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581 results on '"Massey, G"'

51. 65nm cmos technology for low power applications.

Author

Steegen, A., Mo, R., Mann, R., Sun, M.-C., Eller, M., Leake, G., Vietzke, D., Tilke, A., Guarin, F., Fischer, A., Pompl, T., Massey, G., Vayshenker, A., Tan, W.L., Ebert, A., Lin, W., Gao, W., Lian, J., Kim, J.-P., and Wrschka, P.

Published
2005
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61. LANDSLIDES AND LIQUEFACTION GENERATED BY THE COOK STRAIT AND LAKE GRASSMERE EARTHQUAKES: A RECONNAISSANCE REPORT.

Author

Van Dissen, R., McSaveney, M., Townsend, D., Hancox, G., Little, T. A., Ries, W., Perrin, N., Archibald, G., Massey, G. Dellow C., and Misra, S.

Subjects
LANDSLIDES, MASS-wasting (Geology), SOIL liquefaction, SEISMOLOGY
Abstract

Following both the Cook Strait earthquake (Mw 6.6; 21 July, 2013) and the Lake Grassmere earthquake (Mw 6.6; 16 August, 2013) reconnaissance visits were made of the epicentral regions to document the general distribution and extend of landslides, liquefaction, and other ground damage effects generated by these earthquakes. The extent of landsliding generated in central New Zealand by these two earthquakes was at the lower end of the expected range for shallow earthquakes of these magnitudes. Liquefaction effects generated by the Cook Strait and Lake Grassmere earthquakes in central New Zealand were substantially less than those generated by the 2010-2011 Canterbury earthquakes in the Christchurch area, despite the fact that the Cook Strait and Lake Grassmere earthquakes were of comparable size and proximity, and impacted grossly similar geological settings. There is no evidence of primary ground-surface fault rupture during the Lake Grassmere earthquake. [ABSTRACT FROM AUTHOR]

Published
2013
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65. Pulse shaping with saturable absorbers.

Author

Elliott, R. A. and Massey, G. A.

Abstract

An active pulse shaper which can generate time waveforms which are very different from those produced naturally by laser oscillators has been devised. The system, which is in effect an optical shutter with variable transmission, consists of an array of bleachable dye cells. The transmittance of each cell is controlled by gating signals that are standard exponential or gaussian optical pulses. The system is applied to the production of the superexponential pulse waveform required for laser initiated nuclear fusion. It is demonstrated that the pulse intensity I(t) = Io(1−t/T)-a with T = 9.45 ns, a = 15/8 and 0 ≤ t ≤ 9.4 ns, can be approximated to within 10% by a triple dye cell system modulating an incident pulse with a 4 ns time constant. The gating signals are two exponentials; one with 1 ns and other 250 ps time constant; and a 250 ps FWHM gaussian. [ABSTRACT FROM PUBLISHER]

Published
1974
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84. Cover

Author

Massey, Gerald J., Ruetsche, Laura, and Carrier, Martin

Published
2000

85. Index

Author

Massey, Gerald J., Ruetsche, Laura, and Carrier, Martin

Published
2000

86. Front Matter

Author

Massey, Gerald J., Ruetsche, Laura, and Carrier, Martin

Published
2000

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