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'content' => '...池包采用三元锂与磷酸铁锂电芯混合排布的方式,可实现<em>低温</em>续航损失降低 25%,电量估算精度与三元锂电池一致,以及应用了新一代 CTP 技术,制造装配简化 10% ,体积利用率提升 5%,能量密度提升 14%,达 142Wh/kg。搭载该电池包...',
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'description' => '2021 年 11 月 5 日至 10 日,第四届中国国际进口博览会 CIIE2021(以下简称"进博会")在上海虹桥国家会展中心正式开启。作为国际专业健康电器设备提供商,Dustie 达氏携旗下智能',
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'content' => '...7 月成功进行的测试,包括几乎与 B4 首次测试完全相同的<em>低温</em>测试,使得这种测试部分变得多余。换句话说,SpaceX 必须对其星际基地工厂推出的首批几枚超重型运载火箭的质量有足够的信心,认为在将唯一的轨道星际飞船发射...',
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'description_highlight' => '12 月 23 日消息,据外媒报道,在将超重型火箭助推器 Super Heavy Booster 4 (B4) 吊装到星际基地(Starbase)轨道发射台上三个多月后,SpaceX 终于开始了对其测',
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'description' => 'IT之家 12 月 13 日消息,《自然・电子学》上周发表的一项研究显示,芬兰阿尔托大学、VTT 和 IQM 在内的一个研究联盟设计了一种新的微波源,可以取代现有的阻碍量子计算机可扩展性的庞大控制系统',
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'title_highlight' => '控制量子计算的新超冷微波源研发成功',
'content' => '...建立了一个精确的微波源,它可以在与量子处理器相同的<em>低温</em>下工作,大约 -273℃,"团队负责人 Mikko Möttönen 说,他是阿尔托大学和芬兰 VTT 技术研究中心的教授,也是联合创始人和 IQM 首席科学家。新的微波源是一种可以与量...',
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'description_highlight' => 'IT之家 12 月 13 日消息,《自然・电子学》上周发表的一项研究显示,芬兰阿尔托大学、VTT 和 IQM 在内的一个研究联盟设计了一种新的微波源,可以取代现有的阻碍量子计算机可扩展性的庞大控制系统',
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'description' => 'IT之家 2 月 3 日消息,今日,国家电力投资集团有限公司表示,在冬奥会及冬残奥会期间,国家电投将投入近 200 辆搭载全自主研发"氢腾"燃料电池系统的氢能大巴。据介绍,氢能大巴所搭载的"氢腾"FC',
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'content' => '...研发设计、IATF16949 质量体系生产,可实现零下 30 摄氏度<em>低温</em>启动,满足北方城市<em>低温</em>运行要求。此外,氢能大巴最高载客 48 人,设计时速 100 公里 / 小时,纯氢续航约 450 公里,适应<em>低温</em>、爬坡等路况场景。▲ 专业消杀人员对...',
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'description_highlight' => 'IT之家 2 月 3 日消息,今日,国家电力投资集团有限公司表示,在冬奥会及冬残奥会期间,国家电投将投入近 200 辆搭载全自主研发"氢腾"燃料电池系统的氢能大巴。据介绍,氢能大巴所搭载的"氢腾"FC',
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