Mendeleyev, Dmitri

Vukolov, S. P. (1863—1940). Russexpls chemist, pupil of and collaborator with Mendeleyev in the development of pyrocollodion smokeless powder (see under Mendeleyev, Dmitry I. in Vol 8, M58-L). Inventor of a solventless propint called Slonit. Vukolov worked for many years as an expls specialist for the Russ navy, and was a professor at the Naval Academy. He was the author of numerous publications on expls and ammo... 

Mendeleyev, Dmitry I. (1834—1907). Distinguished Rus scientist best known as creator of the Periodic System of the Elements. Inventor of one of the first successful single-base NC proplnts using pyrocollodion which was adopted by the Rus Navy in 1895. The same powd, with slightly higher N content, was later introduced in the US Navy Refs 1) A. Sapajnikoff, SS 2, 161-64 (1907)... 

Mendeleyev, Dmitry Ivanovich (1969). Principles of Chemistry. New York Kraus Reprint. 

Mendeleyev, Dmitri Ivanovich (1834-1907) A Russian chemist, teacher, and inventor, Mendeleyev studied the properties of liquids and the spectroscope before becoming a professor in Saint Petersburg and later serving as director of weights and measures. He created a periodic table of the sixty-three elements then known arranged by atomic mass and the similarity of properties (a revised form of which is still employed in modern science) and used the table to correctly predict the characteristics of elements and isotopes not yet found. Element 101, mendelevium, discovered in 1955, was named in his honor. 

Mendeleyev, Dmitry Ivanovich (1834-1907) Russian chemist who arranged the known elements into a table of columns by their chemical properties. This was the periodic table, which was of great importance in the development of chemistry and enabled Mendeleyev to predict the existence of several elements that were subsequently discovered. Element 101 is named mendelevium after him. He also worked on the liquifaction of gases, the expansion of gases, and a theory of solutions. 

Two centuries later, chemists had identified 63 of the 92 naturally occurring elements. But they had no useful way of organizing them, no system that would allow them to understand the elements relationship to one other. Did the elements have any order The question stumped the world s best chemists until the Russian scientist Dmitri Mendeleyev solved the problem in 1869. His eureka moment did not come in his lab but in his bed. I saw in a dream, he wrote, a table where all the elements fell into place... 

It would be very hard to learn the chemistry of all 105 elements if they did not fall into groups with similar properties. About one hundred years ago, a Russian chemist, Dmitri Mendeleyev, devised a method of charting the elements according to recurring,... 

In the eighteenth and nineteenth centuries, chemists had so successfully isolated the elements that John Dalton was able to put together a genuine atomic theory. Dmitri Mendeleyev organised the elements into his periodic table, the culmination of scientific elegance. 

Russian chemist Dmitry Mendeleyev (1834-1907) organizes the chemical elements into a periodic table. 

Strathern, Paul. Mendeleyev s Dream The Quest for the Elements. New York Thomas Dimne Books, 2001. Here is the story of the central tenet of chemistry—the periodic table of elements, the idea for which came to Russian chemist Dmitri Mendeleyev in a dream. 

When the Russian scientist Dmitri Ivanovich Mendeleyev devised the Periodic Table in 1869, he was able to use it for much more impressive feats of deduction. He correctly predicted elements that had not yet been discovered not just that they existed, but what they behaved like, their densities, and their melting points. 

And so here is Jaffe s Dmitri Mendeleyev, eccentric and shockhaired prophet of chemistry , a Tartar who would not cut his hair even to please his majesty Czar Alexander III . He is a dreamer and a philosopher , and the question of whether some order could be found among the profusion of elements was one that haunted his dreams . 

Russian chemist Dmitri Mendeleyev places carbon in tbe periodic table. 

Many elements, including carhon, had been discovered by the mid-1800s, and chemists were looking for a way to organize the information that had been discovered. In 1869, the Russian chemist Dmitri Mendeleyev (1834-1907) created the first accurate periodic table, an organized chart of all the elements and their distinguishing characteristics. The periodic table, which has been revised and expanded since Mendeleyev, is still one of the most useful tools in chemistry. 

Dmitri Mendeleyev (1834-1907), a Russian scientist and creator of the modern periodic table, discovered that if elements were lined up according to atomic weights and arranged in rows of 2, 8, 18, and 32, atoms with similar chemical and physical properties appeared in the same column. However, there were some exceptions. Argon and potassium were out of place. So were iodine and tellurium. Mendeleyev thought his relative weights were incorrect. 

Figure 2.2 Dmitri Mendeleyev, a Russian chemistry teacher, devised the periodic table as a reference for his chemistry students. His work provided the foundation for today s periodic table.

The periodic table finally made its debut in 1869, on a cold and stormy day in Petersburg, Russia. Chemistry teacher Dmitri Mendeleyev was writing a new textbook for his students when he hit upon the answer to a problem about elements that he had been thinking about for a while. 

Zannos, Susan. Dmitri Mendeleyev and the Periodic Table. Hockes-sin, DE Mitchell Lane Publishers, 2004. 

Although Sc was difficult to isolate, its existence and several of its chemical properties were predicted in 1871 by Dmitri Mendeleyev, who called it ekaboron because of its expected similarity to boron. Lars Fredrik Nilson first isolated its oxide (scandia) while persuing the oxide of a different rare earth. 

Many atomic masses were determined as a direct result of Dalton s postulates and the work that they stimulated, and scientists attempted to relate the atomic masses of the elements to the elements properties. This work culminated in the development of the periodic table by Dmitri Mendeleyev (1834-1907) (Figure 3.8) and independently by Lothar Meyer (1830-1895). Because Mendeleyev did more with his periodic table, he is often given sole credit for its development. 

This equality was derived in 1834 by Benoit Paul Emile Clapeyron (1799-1864) and boiled down to 1 mole in 1874 by Dmitry Ivanovich Mendeleyev (1834-1907). In connection with this it is called Clapeyron - Mendeleyev equation. It describes a model of state of the ideal gas. According to it the values partial pressure and concentrations individual components in underground gas can be tied between themselves equations ... 

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