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X-38, CRV and CRV Evolution Program Overview and European Role
Acta Astronautica, 2001Abstract The X-38 Project forms part of the “X” prototype vehicle family developed by the United States. Its development was initiated by NASA to prepare the Crew Return Vehicle (CRV). The European participation in the X-38 Program has been significantly extended since the start of the X-38 cooperation in 1997 and is realized by ESA's “Applied ...
Dieter Sygulla +3 more
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In-Depth Market Analysis of CRV (CRV-USD) for Investors
Abstract: CRV (CRV-USD) delivered an 85.75% price increase over the past year while exhibiting a daily volatility of 6.52% and an annualized Sharpe Ratio of 1.12, indicating a solid risk‑adjusted return profile. The 14‑day RSI of 30.67 signals that the token is currently in oversold territory, which could suggest further upside potential if ...openaire +1 more source
A new CrV doping agent for polarized targets
Nuclear Instruments and Methods, 1978Abstract Proton dynamic polarization in excess of 70% has been obtained in a first test of a new Cr V complex which can be isolated in a pure, stable form.
Daniel Hill +3 more
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Space Shuttle CRV Bipolar Metal Hydride Battery
SAE Technical Paper Series, 2004<div class="htmlview paragraph">An account of the work at Electro Energy, Inc. involving the development of a battery for NASA's Crew Rescue Vehicle (CRV) is given. Test data is presented both at the sub-stack level (6V) as well as the full module level (30 V).
Martin G. Klein, Robert F. Plivelich
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Strain Waves in Cr, CrMn and CrV Alloys
Journal of the Physical Society of Japan, 1981The strain waves in pure Cr, CrMn and CrV alloys were studied by means of neutron diffraction. The strain wave amplitude, Δ a / a , due to the spin density wave ordering is (1.1 ±0.1) ×10 -3 for pure Cr. This value is almost the same for CrMn alloys and is smaller for CrV alloys. The ratio of the modulated strain to the uniform lattice expansion, ( Δ a
Satoshi Iida +3 more
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Constrained Random Verification (CRV)
2017Constrained Random Verification (CRV) is a methodology that is supported by SystemVerilog which has a built-in constraint solver. This allows you to constraint your stimulus to better target a design function, thereby allowing you to reach your coverage goal faster with accuracy. From that sense, coverage and CRV go hand in hand.
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2022 19th Conference on Robots and Vision (CRV), 2022
Lin, Hsiu-Chin, Rhodin, Helge
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Lin, Hsiu-Chin, Rhodin, Helge
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