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《中国物理 B》2014,(10):660-656
Chinese Physics B (Chin. Phys. B), formerly titled Chinese Physics, is an international comprehensive academic journal, aiming to publish original papers and rapid communications reflecting creative and innovative achievements in physics, as well as review papers about important accomplishments in frontier of physics. The journal is published monthly in English by the Chinese Physical Society (CPS) and the IOP Publishing. Chin. Phys. B has already been included in six world famous international index systems including SCI and INSPEC. 相似文献
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《物理学报》2014,(23)
<正>Chinese Physics B(Chin.Phys.B),formerly titled Chinese Physics,is an international comprehensive academic journal,aiming to publish original papers and rapid communications reflecting creative and innovative achievements in physics,as well as review papers about important accomplishments in frontier of physics.The journal is published monthly in English by the Chinese Physical Society(CPS)and the IOP Publishing.Chin. 相似文献
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《中国物理 B》2014,(9):622-622
Chinese Physics B(Chin.Plivs.B).formerly titled Chinese Physics,is an international compreliensive academic journal,aiming to publish original papers and rapid communications reflecting creative and innovative achievements in physics,as well review papers about important accomplishments in frontier of physics.The journal is published monthly in English by the Chinese Physical Society(CPS)and the IOP Publishing.Chin. 相似文献
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《中国物理 B》2013,(7):610-610
正Chinese Physics B(Chin.Phys.B),formerly titled Chinese Physics,is an international comprehensive academic journal,aiming to publish original papers and rapid communications reflecting creative and innovative achievements in physics,as well as review papers about important accomplishments in frontier of physics.The journal is edited and published monthly in English by the Chinese Physical Society(CPS)and the IOP Publishing.Chin.Phys.B has already been included in six world famous international index systems including SCI and INSPEC. 相似文献
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分析在炮长镜现有位置基础上加装CCD摄像机的可行性,提出加装CCD 摄像机的原则和方案。通过选择恰当的CCD摄像机安装位置和结构布局,满足了炮长镜潜望高度保持不变,炮长瞄准镜的内部结构改动量较少,加装成本整体降低的要求。借助有关理论,讨论了CCD摄像机选型、光路计算、激光发射光路镀膜的变化等问题。最后指出,炮长瞄准镜在加装CCD摄像机后,若再配备具有数据处理功能的自动跟踪组件,还可实现视频自动跟踪,而其原有的可见光观瞄功能仍然保持不变。 相似文献
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