Problems of atmospheric wind inputs for missile and space vehicle design

Scoggins, J. R.; Vaughan, William W.

doi:10.2514/3.27619

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Cited by 5 publications

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The Jimsonde-A high resolution temperature sensor

Camp

1971

J. Geophys. Res.

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The Jimsonde, a high‐resolution lightweight temperature sensor developed for use with the FPS‐16 Radar/Jimsphere wind system, and its related systems are discussed; and an error analysis that shows the sonde to have an rms error of 0.41C at sea level and 0.56C at 18 km is presented. Five flight tests, a sequence of four tests and one individual test, of the Jimsonde were made. For comparative purposes, radiosonde temperature data are presented along with the Jimsonde data.

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The Jimsonde-A high resolution temperature sensor

Camp

1971

J. Geophys. Res.

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Spectral structure of tropospheric vertical temperature profiles over Cape Kennedy, Florida

Fichtl¹,

Camp

1973

J. Geophys. Res.

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Recent Jimsphere/Jimsonde measurements of tropospheric temperature profile spectra in the wavelength band 50 ≤ λ ≤ 2000 meters above the atmospheric boundary layer, taken over Cape Kennedy, Florida, are summarized. The results suggest that the spectra can be represented in the nondimensional form (ωg/σw)ϕ(k)/σT2 = S(K), where ϕ(k) is the temperature profile spectrum at wave number k, ωg is the Brunt‐Väsälä frequency, σw, and σT denote the standard deviations of the vertical velocity and temperature profiles, and S is a universal function of nondimensional wave number K = kσw/ωg. As K → ∞, the results suggest that S(K) ∼ K−1, whereas, for intermediate values of K ∼ O (10−2), S(K) ∼ K−3.

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Atmospheric Flight Gust Loads Analysis

Kim

Kabe

Lee

2000

Journal of Spacecraft and Rockets

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Problems of atmospheric wind inputs for missile and space vehicle design

Cited by 5 publications

References 5 publications

The Jimsonde-A high resolution temperature sensor

The Jimsonde-A high resolution temperature sensor

Spectral structure of tropospheric vertical temperature profiles over Cape Kennedy, Florida

Atmospheric Flight Gust Loads Analysis

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