Abstract: The invention provides a stackable storage container (10) having a pair of side walls (12, 14), top wall (16), bottom wall (18) and rear wall 20. A pair of upper and lower front walls (22, 24) are hinged to the top wall (16) and bottom wall (18) respectively of container (10) with upper front wall (22) at least partially overlapping the lower front wall (24) along its length.

Abstract: A neutron generator utilizing relatively small plasma pulses which are constantly re-created in the reaction chamber in a conventional manner by injecting pulses of a fuel such as deuterium or deuterium and tritium, in either a gaseous or small solid pellet form, ionizing the same and compressing the same to form a plasma, while surrounding the plasma with a working gas such as hydrogen under pressure moving longitudinally through the chamber and carrying the plasma with it. As each pulse of plasma is dissipated into the working gas and carried out of the chamber, this completes its life cycle. New cycles are initiated in an appropriate manner to maintain an orderly and nearly continuous energy addition and extraction to and through the background gas.

Abstract: A method and apparatus for reducing pollutant emissions from a source of combustion while simultaneously increasing the combustion efficiency. In a preferred mode, the technique contemplates the separation, removal and collection of positively charged species at the combustion zone. This is achieved by applying a relatively small magnitude electrostatic field at the combustion zone via positive and negative electrode means. A negative electrode may be positioned adjacent aperture means formed in the sidewall of the combustion chamber at the combustion zone so as to attract positive ionic species that include the pollutant emissions (e.g., NO.sup.+) desired to be extracted. A negative electrode may also be electrically connected to a tube that serves to collect the pollutant for later processing to a useful by-product (e.g., nitrogenous fertilizer).