H. Porter

发表

Efficiencies for production of atomic nitrogen and oxygen by relativistic proton impact in air

H. Porter, C. Jackman, A. Green, 1976 .

The gravity wave Doppler spread theory applied in a numerical spectral model of the middle atmosphere: 2. Equatorial oscillations

C. Hines, H. Mayr, H. Porter, 1997 .

Interseasonal Variations in the Middle Atmosphere Forced by Gravity Waves

D. Drob, H. Mayr, H. Porter, 2013 .

QBO as potential amplifier of solar cycle influence

H. Mayr, H. Porter, C. Wolff, 2006 .

Modeling studies with QBO: II. Solar cycle effect

D. Drob, H. Mayr, H. Porter, 2003 .

Modeling studies with QBO: I. Quasi-decadal oscillation

D. Drob, H. Mayr, H. Porter, 2003 .

The role of gravity waves in maintaining the QBO and SAO at equatorial latitudes

H. Mayr, H. Porter, K. Chan, 1999 .

Variability of the equatorial oscillations induced by gravity wave filtering

H. Mayr, H. Porter, K. Chan, 1998 .

The gravity wave Doppler spread theory applied in a numerical spectral model of the middle atmosphere: 1. Model and global scale seasonal variations

C. Hines, H. Mayr, H. Porter, 1997 .

Equatorial oscillations in the middle atmosphere generated by small scale gravity waves

C. Hines, H. Mayr, H. Porter, 1995 .

Relativistic yield spectra for H2

H. Porter, A. Green, R. H. Garvey, 1977 .

Properties of internal planetary-scale inertio gravity waves in the mesosphere

H. Porter, K. Chan, H. G. Mayr, 2004 .

Planetary‐scale inertio gravity waves in the Mesosphere

H. Porter, K. Chan, H. G. Mayr, 2003 .

Mesospheric non-migrating tides generated with planetary waves: I. Characteristics

H. Porter, K. Chan, H. G. Mayr, 2005 .

Planetary-Scale Inertio Gravity Waves in the Numerical Spectral Model

H. Porter, H. G. Mayr, E. Talaat, 2004 .

Chemistry of the Jovian auroral ionosphere

J. Perry, J. Fox, H. Porter, 1999 .

Non‐migrating diurnal tides generated with planetary waves in the Mesosphere

H. Porter, K. Chan, H. G. Mayr, 2003 .

On the behavior of the F-layer under the influence of gravity waves

H. Porter, T. Tuan, 1974 .

Solar Cycle Variations and Equatorial Oscillations: Modeling Study

P. Bhartia, D. Drob, H. Porter, 2013 .

Quasi-decadal Oscillations Generated by the QBO

P. Bhartia, D. Drob, H. Porter, 2001 .

Proton energy deposition in molecular and atomic oxygen and applications to the polar cap

B. C. Edgar, H. Porter, A. Green, 1975 .

Phenomenological treatments of cross sections for proton and hydrogen impact below 1 keV on molecular nitrogen

H. Porter, A. Green, P. Szydlik, 1975 .

Densities and vibrational distribution of H3 + in the Jovian auroral ionosphere

Y. H. Kim, J. Fox, H. Porter, 1991 .

Local microcomputer networks and their impact on computer science education

Hayden S. Porter, H. Porter, 1982, ACM-SE 20.

Evidence for day‐to‐night ion transport at low solar activity in the Venus pre‐dawn ionosphere

J. Fox, H. Porter, J. Brannon, 1993 .

Upper limits to the nightside ionosphere of Mars

J. Fox, H. Porter, J. Brannon, 1993 .

Model Calculations of the Nightside Ionospheres of Venus and Mars

J. Fox, A. Stewart, H. Porter, 1992 .

Iterative solution of the multistream electron transport equation: 1. Comparison with laboratory beam injection experiments

H. Porter, H. G. Mayr, F. Városi, 1987 .

Dissociative recombination contributions to I(5577) and I(6300) [OI] and NmF2 enhancements resulting from moderate proton PCA events

B. C. Edgar, H. Porter, A. Green, 1975 .

Semiempirical modeling of thermospheric magnetic storms

A. Hedin, N. Spencer, H. Porter, 1981 .

Tides and the midnight temperature anomaly in the thermosphere

H. Carlson, A. Hedin, N. Spencer, 1979 .

Direct evidence of transport processes in the thermospheric diurnal tide

A. Hedin, N. Spencer, H. Porter, 1978 .

CO2and CO electron vibrational cooling rates

H. Porter, H. G. Mayr, 1979 .

Comparison of Monte Carlo and continuous slowing‐down approximation treatments of 1‐keV proton energy deposition in N2

H. Porter, A. Green, 1975 .

Mesospheric non-migrating tides generated with planetary waves: II. Influence of gravity waves

H. Porter, K. Chan, H. G. Mayr, 2005 .

Mesosphere dynamics with gravity wave forcing: Part I. Diurnal and semi-diurnal tides

H. Porter, K. Chan, H. G. Mayr, 2001 .

Seasonal variations and planetary wave modulation of diurnal tides influenced by gravity waves

H. Porter, K. Chan, H. G. Mayr, 1999 .

Seasonal variations of the diurnal tide induced by gravity wave filtering

H. Porter, K. Chan, H. G. Mayr, 1998 .

The QBO as Potential Amplifier and Conduit to Lower Altitudes of Solar Cycle Influence

H. Porter, C. Wolff, H. G. Mayr, 2007 .

Modeling Study of Mesospheric Planetary Waves: Genesis and Characteristics

H. Porter, K. Chan, H. G. Mayr, 2004 .

Mesosphere dynamics with gravity wave forcing: Part II. Planetary waves

H. Porter, K. Chan, H. G. Mayr, 2001 .

Properties of QBO and SAO generated by gravity waves

H. Porter, K. Chan, H. G. Mayr, 2000 .

On the behavior of airglow under the influence of gravity waves

S. Silverman, H. Porter, T. Tuan, 1974 .

Inertio Gravity Waves in the Upper Mesosphere

H. Porter, K. Chan, H. G. Mayr, 2003 .

Non-Migrating Tides, with Zonally Symmetric Component, Generated in the Mesosphere

C. Hines, H. Porter, H. G. Mayr, 2003 .

An analytic degradation spectrum for H2

H. Porter, A. Green, R. H. Garvey, 1977 .

Upper limits on production rate of NO per ion pair

J. Frederick, H. Porter, C. Jackman, 1979, Nature.

An analytic formulation for heating source memory in the thermospheric composition

A. Hedin, H. Porter, H. G. Mayr, 1981 .

The QBO as Potential AmpIifier and Conduit to Lower Altitudes of Solar CycIe Influence

H. Porter, K. Chan, H. G. Mayr, 2005 .