Science Goals and Mission Architecture of the Europa Lander Mission Concept

Autor: K. P. Hand, C. B. Phillips, A. Murray, J. B. Garvin, E. H. Maize, R. G. Gibbs, G. Reeves, A. M. San Martin, G. H. Tan-Wang, J. Krajewski, K. Hurst, R. Crum, B. A. Kennedy, T. P. McElrath, J. C. Gallon, D. Sabahi, S. W. Thurman, B. Goldstein, P. Estabrook, S. W. Lee, J. A. Dooley, W. B. Brinckerhoff, K. S. Edgett, C. R. German, T. M. Hoehler, S. M. Hörst, J. I. Lunine, C. Paranicas, K. Nealson, D. E. Smith, A. S. Templeton, M. J. Russell, B. Schmidt, B. Christner, B. Ehlmann, A. Hayes, A. Rhoden, P. Willis, R. A. Yingst, K. Craft, M. E. Cameron, T. Nordheim, J. Pitesky, J. Scully, J. Hofgartner, S. W. Sell, K. J. Barltrop, J. Izraelevitz, E. J. Brandon, J. Seong, J.-P. Jones, J. Pasalic, K. J. Billings, J. P. Ruiz, R. V. Bugga, D. Graham, L. A. Arenas, D. Takeyama, M. Drummond, H. Aghazarian, A. J. Andersen, K. B. Andersen, E. W. Anderson, A. Babuscia, P. G. Backes, E. S. Bailey, D. Balentine, C. G. Ballard, D. F. Berisford, P. Bhandari, K. Blackwood, G. S. Bolotin, E. A. Bovre, J. Bowkett, K. T. Boykins, M. S. Bramble, T. M. Brice, P. Briggs, A. P. Brinkman, S. M. Brooks, B. B. Buffington, B. Burns, M. L. Cable, S. Campagnola, L. A. Cangahuala, G. A Carr, J. R. Casani, N. E. Chahat, B. K. Chamberlain-Simon, Y. Cheng, S. A. Chien, B. T. Cook, M. Cooper, M. DiNicola, B. Clement, Z. Dean, E. A. Cullimore, A. G. Curtis, J-P. de la Croix, P. Di Pasquale, E. M. Dodd, L. A. Dubord, J. A. Edlund, R. Ellyin, B. Emanuel, J. T. Foster, A. J. Ganino, G. J. Garner, M. T. Gibson, M. Gildner, K. J. Glazebrook, M. E. Greco, W. M. Green, S. J. Hatch, M. M. Hetzel, W. A. Hoey, A. E. Hofmann, R. Ionasescu, A. Jain, J. D. Jasper, J. R. Johannesen, G. K. Johnson, I. Jun, A. B. Katake, S. Y. Kim-Castet, D. I. Kim, W. Kim, E. F. Klonicki, B. Kobeissi, B. D. Kobie, J. Kochocki, M. Kokorowski, J. A. Kosberg, K. Kriechbaum, T. P. Kulkarni, R. L. Lam, D. F. Landau, M. A. Lattimore, S. L. Laubach, C. R. Lawler, G. Lim, J. Y Lin, T. E. Litwin, M. W. Lo, C. A. Logan, E. Maghasoudi, L. Mandrake, Y. Marchetti, E. Marteau, K. A. Maxwell, J. B. Mc Namee, O. Mcintyre, M. Meacham, J. P. Melko, J. Mueller, D. A. Muliere, A. Mysore, J. Nash, H. Ono, J. M. Parker, R. C. Perkins, A. E Petropoulos, A. Gaut, M. Y. Piette Gomez, R. P. Casillas, M. Preudhomme, G. Pyrzak, J. Rapinchuk, J. M. Ratliff, T. L. Ray, E. T. Roberts, K. Roffo, D. C. Roth, J. A. Russino, T. M. Schmidt, M. J. Schoppers, J. S. Senent, F. Serricchio, D. J. Sheldon, L. R. Shiraishi, J. Shirvanian, K. J. Siegel, G. Singh, A. R. Sirota, E. D. Skulsky, J. S. Stehly, N. J. Strange, S. U. Stevens, E. T. Sunada, S. P. Tepsuporn, L. P. C. Tosi, N. Trawny, I. Uchenik, V. Verma, R. A. Volpe, C. T. Wagner, D. Wang, R. G. Willson, J. L. Wolff, A. T. Wong, A. K. Zimmer, K. G. Sukhatme, K. A. Bago, Y. Chen, A. M. Deardorff, R. S. Kuch, C. Lim, M. L. Syvertson, G. A. Arakaki, A. Avila, K. J. DeBruin, A. Frick, J. R. Harris, M. C. Heverly, J. M. Kawata, S.-K. Kim, D. M. Kipp, J. Murphy, M. W. Smith, M. D. Spaulding, R. Thakker, N. Z. Warner, C. R. Yahnker, M. E. Young, T. Magner, D. Adams, P. Bedini, L. Mehr, C. Sheldon, S. Vernon, V. Bailey, M. Briere, M. Butler, A. Davis, S. Ensor, M. Gannon, A. Haapala-Chalk, T. Hartka, M. Holdridge, A. Hong, J. Hunt, J. Iskow, F. Kahler, K. Murray, D. Napolillo, M. Norkus, R. Pfisterer, J. Porter, D. Roth, P. Schwartz, L. Wolfarth, E. H. Cardiff, E. W. Grob, J. R. Adam, E. Betts, J. Norwood, M. M. Heller, T. Voskuilen, P. Sakievich, L. Gray, D. J. Hansen, K. W. Irick, J. C. Hewson, J. Lamb, S. C. Stacy, C. M. Brotherton, A. S Tappan, D. Benally, H. Thigpen, E. Ortiz, D. Sandoval, A. M. Ison, M. Warren, P. G. Stromberg, P. M. Thelen, B. Blasy, P. Nandy, A. W. Haddad, L. B. Trujillo, T. H. Wiseley, S. A. Bell, N. P. Teske, C. Post, L. Torres-Castro, C. Grosso, M. Wasiolek

Publikováno v: The Planetary Science Journal. 3:22

Europa is a premier target for advancing both planetary science and astrobiology, as well as for opening a new window into the burgeoning field of comparative oceanography. The potentially habitable subsurface ocean of Europa may harbor life, and the

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::6cadd7bf8627d10ec8957c64aeb6791b
https://doi.org/10.3847/psj/ac4493

One-Dimensional Stochastic Simulation of Advection-Diffusion-Reaction Couplings in Turbulent Combustion

Autor: Tarek Echekki, Alan R. Kerstein, J. C. Hewson

Publikováno v: IUTAM Symposium on Turbulent Mixing and Combustion ISBN: 9789048160747

The study of turbulent reacting flows invariably involves simplifying assumptions. Here an alternative modeling strategy is adopted that explicitly represents certain nonlinear couplings among the various subprocesses governing turbulent combustion,

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::cdd3622153db0a8f77eef5ed6fc99659
https://doi.org/10.1007/978-94-017-1998-8_9

Preparative and nuclear magnetic resonance studies of diazadiphosphetidines. Part V. Chloromethyl compounds of the type [(ClxH3 –xC)F2PNMe]2

Autor: Mohamed I. M. Wazeer, Robin K. Harris, Reinhard Schmutzler, Richard E. Dunmur, J. R. Woplin, Mark Lewellyn, Michael J. C. Hewson

Publikováno v: J. Chem. Soc., Dalton Trans.. :61-67

A series of chlorinated dimethyl tetrafluorodiazadiphosphetidines, [RF2PNMe]2, where R = ClCH2(I), Cl2HC (II), or Cl3C (III) have been studied. The syntheses of the two new members of this series, (II) and (III), are described. Analyses of the 31P-{1

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::08c8ddce3b0971c3cd78ea045adf5292
https://doi.org/10.1039/dt9750000061

PHOSPHORUS-FLUORINE CHEMISTRY PART XLII1. PYRROLE-SUBSTITUTED FLUOROPHOSPHORANES

Autor: Reinhard Schmutzler, Michael J. C. Hewson

Publikováno v: Phosphorus and Sulfur and the Related Elements. 8:9-26

The silylated compounds, N-trimethylsilyl-pyrrole, 1, N-trimethylsilyl-2-methylpyrrole, 2, and N-trimethylsilyl-2,5-dimethylpyrrole, 3, react with the fluorophosphoranes R n PF5-n (n = 0,1) to give N-substituted and C-2-substituted fluorophosphoranyl

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::74386380d72eb78f89947390bd9cf487
https://doi.org/10.1080/03086648008078156

Phosphorus–flurine chemistry. Part XXIV. Preparation and nuclear magnetic resonance investigation of the fluorophosphate anions, [RPF5]–and [R1R2PF4]–, and of the dialkyl(or diaryl)dialkylaminodifluorophosphoranes, R1R2PF2NR32

Autor: M. J. C. Hewson, R. Schmutzler, S. C. Peake

Publikováno v: J. Chem. Soc. A. :2364-2367

Caesium fluoride reacts with tetrafluorophosphoranes, RPF4(R = Me, Ph, or Me2N), and trifluorophosphoranes, R1R2PF3(R1= Me, R2= Ph, and R1= R2= Ph, but not R1= R2= Me), to give the anionic species Cs+[RPF5]–and Cs+[R1R2PF4]– respectively. In the

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::11775b1aaeaf7769e1883b24f9c07bbc
https://doi.org/10.1039/j19700002364