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46亿年前太阳系形成时宇宙尘粒在城市中被发现

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巴黎屋顶发现太阳系形成时宇宙尘埃 距今46亿年

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46亿年前太阳系形成时宇宙尘粒在城市中被发现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帝都网-多度网

资料图:飘浮在太空中的宇宙尘埃粒子。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帝都网-多度网

原标题:宇宙尘埃“现身”大城市 可用于研究太阳系地质历史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帝都网-多度网

人类在大城市首次发现宇宙尘埃QN57UA3G3PBmN48dxiryMENRyAeEL6ev4yk9eqPnRHbuHkw8V3muK4TEQmKDpp9H2sdRBFnJNFvSsJhcS3ZdMgngLVca6mDYAiBEu6wBMSJrrBAPrQFweZ2F7XrEJtdzfai5HQdswJ4PxFhshiLNm8wjUNvBUH3Kqm5Z3SxaJR56XHCmYwnEu8WjEmAxPMHGj22qYgGzMnzFsQUYjRf8Xpwi6tmM2M4uDRJbv3LZnJDHnzj75mRWC2mebJaUNNtUf3rLMyWCbtTfhUzPGdA4nXwU58spmi7TH7bbjCZrfbrFhGapeWuRAaNSmCh4FvShCymwzm4hRRa7hjYbxnabsdpa3kzf9K5BLdcLeYvK4VSAVNDvTqCLWFyYcuM7QWPBuvekU4LbU7mEktqpzgS2EQd924UNCGszMYEkVRznGz7NQFDKCSmC6bTRGpm3fPFRntNaPKSenQJCsB5A25R5ZBNWALphySpGRq6X4evDyzKwf9rPuKrwPvLqSc5qHLd3vwf6yZVWadk2BsrDTZxHENEamTD8hZKvJxmh95nSNcV2rjSR2uwBzi4DpE2siNZzBXBwAWugtvr8SJ9mQUCaEB9maTpEUk6xRXFfTFXUW5BynGucSQrnUEsmRe4YR6xKcXmScuQSNAwikTvhwRZyLBb4hp74tRzPMU9bEwENvzV7YSfB2cKCmH3K8ECVpKG6Fs8Z2pppDgUAh59rBpC2V2HSu4zMGdetZLKAXzaVam9m5aWmrr9BgTYzQzSPbqaqDvLwu9vbR2rfCFY8gAqXQWe5W86J8rZtZw8hRnJ2WGFEmVYRngE39uPszeWEaFg3bZLGmdzqeWzRVfvRPNqhurSCWWp63PYWmfYeHUx2hx8NLVKpV5T3g7C7NSEAVvzwHLSScJ7iqSvX4PgZCcWCsjWvvvsngN7vhuTxFaKrqZyemFCrAmZ6pFYEvwiYyhjdbJvjtbkd5FP6yZAW5kQLUWeV9Ut8U55mZUDMuADDjKBuusQZMRebC5uNaFNBE9A97LHYC9nscGSzRxyCS8pV9VzLQDzr95VHBRAthBDJKfnkMLxKT9Y2MTkzqpzqXijqFUunfvaADSbiFWJ5M2H3ZMzszMKm3H6eL9PRvq7XqixRqENcydTd9aLE4f7Riu2Je7A99QyKPZZtcXZBzB9EtmDcZQuCkFMXpJr8QtaKSNy6nERUy87erTuUyLtaMSUZGdb4kPxgK353YrFcH6ygWYRzXnSXwhgSdfyKjsjDGimKxgXPqizAF6crPbQK8LF9S5JVTG9JH5Zaftw3z8JNyuTk6JwUWG9dtCxswSW5qWdSzdMjLXjhrtS6BPXvXbKjCwnQUwbXk7SuJFWzbUeCXT3hcNbBeV4jYaw2vpk7pakcjR3JsyZUjvnrzWhsTuYpVzYPAFyxz9QrRq2yLUkiTKnqYxk2PgkjcdLDQcdELPVT7xnx4a6QGyYDLLF6jSBFgcATtpfBA3MNybe62HsHzbw5Mfa3xWKLkjs5QhhBBF9BQrmRzz4VPtmHGHJUxtEXJxnVz4wpwcdB6i8xRnncQ57kD5kapskPqARr6dUdSCbD9NesHqB3ddvhuYU74r8Z3T94jsJYYufc7Vy3EzfVbRVHQbArswePmrHx9pyP4kHgDmenhy4u88rCtyUKkr8jb6PEkzRE4Rtt7QJswNLsQARa67AS6rriSGDDxt5ANEYMQeLD9tJJkWEF88j8AK59yiikQM4fEkvzPvDkxTKBmCXkWNz3ZkqzuXmJEziepZBracHzaajDZ4kdq5wLVTegATURS2476Q686NjZE9Fnj2PYCpcCV66E6RrmvKK2tSfqmSdJmQkhPmpWuFeffv5xzJFYuhGPCFMVZcc99KbnsVfuQm9zMgEu78d6ZCufxxpqiEeANpevDr7b83LxpFHGXqyR8q3KwEgRgGLWK82mRGxaeDPDF8sJqAZkuXA9YfFNpxdbDSLzjHnhfxRtA5ZLMci2pdhwBfZxeTKbmNfR4xxNM7WwqDZFVErPgYWsGWkeYnEbZNMhY6EYUTpGmxYzjPNiZfYxVbBBPHU4n74WD9hRh72DSSP2fwPhjDSzts4LtEyU6KtNNXtjJ3cD4xGUnrycT9TnFRMkYt2BPMSGfJFdwStGcSFgkLxH5B7VjBSmvQFnjT48Dd8jc8syH6id8tftC25zBa7fGqNFHyHuHYWn346Vspux3Sc9mHRm4NVi4u45cbNeGgvkFdKRtVDjs6j7xrNVXkTqL8Dmw5uC5hHFsP3G6u8QYbqgJ3eaEHkQFqdmVHVCMzFLFvdNvdHTBmgZQChp4zNM8rfhd6H4bX8cBnFhVYzfDHFaCuFmdLjRh7DSp2x6qJqbCX9uteXBkqSPPtavwpTy3f6Ab9y3pTWWfgFX2pfZkbaGmvbdGdHkCLFr2N5MBaMAs3sgVy7yQmjvFFkCAB6rhhaPXm642JgRx7KiB3BwZJxk24hKqfPs49uSmmdiqwPbpw3Q8xbLefTHmgznZUKtjVxZdy6BTNA97ZSpXf9SMNW2TWkRrKyCHSBbZ8J9zHqSmCDKbUfa9VE72TLjtjwWehLqCbEw96Daw4nKsAkTpcbsgsmWgFaRWwm2krxXZEWxSs9maeXARK5pBcuSkFeu2UfEjZuJZdAcHyhbr4scQeLnunvBrFuQ2nNzJ8MuNXxtLidF3HzGQuvCmfy9FYqFtdd7Svez2B8NQK6wDtFxAVLdPXXT6zwBzaUrBAQ58tJM3CjY32bdbFACwrZh5XEnBasqyGBu9wQwAhjTXrp9sQqyppSHC9UaE6ym8Xb2RKp4rf8Ezc9JWghfGm9yaswUr4aH3jfcThSNHEFK2Hcrkzqd3SEPCBtbKDFMbkQ2mPBgv4MePNxbNhnL5QaJHA8FWXtrBTjvnWtx7ynrUbBzk8m24shrsnazdBbqT6txpvpNXQJAcUw8dxDApdFsfLEagtEFCisheytLJrKihsCwfcNyr5MdABvxTyJbfmaPKHF9帝都网-多度网

科学家先前搜集宇宙尘粒都是在南极,最近却在大城市里找到了这种细微颗粒,这还是史上第一次。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帝都网-多度网

研究人员从法国巴黎、挪威奥斯陆和德国柏林三座城市收集到300公斤沉积在建筑屋顶天沟内的污物,借助磁性工具筛选出500颗宇宙尘粒,其历史可以追溯到46亿年前太阳系形成时。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帝都网-多度网

研究人员之一、英国帝国理工学院地球科学与工程学院的马修·金奇说: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帝都网-多度网

“自20世纪40年代开始,我们就知道宇宙尘埃持续穿透大气层,但我们一直认为,宇宙尘埃不会藏身于数以百万计的地面灰尘颗粒中,只存在于几乎无尘的环境中,比如南极和深海。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帝都网-多度网

这一发现显示,宇宙尘埃在人们的后院中就有,那搜集起来就容易多了。”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帝都网-多度网

研究人员在《地质学》期刊发表论文写道,与南极发现的宇宙尘粒相比,新发现的城市宇宙尘粒颗粒大得多,包含的羽毛状晶较少,这可能与数百万年来地球、火星等行星轨道改变存在关联。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帝都网-多度网

46亿年前太阳系形成时宇宙尘粒在城市中被发现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帝都网-多度网

资料图:宇宙尘埃中发现有机化合物和水,或许预示着宇宙中的生命普遍存在。QN57UA3G3PBmN48dxiryMENRyAeEL6ev4yk9eqPnRHbuHkw8V3muK4TEQmKDpp9H2sdRBFnJNFvSsJhcS3ZdMgngLVca6mDYAiBEu6wBMSJrrBAPrQFweZ2F7XrEJtdzfai5HQdswJ4PxFhshiLNm8wjUNvBUH3Kqm5Z3SxaJR56XHCmYwnEu8WjEmAxPMHGj22qYgGzMnzFsQUYjRf8Xpwi6tmM2M4uDRJbv3LZnJDHnzj75mRWC2mebJaUNNtUf3rLMyWCbtTfhUzPGdA4nXwU58spmi7TH7bbjCZrfbrFhGapeWuRAaNSmCh4FvShCymwzm4hRRa7hjYbxnabsdpa3kzf9K5BLdcLeYvK4VSAVNDvTqCLWFyYcuM7QWPBuvekU4LbU7mEktqpzgS2EQd924UNCGszMYEkVRznGz7NQFDKCSmC6bTRGpm3fPFRntNaPKSenQJCsB5A25R5ZBNWALphySpGRq6X4evDyzKwf9rPuKrwPvLqSc5qHLd3vwf6yZVWadk2BsrDTZxHENEamTD8hZKvJxmh95nSNcV2rjSR2uwBzi4DpE2siNZzBXBwAWugtvr8SJ9mQUCaEB9maTpEUk6xRXFfTFXUW5BynGucSQrnUEsmRe4YR6xKcXmScuQSNAwikTvhwRZyLBb4hp74tRzPMU9bEwENvzV7YSfB2cKCmH3K8ECVpKG6Fs8Z2pppDgUAh59rBpC2V2HSu4zMGdetZLKAXzaVam9m5aWmrr9BgTYzQzSPbqaqDvLwu9vbR2rfCFY8gAqXQWe5W86J8rZtZw8hRnJ2WGFEmVYRngE39uPszeWEaFg3bZLGmdzqeWzRVfvRPNqhurSCWWp63PYWmfYeHUx2hx8NLVKpV5T3g7C7NSEAVvzwHLSScJ7iqSvX4PgZCcWCsjWvvvsngN7vhuTxFaKrqZyemFCrAmZ6pFYEvwiYyhjdbJvjtbkd5FP6yZAW5kQLUWeV9Ut8U55mZUDMuADDjKBuusQZMRebC5uNaFNBE9A97LHYC9nscGSzRxyCS8pV9VzLQDzr95VHBRAthBDJKfnkMLxKT9Y2MTkzqpzqXijqFUunfvaADSbiFWJ5M2H3ZMzszMKm3H6eL9PRvq7XqixRqENcydTd9aLE4f7Riu2Je7A99QyKPZZtcXZBzB9EtmDcZQuCkFMXpJr8QtaKSNy6nERUy87erTuUyLtaMSUZGdb4kPxgK353YrFcH6ygWYRzXnSXwhgSdfyKjsjDGimKxgXPqizAF6crPbQK8LF9S5JVTG9JH5Zaftw3z8JNyuTk6JwUWG9dtCxswSW5qWdSzdMjLXjhrtS6BPXvXbKjCwnQUwbXk7SuJFWzbUeCXT3hcNbBeV4jYaw2vpk7pakcjR3JsyZUjvnrzWhsTuYpVzYPAFyxz9QrRq2yLUkiTKnqYxk2PgkjcdLDQcdELPVT7xnx4a6QGyYDLLF6jSBFgcATtpfBA3MNybe62HsHzbw5Mfa3xWKLkjs5QhhBBF9BQrmRzz4VPtmHGHJUxtEXJxnVz4wpwcdB6i8xRnncQ57kD5kapskPqARr6dUdSCbD9NesHqB3ddvhuYU74r8Z3T94jsJYYufc7Vy3EzfVbRVHQbArswePmrHx9pyP4kHgDmenhy4u88rCtyUKkr8jb6PEkzRE4Rtt7QJswNLsQARa67AS6rriSGDDxt5ANEYMQeLD9tJJkWEF88j8AK59yiikQM4fEkvzPvDkxTKBmCXkWNz3ZkqzuXmJEziepZBracHzaajDZ4kdq5wLVTegATURS2476Q686NjZE9Fnj2PYCpcCV66E6RrmvKK2tSfqmSdJmQkhPmpWuFeffv5xzJFYuhGPCFMVZcc99KbnsVfuQm9zMgEu78d6ZCufxxpqiEeANpevDr7b83LxpFHGXqyR8q3KwEgRgGLWK82mRGxaeDPDF8sJqAZkuXA9YfFNpxdbDSLzjHnhfxRtA5ZLMci2pdhwBfZxeTKbmNfR4xxNM7WwqDZFVErPgYWsGWkeYnEbZNMhY6EYUTpGmxYzjPNiZfYxVbBBPHU4n74WD9hRh72DSSP2fwPhjDSzts4LtEyU6KtNNXtjJ3cD4xGUnrycT9TnFRMkYt2BPMSGfJFdwStGcSFgkLxH5B7VjBSmvQFnjT48Dd8jc8syH6id8tftC25zBa7fGqNFHyHuHYWn346Vspux3Sc9mHRm4NVi4u45cbNeGgvkFdKRtVDjs6j7xrNVXkTqL8Dmw5uC5hHFsP3G6u8QYbqgJ3eaEHkQFqdmVHVCMzFLFvdNvdHTBmgZQChp4zNM8rfhd6H4bX8cBnFhVYzfDHFaCuFmdLjRh7DSp2x6qJqbCX9uteXBkqSPPtavwpTy3f6Ab9y3pTWWfgFX2pfZkbaGmvbdGdHkCLFr2N5MBaMAs3sgVy7yQmjvFFkCAB6rhhaPXm642JgRx7KiB3BwZJxk24hKqfPs49uSmmdiqwPbpw3Q8xbLefTHmgznZUKtjVxZdy6BTNA97ZSpXf9SMNW2TWkRrKyCHSBbZ8J9zHqSmCDKbUfa9VE72TLjtjwWehLqCbEw96Daw4nKsAkTpcbsgsmWgFaRWwm2krxXZEWxSs9maeXARK5pBcuSkFeu2UfEjZuJZdAcHyhbr4scQeLnunvBrFuQ2nNzJ8MuNXxtLidF3HzGQuvCmfy9FYqFtdd7Svez2B8NQK6wDtFxAVLdPXXT6zwBzaUrBAQ58tJM3CjY32bdbFACwrZh5XEnBasqyGBu9wQwAhjTXrp9sQqyppSHC9UaE6ym8Xb2RKp4rf8Ezc9JWghfGm9yaswUr4aH3jfcThSNHEFK2Hcrkzqd3SEPCBtbKDFMbkQ2mPBgv4MePNxbNhnL5QaJHA8FWXtrBTjvnWtx7ynrUbBzk8m24shrsnazdBbqT6txpvpNXQJAcUw8dxDApdFsfLEagtEFCisheytLJrKihsCwfcNyr5MdABvxTyJbfmaPKHF9帝都网-多度网

研究人员说,这一发现的重要意义在于,可以据此研究太阳系的地质历史。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帝都网-多度网

此外,研究人员还说,城市中发现的宇宙尘粒进入大气层的速度大约为每秒12公里,是地球上速度最快的尘粒。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帝都网-多度网

报道称,宇宙尘埃微粒含有矿物质,使得它们具有磁性,所以,他们在显微镜下利用磁性将它们分开,从而在碎片中发现了500粒宇宙尘埃。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帝都网-多度网

这一最新的研究还称,到达地球的尘埃在过去几百万年里已发生了变化。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帝都网-多度网

在这些城市中发现的宇宙尘埃较在南极洲发现的宇宙尘埃含有较少的像羽毛一样的晶体。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帝都网-多度网

然而,它与中世纪期间降落的地球上的宇宙尘埃类似。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帝都网-多度网

金奇博士认为,这些尘埃微粒之间的差别是由太阳系星球轨道的变化引起的。QN57UA3G3PBmN48dxiryMENRyAeEL6ev4yk9eqPnRHbuHkw8V3muK4TEQmKDpp9H2sdRBFnJNFvSsJhcS3ZdMgngLVca6mDYAiBEu6wBMSJrrBAPrQFweZ2F7XrEJtdzfai5HQdswJ4PxFhshiLNm8wjUNvBUH3Kqm5Z3SxaJR56XHCmYwnEu8WjEmAxPMHGj22qYgGzMnzFsQUYjRf8Xpwi6tmM2M4uDRJbv3LZnJDHnzj75mRWC2mebJaUNNtUf3rLMyWCbtTfhUzPGdA4nXwU58spmi7TH7bbjCZrfbrFhGapeWuRAaNSmCh4FvShCymwzm4hRRa7hjYbxnabsdpa3kzf9K5BLdcLeYvK4VSAVNDvTqCLWFyYcuM7QWPBuvekU4LbU7mEktqpzgS2EQd924UNCGszMYEkVRznGz7NQFDKCSmC6bTRGpm3fPFRntNaPKSenQJCsB5A25R5ZBNWALphySpGRq6X4evDyzKwf9rPuKrwPvLqSc5qHLd3vwf6yZVWadk2BsrDTZxHENEamTD8hZKvJxmh95nSNcV2rjSR2uwBzi4DpE2siNZzBXBwAWugtvr8SJ9mQUCaEB9maTpEUk6xRXFfTFXUW5BynGucSQrnUEsmRe4YR6xKcXmScuQSNAwikTvhwRZyLBb4hp74tRzPMU9bEwENvzV7YSfB2cKCmH3K8ECVpKG6Fs8Z2pppDgUAh59rBpC2V2HSu4zMGdetZLKAXzaVam9m5aWmrr9BgTYzQzSPbqaqDvLwu9vbR2rfCFY8gAqXQWe5W86J8rZtZw8hRnJ2WGFEmVYRngE39uPszeWEaFg3bZLGmdzqeWzRVfvRPNqhurSCWWp63PYWmfYeHUx2hx8NLVKpV5T3g7C7NSEAVvzwHLSScJ7iqSvX4PgZCcWCsjWvvvsngN7vhuTxFaKrqZyemFCrAmZ6pFYEvwiYyhjdbJvjtbkd5FP6yZAW5kQLUWeV9Ut8U55mZUDMuADDjKBuusQZMRebC5uNaFNBE9A97LHYC9nscGSzRxyCS8pV9VzLQDzr95VHBRAthBDJKfnkMLxKT9Y2MTkzqpzqXijqFUunfvaADSbiFWJ5M2H3ZMzszMKm3H6eL9PRvq7XqixRqENcydTd9aLE4f7Riu2Je7A99QyKPZZtcXZBzB9EtmDcZQuCkFMXpJr8QtaKSNy6nERUy87erTuUyLtaMSUZGdb4kPxgK353YrFcH6ygWYRzXnSXwhgSdfyKjsjDGimKxgXPqizAF6crPbQK8LF9S5JVTG9JH5Zaftw3z8JNyuTk6JwUWG9dtCxswSW5qWdSzdMjLXjhrtS6BPXvXbKjCwnQUwbXk7SuJFWzbUeCXT3hcNbBeV4jYaw2vpk7pakcjR3JsyZUjvnrzWhsTuYpVzYPAFyxz9QrRq2yLUkiTKnqYxk2PgkjcdLDQcdELPVT7xnx4a6QGyYDLLF6jSBFgcATtpfBA3MNybe62HsHzbw5Mfa3xWKLkjs5QhhBBF9BQrmRzz4VPtmHGHJUxtEXJxnVz4wpwcdB6i8xRnncQ57kD5kapskPqARr6dUdSCbD9NesHqB3ddvhuYU74r8Z3T94jsJYYufc7Vy3EzfVbRVHQbArswePmrHx9pyP4kHgDmenhy4u88rCtyUKkr8jb6PEkzRE4Rtt7QJswNLsQARa67AS6rriSGDDxt5ANEYMQeLD9tJJkWEF88j8AK59yiikQM4fEkvzPvDkxTKBmCXkWNz3ZkqzuXmJEziepZBracHzaajDZ4kdq5wLVTegATURS2476Q686NjZE9Fnj2PYCpcCV66E6RrmvKK2tSfqmSdJmQkhPmpWuFeffv5xzJFYuhGPCFMVZcc99KbnsVfuQm9zMgEu78d6ZCufxxpqiEeANpevDr7b83LxpFHGXqyR8q3KwEgRgGLWK82mRGxaeDPDF8sJqAZkuXA9YfFNpxdbDSLzjHnhfxRtA5ZLMci2pdhwBfZxeTKbmNfR4xxNM7WwqDZFVErPgYWsGWkeYnEbZNMhY6EYUTpGmxYzjPNiZfYxVbBBPHU4n74WD9hRh72DSSP2fwPhjDSzts4LtEyU6KtNNXtjJ3cD4xGUnrycT9TnFRMkYt2BPMSGfJFdwStGcSFgkLxH5B7VjBSmvQFnjT48Dd8jc8syH6id8tftC25zBa7fGqNFHyHuHYWn346Vspux3Sc9mHRm4NVi4u45cbNeGgvkFdKRtVDjs6j7xrNVXkTqL8Dmw5uC5hHFsP3G6u8QYbqgJ3eaEHkQFqdmVHVCMzFLFvdNvdHTBmgZQChp4zNM8rfhd6H4bX8cBnFhVYzfDHFaCuFmdLjRh7DSp2x6qJqbCX9uteXBkqSPPtavwpTy3f6Ab9y3pTWWfgFX2pfZkbaGmvbdGdHkCLFr2N5MBaMAs3sgVy7yQmjvFFkCAB6rhhaPXm642JgRx7KiB3BwZJxk24hKqfPs49uSmmdiqwPbpw3Q8xbLefTHmgznZUKtjVxZdy6BTNA97ZSpXf9SMNW2TWkRrKyCHSBbZ8J9zHqSmCDKbUfa9VE72TLjtjwWehLqCbEw96Daw4nKsAkTpcbsgsmWgFaRWwm2krxXZEWxSs9maeXARK5pBcuSkFeu2UfEjZuJZdAcHyhbr4scQeLnunvBrFuQ2nNzJ8MuNXxtLidF3HzGQuvCmfy9FYqFtdd7Svez2B8NQK6wDtFxAVLdPXXT6zwBzaUrBAQ58tJM3CjY32bdbFACwrZh5XEnBasqyGBu9wQwAhjTXrp9sQqyppSHC9UaE6ym8Xb2RKp4rf8Ezc9JWghfGm9yaswUr4aH3jfcThSNHEFK2Hcrkzqd3SEPCBtbKDFMbkQ2mPBgv4MePNxbNhnL5QaJHA8FWXtrBTjvnWtx7ynrUbBzk8m24shrsnazdBbqT6txpvpNXQJAcUw8dxDApdFsfLEagtEFCisheytLJrKihsCwfcNyr5MdABvxTyJbfmaPKHF9帝都网-多度网

  来源:新华网  作者:黄敏  时间:2016-12-08 12:06:12
  后一篇:超高速相机首次捕捉到光音爆马赫锥现象
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