Search Results - "Roder, H"

A Security Framework for Online Distance Learning and Training.

Authors: Furnell, S. M. Onions, P. D. Bleimann, U. et al.

Source: Internet Research. 1998 8(3):236-242.

Peer Reviewed: Y

Page Count: 7

Descriptors: Accountability, Alarm Systems, Computer Mediated Communication, Computer Security, Distance Education, Educational Resources, Foreign Countries, Higher Education, Models, Online Systems

Geographic Terms: Germany, United Kingdom

Molar volume (density) of solid oxygen in equilibrium with vapor.

Authors: Roder, H. M.

Source: Journal of Physical & Chemical Reference Data; 1978, Vol. 7 Issue 3, p949-957, 9p

Thermal conductivity of oxygen.

Authors: Roder, H. M.

Source: Journal of Research of the National Bureau of Standards; July/August 1982, Vol. 87, p279-310, 32p

Absolute determination of the thermal conductivity of argon at room temperature and pressures up to 68 MPa.

Authors: Castro, C. A. N. de Roder, H. M.

Source: Journal of Research of the National Bureau of Standards; May/June 1981, Vol. 86, p293-307, 15p

Transient hot wire thermal conductivity apparatus for fluids.

Authors: Roder, H. M.

Source: Journal of Research of the National Bureau of Standards; September/October 1981, Vol. 86, p457-493, 37p

Transport properties of fluids of cryogenic interest.

Authors: Haynes, W. M. Diller, D. E. Roder, H. M.

Source: Cryogenics; July 1987, Vol. 27, p348-360, 13p

A high-temperature transient hot-wire thermal conductivity apparatus for fluids.

Authors: Perkins, R. A. Roder, H. M. Nieto de Castro, C. A.

Source: Journal of Research of the National Institute of Standards & Technology; May/June 1991, Vol. 96, p247-269, 23p

Relation between wire resistance and fluid pressure in the transient hot-wire method.

Authors: Roder, H. M. Perkins, R. A.

Source: Journal of Research of the National Institute of Standards & Technology; March/April 1989, Vol. 94, p113-116, 4p

Analysis of load-impedance modulation.

Authors: Roder, H.

Source: Proceedings of the IRE; June 1939, Vol. 27, p386-395, 10p

Theory of the discriminator circuit for automatic frequency control.

Authors: Roder, H.

Source: Proceedings of the IRE; May 1938, Vol. 26, p590-611, 22p

Effects of tuned circuits upon a frequency modulated signal.

Authors: Roder, H.

Source: Proceedings of the IRE; December 1937, Vol. 25, p1617-1647, 31p

Elimination of phase shifts between the currents in two antennas.

Authors: Roder, H.

Source: Proceedings of the IRE; March 1934, Vol. 22, p374-394, 21p

Graphical methods for problems involving radio-frequency transmission lines.

Authors: Roder, H.

Source: Proceedings of the IRE; February 1933, Vol. 21, p290-302, 13p

Some notes on demodulation.

Authors: Roder, H.

Source: Proceedings of the IRE; December 1932, Vol. 20, p1946-1961, 16p

Superposition of two modulated radio frequencies.

Authors: Roder, H.

Source: Proceedings of the IRE; December 1932, Vol. 20, p1962-1970, 9p

Amplitude, phase, and frequency modulation.

Authors: Roder, H.

Source: Proceedings of the IRE; May 1932, Vol. 20, p884-887, 4p

Simple method of harmonic analysis for use in radio engineering practice.

Authors: Roder, H.

Source: Proceedings of the IRE; February 1932, Vol. 20, p359-362, 4p

Amplitude, phase, and frequency modulation.

Authors: Roder, H.

Source: Proceedings of the IRE; December 1931, Vol. 19, p2145-2176, 32p

Simple method of harmonic analysis for use in radio engineering practice.

Authors: Roder, H.

Source: Proceedings of the IRE; August 1931, Vol. 19, p1481-1487, 7p

Suppression of radio-frequency harmonics in transmitters.

Authors: Labus, J. W. Roder, H.

Source: Proceedings of the IRE; June 1931, Vol. 19, p949-962, 14p