Strindberg 1951-1962: A Bibliography

Bryer, Jackson R.

doi:10.1353/mdr.1962.0030

Cited by 3 publications

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“…As there is only one type of electricity with two poles, so probably oxygen and hydrogen are two manifestations of the same force inhabiting all bodies 147, p. ing that iodine were Ce^Oa, then chlorine must be designated CHsO, and I reduce this to HO, so I obtain H4O2, which equals 2 times H2O or water, or also equals H2O2, which is hydrogen peroxide, 4-2H (47, p. 74) ... . The atom of aluminum 28 [actually 27] is equal to that of silicon, which explains why plants, which live mainly on an aluminum soil, almost never contain aluminum oxide but, on the contrary, often silicon and always carbon in their tissues.…”

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confidence: 99%

“…In Sweden, a dozen motion picture films have been made from his plays and novels. His life and works have been extensively and meticulously investigated in literally thousands of books and articles (e.g,, biographies (8)(9)(10)(11)(12)(13)(14)(15)(16)(17), reminiscences (18)(19)(20)(21), essays (22)(23)(24)(25), bibliographies (26)(27)(28)(29)(30)(31), and even plays (32,33). Yet Strindberg's little-known chemical and alchemical research has been the subject of only a few generally unsympathetic and cursory reviews of his "scientific" books (34-40).…”

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August Strindberg's chemical and alchemical studies

Kauffman¹

1983

J. Chem. Educ.

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Editor's Note. When chemistry "bonds" to the humanities, certain unusual "reaction products" can result. This is especially so when a gifted artist like Strindberg tries his hand at chemistry (and alchemy) guided largely by romantic preconceptions and an a priori rejection of "establishment" science. It is of value to everyone to understand the motivations of this approach as well as the results; after all, even today we find some segments of the population rebelling against science in the most irrational way, although (so far) not with the flair of Strindberg. How are we to handle our students as they check their daily horoscopes in the newspaper? Are they proceeding from some of the same assumptions as this troubled genius? Can we show them what is wrong with these assumptions? George Kauffman's paper, an extended study of Strindberg's work and motivations, provides many of the facts and ideas (using just this one example) on which answers to these questions can be built. When we bridge the "two cultures," we must honor the respective methods of art and science and not impose those of one on the other, for then only failure can result.

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August Strindberg's chemical and alchemical studies

Kauffman¹

1983

J. Chem. Educ.

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“…The axial mixing of gases during flow through tubular high pressure reactors was measured (5) using helium as a tracer gas; return bends contribute considerably to axial effects in these systems. A novel impeller design using thin triangular plates rotated on arms produces turbulent vortices, which are said to be of advantage as an "air stirrer" (3).…”

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confidence: 99%

Mixing Technology

Rushton¹

1963

Ind. Eng. Chem.

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“…One example of how one can modify the internals of a reactor to change the mixing patterns was by Pawlowski (92) in which the backmixing in a tubular vessel was greatly reduced by the introduction of several screens, rotating normal to the flow through the reactor. Another example was the use of aerodynamic principles to design specific vortex generators for stirring in mixing tanks by Bryer (13). The exact effect of such internals, or of things such as baffles, cannot really be predicted at the present time; only the aftereffects can be determined.…”

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Mixing and Contacting in Chemical Reactors

Bischoff¹

1966

Ind. Eng. Chem.

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In recent years, much appreciation has been gained for the fact that the performance of chemical reactors can be influenced by many things in addition to the chemistry involved. In particular, the mixing and contacting patterns caused by the fluid mechanics can at times greatly modify the reactor behavior. Even though it is usually impossible to define completely the extremely complicated fluid flow that exists in most real reactors, many tools have been devised to take this into account, at least partially. It will be the purpose of this paper to discuss our present knowledge of these methods, with particular emphasis on more recent work. As will be discussed in more detail below, reactors with single-phase flow are now capable of being reasonably well handled with existing information, but the same is not so true of the more complicated two-phase operation. Therefore, a detailed coverage of some important two-phase reactor systems will be given, with the hope that this collection of information will make the design tools more readily available.

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Strindberg 1951-1962: A Bibliography

Cited by 3 publications

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August Strindberg's chemical and alchemical studies

August Strindberg's chemical and alchemical studies

Mixing Technology

Mixing and Contacting in Chemical Reactors

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