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📁 神经网络昆斯林的新闻组分类2006
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Path: cantaloupe.srv.cs.cmu.edu!rochester!udel!darwin.sura.net!howland.reston.ans.net!noc.near.net!das-news.harvard.edu!husc-news.harvard.edu!husc.harvard.edu!kkobayasNewsgroups: sci.spaceSubject: DC-X/Y/1 questionMessage-ID: <kkobayas.735613051@husc.harvard.edu>From: kkobayas@husc8.harvard.edu (Ken Kobayashi)Date: 24 Apr 93 00:57:31 GMTKeywords: DC-XNntp-Posting-Host: husc8.harvard.eduLines: 17   I've been following discussions about the Delta Clipper program, and Ihave one small question.  As I understand it, the DC-X derived orbitalvehicle (DC-Y & 1) is to reenter the atmosphere sort of sideways, notcompletely nose-first.  So why is the DC-Y look symmetric in every drawingI've seen?  I would think that an asymmetric design, sort of like wingless Orbiter, may work better, since less shielding is required on thetop side.  Can anybody explain?  - Ken Kobayashikkobayas@husc.harvard.edu-- ---------------------------------------------------------------------------      Ken Kobayashi              |   kkobayas@husc.harvard.edu        |   "There is no final frontier." - IBM ad

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