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Orbiting Eyes—Yunyao’s Weather Constellation in Command
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作者 Liu Xinwei 《China's Foreign Trade》 2025年第3期22-24,共3页
After a few days,there will be a“gazelle company”jumping f rom the Government Work Repor t of the National People’s Congress and Chinese People’s Political Consultative Conference to China International Supply Cha... After a few days,there will be a“gazelle company”jumping f rom the Government Work Repor t of the National People’s Congress and Chinese People’s Political Consultative Conference to China International Supply Chain Expo(CISCE).Tianjin Yunyao Aerospace Tech nolog y Co.,Ltd(hereinafter referred to as Yunyao Aerospace)is a young enterprise founded in March 2019.It has already obtained impressive achievements in the commercial aerospace field. 展开更多
关键词 National Peoples Congress commercial aerospace field orbiting eyes government work report China International Supply Chain Expo Yunyaos weather constellation gazelle company yunyao aerospace
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Three-dimensional finite element analysis of hyperbaric oxygen therapy on the optic nerve from a damaged orbit
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作者 Yuan Guo Yanjun Li Weiyi Chen Meiwen An 《Neural Regeneration Research》 SCIE CAS CSCD 2011年第29期2290-2294,共5页
A middle-aged male patient with a right orbital comminuted fracture underwent computer tomography scanning, and a three-dimensional finite element model of the eyes and relevant tissues was established. Optic nerve st... A middle-aged male patient with a right orbital comminuted fracture underwent computer tomography scanning, and a three-dimensional finite element model of the eyes and relevant tissues was established. Optic nerve stress in a hyperbaric oxygen environment was simulated and analyzed by changing the elastic modulus and external pressure of the skull at the damage side. Results showed that stress maximized at the contact site of the optic nerve and the eyeball in the damaged and intact eye orbits. Optic nerve stress at the damaged orbit significantly increased; however, stress in the intact orbit only slightly changed with decreased elastic modulus of the skull while external pressure remained unchanged. Maximum optic nerve stress increased in the damaged and intact side, along with increased external pressure, while elastic modulus remained unchanged. These experimental findings suggested that the optic nerve was compressed under hyperbaric oxygen and optic nerve stress was greater in the damaged orbit than in the intact orbit. 展开更多
关键词 computer tomography digital medicine eye orbit finite element model hyperbaric oxygen optic nerve neural regeneration
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