Col. J. J. Astor's Vibratory Disintegrator An Ingenious Device Which Manufactures Prouducer Gas From Peat and the Patent Covering Which will be Given to the Public Join Our Community of Science...

In all molecular dissociation or disintegration of both simple and compound elements, whether gaseous or solid, a stream of vibratory antagonistic thirds, sixths, or ninths, on their chord mass will compel progressive subdivisions.

Vibratory Disintegrator for Gas-Producers, of which the following is a full, clear, and exact description. This invention relates to certain improve ments in the manufacture of producer gas, and the object of the invention is to render practical the manufacture of producer gas from peat. The main essential feature of my inven

This vibratory disintegrator operates not only to facilitate the escape of the gas with in the peat, but it also serves to render the transmission of the heat throughout the entire mass of peat...

This invention was developed on the Astor's farm at Ferncliff in Rhinebeck, NY. The inventor, John Jacob "Jack" Astor IV, opened the patent making the device free to use by all Americans. His...

In all molecular dissociation or disintegration of both simple and compound elements, whether gaseous or solid, a stream of vibratory antagonistic thirds, sixths, or ninths, on their chord mass will compel progressive subdivisions.

vibratory disintegrator "The disintegration of rock is, however, a very small and accidental effect of that tremendous force that lies behind the "secret." Indeed, that particular application of the force was a chance discovery.

Col. J. J. Astor's Vibratory Disintegrator An Ingenious Device Which Manufactures Prouducer Gas From Peat and the Patent Covering Which will be Given to the Public The Sigafoos Tunnel Machine

The vibratory disintegrator which has been in­ vented by Col. Astor and which, it is believed, will solve the problem of the commercial manufacture of producer gas from peat, utilizes the expansive force of the air alld gases within the ver'y porous peat to disrupt and disintegrate the latter, and to per­

Feb 16, 2018 · In this paper, we briefly review the scientific foundations of the effect of both high-power nanosecond electromagnetic pulses (HPEMP) and dielectric barrier discharge (DBD) in air on semiconductor...