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Sulfur mercury and

The reaction is exothermic, and multitubular reactors are employed with direct cooling of the reactor via a heat transfer medium. A number of heat transfer media have been proposed to carry out the reactor cooling such as hot oil circuits, water, sulfur, mercury, and so on. However, the favored heat transfer medium is usually a molten heat transfer salt, which is a eutectic mixture sodium-potassium nitrate-nitrite. [Pg.435]

Jabir introduced a theory, which was to influence much of later alchemy, that metals were mixtures of sulfur, mercury, and arsenic, except for gold, which was made up of sulfur and mercury alone. The sulfur and mercury of which Jabir spoke were not the substances found in nature. They were purified essences which European alchemists later called philosophical sulfur and philosophical mercury. They were supposed to be quite unlike the common substances. For example, it was said that philosophical sulfur didn t burn. According to Jabir, of all the metals, gold contained the most mercury and the least sulfur. Thus other metals could be transformed into gold if ways were found to increase their mercury content. [Pg.7]

Tin(IV) sulfide can be prepared by hydrogen sulfide precipitation of Sn(IV) from solution, to produce a microcrystalline material that is contaminated with oxide. Mosaic gold is a crystalline form of tin(IV) sulfide prepared by high-tempera-ture sublimation procedures. Mosaic gold is the reported product of heating mixtures of (1) tin and sulfur (2) tin, sulfur, and ammonium chloride (3) tin, sulfur, mercury, and ammonium chloride 9 (4) tin(II) oxide, sulfur, and ammonium chloride 9 (5) tin(II) chloride and sulfur 9 (6) tin(II) sulfide, tin(II) chloride, and sulfur.9... [Pg.159]

The Three Essentials are the alchemical principles of Sulfur, Mercury, and Salt. Again these terms are not the common materials we associate with these words, such as table salt or the mercury in your thermometer. They describe subtle philosophical principles active in Nature. [Pg.18]

In Practical Alchemy, there is only the One Thing and all that we perceive is an adaptation of that One. The One takes on the "Clothing" of the Four Elements to bring forth the Three Essentials of Sulfur, Mercury, and Salt. It is the Work of the alchemist to separate, purify and recombine these basic principles until they are in perfect proportion and harmony with each other. Alchemy is all about bringing things to a greater state of perfection. [Pg.25]

The alchemical dictum Ora Et Labor a (pray and work) was the ancient guideline for practice. Our word "laboratory" comes from it. The lab is a temple and oratory wherein we labor. The laboratory work provides us with some powerful tools for accomplishing this Great Work. The creation of our tinctures and elixirs is a first step in correcting the imbalances in our own Sulfur, Mercury, and Salt. But there are many improvements that can be made to augment their power and effectiveness. Some are simple others require much more time and effort. [Pg.32]

Now take each collected quarter in turn and distil it into three parts which come over in the order Sulfur, Mercury, and Salt. For example, the Fire fraction is placed into the still... [Pg.52]

Once the twelve fractions of water have been obtained, the process of recombination can begin. Starting with the Fire element, equal volumes of the Sulfur, Mercury, and Salt... [Pg.58]

One-mole samples of copper, sulfur, mercury, and carbon. [Pg.54]

Paracelsus seems to have believed in the four Aristotelian elements, but he rejected almost everything else of the ancient system. Instead, he promoted the concept of the three principles, namely sulfur, mercury, and salt. These three principles were not exactly the materials they were named after, since they really represented concepts sulfur was combustion and represented the soul, mercury was fluidity and represented the spirit, and salt was inertness and represented the body. By their combination and balance, they could explain the behavior of the world and, in particular, the body. Paracelsus wrote extensively, but most of his work was not published until after his death. His writing style was complex and often convoluted, full of obscure references, metaphors, and religious symbolism. For example, when describing the relation of sulfur, mercury, and salt, he said, The Sulphur resolves itself by the spirit of Salt in the liquor of Mercury, which of itself is a liquid distributed from heaven to earth, and is the albumen of the heaven, and the mid space. 6 It would not be clear to a non-Paracelsian what this description meant. [Pg.38]

The Rayner-Canhams note that her work was based on the three alchemical principles, sulfur, mercury and salt, but presented clear discussions of useful chemical operations The book consists of six partsd ... [Pg.171]

Three Fountains generally represent the three Principles, SulFur, Mercury and Salt. See also Bain (is this a person or See also in the Bath 7 - PV). There are other aspects oF this word, which would require to much space to explain. One will fmd them described notably in the works oFFulcanelli. [Pg.14]

Thus is Trinity in Unity, and Unity in Trinity, for where Spirit, Soul and Body are, there also are Sulfur, Mercury and Salt../"... [Pg.24]

The two Philosophical Metals Silver of the Wise and Cold of the Wise) born from the copulation of the three Principles Sulfur Mercury and Salt) correspond to the two Sublime Virtues, being ... [Pg.26]

There have been a number of major episodes in the history of chemistry when half a dozen or so elements were discovered almost at once, or within a period of a few years. Of course, some elements, such as iron, copper, gold, and other metak, have been known since antiquity. In fact, historians and archeologists refer to certain epochs in human history as the Iron Age or the Copper Age. The alchemists added several more elements to the list, including sulfur, mercury, and phosphorus. In relatively modem times, the discovery of electricity enabled chemists to isolate many of the more reactive elements that, imUke copper and iron, could not be obtained by heating their ores with carbon. The English chemist Humphry Davy seized upon the use of electricity or, more specifically, electrolysis to isolate as many as 10 elements, including calcium, barium, magnesium, sodium, and chlorine. [Pg.6]


See other pages where Sulfur mercury and is mentioned: [Pg.43]    [Pg.220]    [Pg.8]    [Pg.47]    [Pg.101]    [Pg.1]    [Pg.54]    [Pg.70]    [Pg.202]    [Pg.218]    [Pg.8]    [Pg.100]    [Pg.298]    [Pg.42]    [Pg.30]    [Pg.60]   
See also in sourсe #XX -- [ Pg.72 ]




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