Electrolysis Quotes

It is the function which permits us to understand the organism. Thus, when they are inborn, anatomical structures should be considered as topographical conditions of the original functional development, modifiable by the function itself and thus comparable to the electrode which governs the phenomenon of electrolysis but is altered by it in return; when they are acquired, they should be considered the result of the most habitual functioning; thus anatomy should be considered as a stage in the development of physiology. Finally, if it were established that the nerve processes in each situation always tend to re-establish certain states of preferred equilibrium, these latter would represent the objective values of the organism and one would have the right to classify behavior as ordered or disordered, significant or insignificant, with respect to them. These denominations, far from being extrinsic and anthropomorphic, would belong in the living being as such.

If a phenomenon is to show itself as transcendent, the subject himself must transcend the appearance toward the total series of which it is a member. He must grasp redness—i.e., the principle of the series—through his impression of red; the electric current through the electrolysis, etc. But if the object’s transcendence is grounded in the necessity that any appearance can be transcended, it follows axiomatically that the series of appearances for any object is posited as infinite.

Davy began to bang out new elements one after another—potassium, sodium, magnesium, calcium, strontium, and aluminum or aluminium, depending on which branch of English you favor.* He discovered so many elements not so much because he was serially astute as because he developed an ingenious technique of applying electricity to a molten substance—electrolysis, as it is known. Altogether he discovered a dozen elements, a fifth of the known total of his day. Davy might have done far more, but unfortunately as a young man he developed an abiding attachment to the buoyant pleasures of nitrous oxide. He grew so attached to the gas that he drew on it (literally) three or four times a day. Eventually, in 1829, it is thought to have killed him.

molten oxide electrolysis: Instead of burning iron in a furnace with coke, you pass electricity through a cell that contains a mixture of liquid iron oxide and other ingredients. The electricity causes the iron oxide to break apart, leaving you with the pure iron you need for steel, and pure oxygen as a by-product. No carbon dioxide is produced at all. This technique is promising—it’s similar to a process we’ve been using for more than a century to purify aluminum—but like the other ideas for clean steel it hasn’t yet been proven to work at an industrial scale.

Now that I'm directing my attention straight at her, it's hard not to look at her crotch, given her cross- legged position. Her black bikini briefs are perfectly in place, without a hair, or even a follicle, to be seen. I wonder if she waxes everywhere? Or if she's had electrolysis? I've heard that's the norm for singletons in the US-the Tinder generation. A doctor friend told me that even in the UK, everybody he sees under the age of thirty is entirely de- void of pubic hair these days.

Well, it’s no secret that life at Arsia Base was rough. Always will be rough, or at least until someone gets around to terraforming Mars, which is wild-eyed fantasy if you ask me. But even if you disregard the sandstorms and scarcity of water, the extremes of heat and cold and… well, just the utter barrenness of that world, it’s still a hell of a place to live for any extended period of time. I guess the worst part was the isolation. When I was station manager we had about fifty men and women living in close quarters in a cluster of fifteen habitats, buried just under the ground. Most of these folks worked either for Skycorp or the Japanese firm Uchu-Hiko, manufacturing propellant from Martian hydrocarbons in the soil which was later boosted up to the Deimos fuel depot, or were conducting basic research for NASA or NASDA. The minority of us were support personnel, like myself, keeping the place operational. A lot of us had signed on for Mars work for the chance to explore another planet, but once you got there you found yourself spending most of your time doing stuff that was not so much different than if you had volunteered to live underground in Death Valley for two years. For the men working the electrolysis plant, it was a particularly hard, dirty job—working ten- or twelve-hour shifts, coming back to the base to eat and collapse, then getting up to do it all over again. The researchers didn’t have it much easier because their sponsoring companies or governments had gone to considerable expense to send them to Mars and they had to produce a lifetime’s worth of work during their two years or risk losing their jobs and reputations.

chemical action is reversed electrolysis.

Presently, electrolysis is actually proven to be a single f the best long term hair removal choices. The process is recognized to stop wasting time and. Functions by inserting the ultra thin metal bung in the follicles of hair and damaging all of them by applying electrical power. Once the follicles of hair are damaged, after that permanent removal of undesired hair should be expected. A good thing in regards to the electrolysis process is the fact it is possible

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The office building held an eclectic mix. Gynecologist. Electrolysis. Subpoena delivery service. Nutritionist. Women-only health club. Not surprisingly Win was standing near the entrance to the women-only health club. Myron approached.

have become a born-again woman just so the sex would be hot. No orgasm in the world is worth all that electrolysis. Truthfully, I became an external woman because I have always been an internal woman. That’s all there is to it.

This brief account of controlled fusion efforts would not be complete without going back to 1989. Early in that year came (in a press conference and in a brief paper in the Journal of Electroanalytical Chemistry) a radical departure from the decades of news concerning advances in the quest for controlled thermonuclear power. Two physicists at the University of Utah, Stanley Pons and Martin Fleischmann, claimed they had succeeded in fusing deuterium nuclei at room temperature in a test tube. Electrolysis of a lithium salt solution led so many deuterium atoms to absorb into a palladium electrode that some of their nuclei appeared to fuse, producing net energy (above that supplied for electrolysis), as well as neutron and gamma ray emissions, clear signs of a process previously attainable only under starlike conditions, and proof of what the press soon called cold fusion.

And soon we’ll need even more power, as we pursue another way to reduce emissions: electrification, which is the technique of using electricity instead of fossil fuels for some industrial processes. For example, one very cool approach for steelmaking is to use clean electricity to replace coal. A company I’m following closely has developed a new process called molten oxide electrolysis: Instead of burning iron in a furnace with coke, you pass electricity through a cell that contains a mixture

Water in space would be hugely valuable, far more so the gold, given the cost of hauling water up from Earth. On b moon, water would support life, and using electrolysis (pass ing an electric current through it) water can be broken dow into hydrogen and oxygen to make rocket fuel. The moon could become a filling station outside Earth's deep gravity field that could be used to support a general expansion ins the solar system, just as was dreamed of before Apollo.

By a skilful method, based on the fact discovered by Mr. C. T. R. Wilson, that charged particles can serve as nuclei for the condensation of water-vapour, he was further able to determine the value of the electrical charge carried by these particles, which was found to be constant also, and equal to the charge carried by univalent ions, e.g., hydrogen, in electrolysis. Hence, it follows that the mass of these kathode particles must be much smaller than the hydrogen ion, the actual ratio being about 1 : 1700. The first theory put forward by Sir J. J. Thomson in explanation of these facts, was that these kathode particles (“corpuscles” as he termed them) were electrically charged portions of matter, much smaller than the smallest atom; and since the same sort of corpuscle is obtained whatever gas is contained in the vacuum tube, it is reasonable to conclude that the corpuscle is the common unit of all matter.

… and the festive medley of cars that jammed the narrow streets, engines idling and spurting, packed or piled high with portmanteaus, grips, golf clubs, radios, canvases, coats on wire hangers, paperbacks strapped or strung together like tiles, hair driers like instruments for the obscenest gynecology of all, umbrellas, meter rules, pieces of shelving, lacrosse sticks, baseball bats, minor tables and even, in the open back of one lilac convertible, a bedraggled Christmas tree. Each car was a hot, shining, metal quadrilateral, open or covered, and jammed (oh yes) with jammy, bouncy, damploined, pulp-lipped, washed-haired, Alice-blue-banded little campus honeys lepidote with tiny eczema or undiagnosed gonorrhea, all sailing glamorously home to cities, penicillin and a few hours of beautifying electrolysis.