Additive chamber

Inner-plane temples within the Upper Worlds, since they are not confined by the laws which govern matter in the three-dimensional world, are capable of being much larger on the inside than on the outside (like the tardis in the BBC television series, Dr. Who). They can also contain more chambers than any edifice built in physical matter. The only restrictions they appear to have are those limitations imposed by the mind of the human visitor. The same may be true—if we will it to be so—of thought-built edifices constructed by practitioners of the Art. And since the castle golem is to become a true reflection of the macrocosm—so that the individualized microcosm may be refashioned in its likeness—our eidolon, or thought-form, will contain additional chambers we have not yet entered. 

A number of field studies have been published with similar designs, in which breathing zone air, blood, breafli and urine were measured in groups of workers. In addition, chamber studies allowed measurements under predetermined consistent conditions. The emerging patterns formed die basis for recommendations for biologic monitoring. 

The feed zone will be built into the hub to discharge at the start of the cylindrical section of the bowl adjacent to the beach. Next to the feed zone, a second chamber for flocculant or rinse may be fabricated within the hub. A buffer chamber between the feed and additive chamber will sometimes be built, with simple exit ports into the pond. By putting distance between the feed and the additive chamber by use of the buffer chamber, there is less chance of the additive chamber being contaminated by feed material. 

Fractional electrolysis has also been applied to the study of hormones. Freeman, Gulland, and Randall (1935) reported that the oxytocic hormone of the posterior lobe of the pituitary gland remained in the center compartment of an electrodialysis cell at reactions more alkaline than pH 8, but moved toward the cathode at more acid reactions. They were unable to purify the hormone by electrodialyas since the removal of a proteoselike material seemed to reduce the stability of the hormone toward alkali. Das, Ghosh, and Guha (1936) used a three-chambered apparatus with two additional chambers carrying reversible electrodes for the determination of the isoelectric point of the hormone they con-... 

The Octane Requirement Increase, ORI, is a phenomenon manifested by the appearance of knocking and is due to the increase in engine octane demand with time. This phenomenon is correlated with the increase of solid deposits in the combustion chamber. Although the causes have not been determined with certainty, some companies have patented additives which modify the deposits. The effect is to limit the increase in octane demand (Bert et al., 1983 Chevron, 1988 Nelson et al., 1989). 

Bert, J.A., J.A. Gething, T.J. Hansel, H.K. Newhall, R.J. Peyla and D.A. Voss (1983), A gasoline additive concentrate removes combustion chamber deposits and reduces vehicle octane requirement . SAE paper No. 83-1709, Fuels and Lubricants meeting, San Francisco, CA. 

Additional ionization is effected by including radioactive substances or plasma or glow discharges in the evaporation chamber or by electrical charging of the nebulizer. Such techniques are also discussed in Chapters 8 and 11. 

Three approaches have been identified that reduce susceptibility of CA resists to airborne contamination. In the first, process engineering changes such as the addition of special activated carbon filters to the environmental chambers surrounding the exposure tools (76,79), overcoating the resist with a soluble protective film to isolate the resist from the environment (77,80,81), or modifications of the process flow to minimize the time interval between exposure and post-exposure bake have been shown to improve CA resist processibibty. 

Jet Aerators. Jet aerators are a cross between the diffused and mechanical aerators. Air and water are pumped separately under the water surface into a mixing chamber and ejected as a jet at the bottom of the tank or pond (Fig. 3f). Jet aerators are suited for deep tanks and have only moderate cost. Disadvantages include high operational costs, limitations caused by tank geometries, and nozzles that can clog. Additionally, they require blowers. 

---