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27 results on '"Dupree, Thomas H."'

3. Punitive damages and the Constitution.

Author

Dupree, Thomas H., Jr.

Subjects
Exemplary damages -- Laws, regulations and rules, Limitation of damages -- Laws, regulations and rules, Government regulation
Published
2010

4. Attacking punitive damages on appeal: after State Farm v. Campbell.

Author

Boutrous, Theodore J., Jr. and Dupree, Thomas H., Jr.

Subjects
Limitation of damages -- Laws, regulations and rules, Appellate procedure -- Laws, regulations and rules, Exemplary damages -- Laws, regulations and rules, State Farm Mutual Automobile Insurance Co. v. Campbell (123 S. Ct. 1513 (2003)), Government regulation
Published
2004

5. Plasma Dynamics

Author

Coppi, Bruno, George, E. Victor, Watson, Duncan C., Bers, Abraham, Chambers, Frank W., Fisch, Nathaniel J., Kulp, John L., Jr., Bekefi, George, Orzechowski, Thaddeus J., Vianna, Marcio L., Lidsky, Lawrence M., Politzer, Peter A., Rose, David J., Fisher, Jay L., Taylor, Robert J., Ovreskei, David O., Stiefel, Michael D., Hershcovitch, Ady, Parker, Ronald R., Throop, Alan E., McCune, James E., Chrisman, Paul W., Jr., Sigmar, Dieter J., Hirshman, Steven P., Chan, Hark C., Ehst, David A., Dupree, Thomas H., Karney, Charles F. F., Theilhaber, Kim S., Tekula, Miloslav S., Coppi, Bruno, George, E. Victor, Watson, Duncan C., Bers, Abraham, Chambers, Frank W., Fisch, Nathaniel J., Kulp, John L., Jr., Bekefi, George, Orzechowski, Thaddeus J., Vianna, Marcio L., Lidsky, Lawrence M., Politzer, Peter A., Rose, David J., Fisher, Jay L., Taylor, Robert J., Ovreskei, David O., Stiefel, Michael D., Hershcovitch, Ady, Parker, Ronald R., Throop, Alan E., McCune, James E., Chrisman, Paul W., Jr., Sigmar, Dieter J., Hirshman, Steven P., Chan, Hark C., Ehst, David A., Dupree, Thomas H., Karney, Charles F. F., Theilhaber, Kim S., and Tekula, Miloslav S.

Abstract

Contains research objectives and summary of research on eighteen research projects split into seven sections and reports on four research projects., U.S. Atomic Energy Commission (Contract AT(l1-1)-3070), National Science Foundation (Grant GK-37979X1)

Published
2010

6. Applied Plasma Research

Author

Lidsky, Lawrence M., Ratner, A. S., Briggs, R. J., Dupree, Thomas H., Ching, H., Beaudry, Marie D., Thomassen, K. I., Nanney, C. A., George, E. Victor, Bekefi, George, Colombant, D. G., Blanken, R. A., Hudis, M., Wagner, C. E., Smullin, Louis D., Parker, Ronald R., Lidsky, Lawrence M., Ratner, A. S., Briggs, R. J., Dupree, Thomas H., Ching, H., Beaudry, Marie D., Thomassen, K. I., Nanney, C. A., George, E. Victor, Bekefi, George, Colombant, D. G., Blanken, R. A., Hudis, M., Wagner, C. E., Smullin, Louis D., and Parker, Ronald R.

Abstract

Contains research objectives and reports on three research projects., National Science Foundation (Grant GK-2581), Joint Services Electronics Program under Contract DA 28-043-AMC-02536(E)

Published
2010

7. Plasmas and Controlled Nuclear Fusion

Author

Davis, J. A., Smullin, Louis D., Lidsky, Lawrence M., Parker, Ronald R., Bartsch, R. R., Bolz, G., Heiser, W. H., Dupree, Thomas H., Woo, J. C., Gyftopoulos, E. P., Wagner, C. E., Bers, Abraham, Rose, D. J., Bernard, G. D., Woodson, N. D., Jackson, W. D., Getty, W. D., Schneider, H. M., Siambis, J. G., Davis, J. A., Smullin, Louis D., Lidsky, Lawrence M., Parker, Ronald R., Bartsch, R. R., Bolz, G., Heiser, W. H., Dupree, Thomas H., Woo, J. C., Gyftopoulos, E. P., Wagner, C. E., Bers, Abraham, Rose, D. J., Bernard, G. D., Woodson, N. D., Jackson, W. D., Getty, W. D., Schneider, H. M., and Siambis, J. G.

Abstract

Contains research objectives and reports on four research projects., National Science Foundation (Grant GK-614), National Science Foundation (Grant GK-57)

Published
2010

8. Applied Plasma Research

Author

Briggs, R. J., Parker, Ronald R., Thomassen, K. I., Smullin, Louis D., Simonutti, Mario D., Ayasli, Y. A., Bers, Abraham, George, E. Victor, Wallace, R. N., Dupree, Thomas H., Blanken, R. A., Lidsky, Lawrence M., Wagner, C. E., Primmerman, Charles A., Hutchinson, D. P., Robinson, J. E., Oktay, E., Briggs, R. J., Parker, Ronald R., Thomassen, K. I., Smullin, Louis D., Simonutti, Mario D., Ayasli, Y. A., Bers, Abraham, George, E. Victor, Wallace, R. N., Dupree, Thomas H., Blanken, R. A., Lidsky, Lawrence M., Wagner, C. E., Primmerman, Charles A., Hutchinson, D. P., Robinson, J. E., and Oktay, E.

Abstract

Contains research objectives and reports on three research projects., National Science Foundation (Grant GK-10472), Lincoln Laboratory, M. I. T. (P. O. No. A-3393)

Published
2010

9. Plasmas and Controlled Nuclear Fusion

Author

Rose, D. J., Chung, K., Parker, Ronald R., Wagner, C. E., Manheimer, W. M., Brown, T. S., Dupree, Thomas H., McNary, C. A., Davis, J. A., Briggs, R. J., Schneider, H. M., Flynn, R. W., Kusse, B. R., Bartsch, R. R., Brueck, S. R. J., Colombant, D. G., Lidsky, Lawrence M., Odette, G. R., Smullin, Louis D., Bers, Abraham, Haus, Hermann A., Allis, W. P., Rose, D. J., Chung, K., Parker, Ronald R., Wagner, C. E., Manheimer, W. M., Brown, T. S., Dupree, Thomas H., McNary, C. A., Davis, J. A., Briggs, R. J., Schneider, H. M., Flynn, R. W., Kusse, B. R., Bartsch, R. R., Brueck, S. R. J., Colombant, D. G., Lidsky, Lawrence M., Odette, G. R., Smullin, Louis D., Bers, Abraham, Haus, Hermann A., and Allis, W. P.

Abstract

Contains research objectives and reports on three research projects., National Science Foundation (Grant GK-1165), National Science Foundation (Grant GK-57)

Published
2010

10. Plasma Electronics

Author

Penfield, Paul L., Jr., Thompson, E., Hsieh, H. Y., Kaplan, I., Dupree, Thomas H., Smullin, Louis D., Rose, D. J., Morse, D. L., Vlaardingerbroek, M. T., Haus, Hermann A., Getty, W. D., Briggs, R. J., Hartenbaum, B. A., Fessenden, T. J., Lieberman, M. A., Bers, Abraham, Serafim, P. E., Lidsky, Lawrence M., Gyftopoulos, E. P., Alvarez de Toledo, F., Penfield, Paul L., Jr., Thompson, E., Hsieh, H. Y., Kaplan, I., Dupree, Thomas H., Smullin, Louis D., Rose, D. J., Morse, D. L., Vlaardingerbroek, M. T., Haus, Hermann A., Getty, W. D., Briggs, R. J., Hartenbaum, B. A., Fessenden, T. J., Lieberman, M. A., Bers, Abraham, Serafim, P. E., Lidsky, Lawrence M., Gyftopoulos, E. P., and Alvarez de Toledo, F.

Abstract

Contains research objectives and reports on six research objectives., National Science Foundation (Grant G-24073), Lincoln Laboratory, Purchase Order DDL BB-107, U. S. Air Force under Contract AF 19(628)-500

Published
2010

11. Plasma Electronics

Author

Kaplan, I., Lontai, L. N., Fiocco, G., Alvarez de Toledo, F., Homeyer, W. G., Donadieu, L. J., Impink, A. J., Jr., Haus, Hermann A., Rose, D. J., Dupree, Thomas H., Bers, Abraham, Thompson, E., Lidsky, Lawrence M., Cogdell, J. R., Schneider, A. J., Gyftopoulos, E. P., Smullin, Louis D., Getty, W. D., Kaplan, I., Lontai, L. N., Fiocco, G., Alvarez de Toledo, F., Homeyer, W. G., Donadieu, L. J., Impink, A. J., Jr., Haus, Hermann A., Rose, D. J., Dupree, Thomas H., Bers, Abraham, Thompson, E., Lidsky, Lawrence M., Cogdell, J. R., Schneider, A. J., Gyftopoulos, E. P., Smullin, Louis D., and Getty, W. D.

Abstract

Contains research objectives and reports on seven research projects., U. S. Army, Lincoln Laboratory, Purchase Order DDL B-00368, U. S. Air Force under Air Force Contract AF19(604)-7400, U. S. Navy, National Science Foundation (Grant G-24073), U.S. Navy (Office of Naval Research) under Contract Nonr-1841(78)

Published
2010

12. Plasma Electronics

Author

Rose, D. J., Hamawi, J. N., Woo, J. C., Musha, T., Gerry, E. T., Wagner, C. E., Moir, R. W., Clarke, J. F., Bartsch, R. R., Lidsky, Lawrence M., Getty, W. D., Dupree, Thomas H., Gyftopoulos, E. P., Edmonds, P. H., Thompson, E., Wallace, R. N., Fessenden, T. J., Lubin, M. D., Dunn, F. E., Petrie, L. M., Jr., Lieberman, M. A., Evans, S. A., Smullin, Louis D., Bers, Abraham, Davis, J. A., Parker, Ronald R., Rose, D. J., Hamawi, J. N., Woo, J. C., Musha, T., Gerry, E. T., Wagner, C. E., Moir, R. W., Clarke, J. F., Bartsch, R. R., Lidsky, Lawrence M., Getty, W. D., Dupree, Thomas H., Gyftopoulos, E. P., Edmonds, P. H., Thompson, E., Wallace, R. N., Fessenden, T. J., Lubin, M. D., Dunn, F. E., Petrie, L. M., Jr., Lieberman, M. A., Evans, S. A., Smullin, Louis D., Bers, Abraham, Davis, J. A., and Parker, Ronald R.

Abstract

Contains research objectives and reports on ten research projects., National Science Foundation (Grant GK-57), United States Atomic Energy Commission under Contract AT(30-1)-3221

Published
2010

13. Plasma Electronics

Author

Bers, Abraham, Briggs, R. J., Dupree, Thomas H., Woo, J. C., Thompson, E., Hsieh, H. Y., Lidsky, Lawrence M., Witting, H. L., Smullin, Louis D., Serafim, P. E., Hartenbaum, B. A., Karvellas, P., Fiocco, G., Getty, W. D., Alles, D. S., Morse, D. L., Theodoridis, G. C., Rose, D. J., Spangler, P. S., Bers, Abraham, Briggs, R. J., Dupree, Thomas H., Woo, J. C., Thompson, E., Hsieh, H. Y., Lidsky, Lawrence M., Witting, H. L., Smullin, Louis D., Serafim, P. E., Hartenbaum, B. A., Karvellas, P., Fiocco, G., Getty, W. D., Alles, D. S., Morse, D. L., Theodoridis, G. C., Rose, D. J., and Spangler, P. S.

Abstract

Contains reports on twelve research projects, U. S. Navy, U.S. Navy (Office of Naval Research) under Contract Nonr-1841(78), U. S. Air Force under Air Force Contract AF 19(604)-7400, U. S. Army, National Science Foundation (Grant G-24073), Lincoln Laboratory, Purchase Order DDL B-00368

Published
2010

14. Plasma Dynamics

Author

Bers, Abraham, Penhune, J. P., Fessenden, T. J., Hirshfield, J. L., Chorney, P., Dupree, Thomas H., Wingerson, R. C., Rothleder, S. D., Jackson, W. D., Frankenthal, S., Bekefi, George, Smullin, Louis D., Yoshikawa, S., Voyenli, K-F., Coccoli, J. D., Carabateas, E. N., Meissner, H. P., Haus, Hermann A., Getty, W. D., Vanwormhoudt, M. C., Hatsopoulos, G. N., Rose, D. J., Brown, S. C., Gruber, S., Fay, J. A., Woodson, H. H., Bers, Abraham, Penhune, J. P., Fessenden, T. J., Hirshfield, J. L., Chorney, P., Dupree, Thomas H., Wingerson, R. C., Rothleder, S. D., Jackson, W. D., Frankenthal, S., Bekefi, George, Smullin, Louis D., Yoshikawa, S., Voyenli, K-F., Coccoli, J. D., Carabateas, E. N., Meissner, H. P., Haus, Hermann A., Getty, W. D., Vanwormhoudt, M. C., Hatsopoulos, G. N., Rose, D. J., Brown, S. C., Gruber, S., Fay, J. A., and Woodson, H. H.

Abstract

Contains research objectives and reports on three research projects., Contract AF19(604)-4551 with Air Force Cambridge Research Center, Atomic Energy Commission under Contract AT(30-1)-1842, Air Force Cambridge Research Center under Contract AF19(604)-5992, National Science Foundation under Grant G-9330, WADD Contract AF33(616)-7624 with Flight Accessories Laboratory, Wright-Patterson Air Force Base, Ohio

Published
2010

17. Growth of nonlinear intermittent fluctuations in linearly stable and unstable simulation plasma.

Author

Berman, Robert H., Dupree, Thomas H., and Tetreault, David J.

Subjects
*PLASMA stability, *FLUCTUATIONS (Physics)
Abstract

Simulations of nonlinear instability in a one-dimensional Vlasov plasma with a relative electron-ion drift velocity have been extended to parameter ranges more extensive than previously reported [Phys. Fluids 28, 155 (1985)]. Linearly stable runs, with Te/Ti =1, mi/me =100, and a system length of L=512λD show nonlinear hole instability. As in the case of mi/me =4, and L=32λD, the hole depth, double-layer potential structure, acceleration, and growth rate agree well with a theory of hole growth that results from momentum exchange from reflected particles. For a linearly unstable plasma (Te/Ti >1), the fluctuations and their time evolution are related to the linearly stable case, but are somewhat more complex. A spatially intermittent distribution of ‘‘wavelike fluctuations’’ grows to large amplitude and then evolve into trapped ion phase-space hole structures. The hole potentials are of order e[lowercase_phi_synonym]/Te =1, as in the linearly stable (Te/Ti =1) runs, but because Te/Ti >1, are of large amplitude (e[lowercase_phi_synonym]/Ti >1) relative to the ions. The hole structure and dynamics agree well with the large-amplitude extension of the small e[lowercase_phi_synonym]/Ti hole theory. [ABSTRACT FROM AUTHOR]

Published
1986
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18. Growth of phase space holes near linear instability.

Author

Dupree, Thomas H.

Subjects
*HOLES (Electron deficiencies), *PLASMA gases
Abstract

Previous calculations of hole growth in a one-dimensional electron-ion plasma are extended to a greater range of parameter space including the region around linear instability. The effect of the ion-acoustic resonance on hole growth is analyzed and the relationship to linear instability is discussed. Agreement with computer simulations is much improved. Energy and momentum conservation are discussed and proved for both holes and waves. [ABSTRACT FROM AUTHOR]

Published
1986
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19. Large amplitude ion holes.

Author

Dupree, Thomas H.

Subjects
*HOLES (Electron deficiencies), *IONS
Abstract

Earlier work [Phys. Fluids 25, 277 ( 1982); Phys. Fluids 26, 2460 (1983) ] on the structure and growth of phase space density holes for ψ = - q[sub i] φ/T[sub i] < 1 is extended to ψ > 1. As in the ψ < 1 case, it is found that reflecting electrons cause the ion holes to decelerate and grow, although the details are quite different. The reflected electrons cause the formation of a so-called "double layer." It is shown that isolated (intermittent) ion holes or wave packets can grow to much larger amplitudes than that predicted by the conventional quasilinear plateau limitation or Manheimer's [Phys. Fluids 14, 579 ( 1971 ) ] trapping criteria. [ABSTRACT FROM AUTHOR]

Published
1986
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20. Simulation of phase space hole growth and the development of intermittent plasma turbulence.

Author

Berman, Robert H., Tetreault, David J., and Dupree, Thomas H.

Subjects
PLASMA turbulence, PLASMA stability
Abstract

An unstable, highly intermittent state of turbulence is observed to evolve from a quiescent homogeneous plasma that is linearly stable. This intermittent state, which consists of isolated phase space density holes, produces a pronounced non-Gaussian distribution of fluctuation amplitudes. The skewness becomes increasingly more negative with time. The plasma is nonlinearly unstable because the holes grow in amplitude by accelerating to regions of higher average phase space density. The instability can be interpreted as a collection of colliding, growing holes and, in its early stages, is consistent with theoretical predictions for the clump instability. A series of runs with a single isolated hole indicates that an isolated hole grows for any finite electron-ion drift velocity. The isolated hole growth rate is consistent with theoretical predictions. The implications of the instability to laboratory and space plasma are discussed. [ABSTRACT FROM AUTHOR]

Published
1985
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