部-发稿中心","sharelink":null,"docSource":null,"attach":[],"album":null,"ordered":false,"id":"111002026110200005599","bought":false,"collected":false,"viewed":false,"downloaded":false,"liked":false}}