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Seller's Description:
Good. A few dirty marks and slight shelf wear on jacket. Also some light foxing on outer edge of pages on top of book. Content is fine. Sewn binding. Cloth over boards. 330 p. Contains: Illustrations.
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Seller's Description:
Very Good. A small tear, some fading and shelf wear on jacket. Also some light foxing on outer edge of pages and inscriptions on fep. Content is fine. Sewn binding. Cloth over boards. 330 p. Contains: Illustrations.
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Seller's Description:
Like New. Like New Inside and Outside. Clean and crisp pages w/no markings! Stamps w/ex-owner name...Excellent book! ( z1s197C ) Some very minor shelf wear on cover. ** Fast Shipping**
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Seller's Description:
Like New. Like New Inside and Outside. Clean and crisp pages w/no markings! Stamps w/ex-owner name...Excellent book! ( z1s197C ) Some very minor shelf wear on cover. ** Fast Shipping**
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Seller's Description:
Very good in Very good jacket. x, 231, [7] pages. Diagrams, graphs, and photographs. References. Index. DJ has slight wear and soiling. Recent theoretical and experimental investigations of unsteady shock-wave interactions (SWIs) in gases are discussed in chapters contributed by leading Soviet experts. Topics addressed include the thermodynamic and electrophysical parameters of gas flow behind shock waves, the effect of nonequilibrium physicochemical processes on the flow parameters behind a shock wave, shock-tube investigations of unsteady SWI, SWI with a porous compressible medium, and the reflection of shock waves by a plane surface. Consideration is given to the diffraction of a shock wave at a convex corner, unsteady SWIs with curvilinear surfaces, numerical simulations of SWIs with bodies of various shapes, and the unsteady interaction of detonation waves.
