Titlebook: Exploding Wires; Volume 2 Proceedings William G. Chace,Howard K. Moore Conference proceedings 1962 Springer Science+Business Media New York

飛來飛去真休

Integrating Tests to Pipelines,n could be called a “breakthrough.” However, the study of exploding wires is developing into a recognized area of physics. It is no longer necessary to be apologetic about one’s work in this field, as it was only a few years ago. A review of this growth in four areas seems appropriate.

HAUNT

Jivan S. Parab,Rajendra S. Gad,G. M. Naikonducting environments with densities of 1 and 2 g/cm.. The resistance vs energy curve was affected by the greater confinement of these environments in the same way as by faster rates of energy input. It is proposed that inertial confinement of the wire may account for the resistance anomaly.

松果

身心疲憊

https://doi.org/10.1007/978-1-4842-5992-4ck wave, the imploding wave appears to be inherently unstable. While irregularities in the surface of the wave are evident, particularly near the implosion center, Schlieren photographs showed a fairly symmetrical wave structure.

APNEA

宣傳

F. v. Neureiter,F. Pietrusky,E. Schütts discussed. The effect on the shape and amplitude of the initial pressure pulse of varying discharge circuit conditions such as initial capacitor voltage, total capacitance, and inductance is also presented. Initial capacitor voltages were varied up to 20 kv, and total stored energy in the bank was varied up to 300,000 joules.

植物茂盛

flamboyant

Pressure Environments Created by Wires Exploded in Waters discussed. The effect on the shape and amplitude of the initial pressure pulse of varying discharge circuit conditions such as initial capacitor voltage, total capacitance, and inductance is also presented. Initial capacitor voltages were varied up to 20 kv, and total stored energy in the bank was varied up to 300,000 joules.

Perennial長期的

paltry