Swastika over the Volga. Luftwaffe against Stalin's air defense. (Zefirov M., Degtev D., Bazhenov N.). Membership in scientific and public organizations

In the presented book, the collapse Russian Empire and its last king is shown for the first time not from the point of view of politicians, writers, revolutionaries, diplomats, generals and others educated people, who were a minority in the country, but through the prism of popular, philistine perception.

The beginning of the war, Leningraders, like most residents Soviet Union, met "peacefully". The border ran far to the south-west, now the impenetrable Karelian Isthmus reliably protected Finland, and from the sea - the powerful Red Banner Baltic Fleet. And in general, the war, if it could start, should have been fought on the territory of the enemy and certainly not near the walls of his native city.

This book, based on numerous domestic, Romanian, German and other foreign sources, for the first time provides a complete chronicle of air battles on the southernmost sector of the Eastern Front, starting from June 22, 1941 and until the evacuation of Soviet troops from Odessa.

Initially, this branch of aviation, equipped mainly with clumsy-looking three-engine Ju-52 aircraft, was created in the Third Reich to serve the paratroopers. For the first time airborne assaults were used during the Polish campaign. Then, during the period of the captures of Denmark, Norway, Holland, Belgium, Greece, the transport aviation of the Luftwaffe literally "with the forces of one parachute regiment" captured airfields, fortresses and ...

Dmitry Degtev, Dmitry Zubov - Aborted flight "Edelweiss". Luftwaffe on the offensive in the Caucasus. 1942

Dmitry Zubov, Dmitry Degtev - Aborted flight "Edelweiss". Luftwaffe on the offensive in the Caucasus. 1942

On April 16, 1942, General E. von Manstein reported to Hitler on a plan for an operation to defeat the Soviet troops on the Kerch Peninsula called Bustard Hunting. He approved of everything, except for the upcoming role of the Luftwaffe. The Fuhrer believed that it was precisely aviation, as before, that would have to play a decisive role in the offensive in the Crimea, and then in the decisive thrust he had planned for the Caucasus.

This book is devoted to the activities of special and secret units of the Luftwaffe, which were engaged in throwing spies and saboteurs into the rear of the enemy and other special missions. Only a limited circle of people knew about the operations and tasks of these units, strict secrecy was observed even within the squadrons.

The Luftwaffe bomber force, the favorite brainchild of Reichsmarschall Goering, was assigned a leading role in the blitzkrieg strategy. She was the most numerous in the Air Force Nazi Germany and was always the first to strike at the enemy. Meanwhile, from most books about the Luftwaffe, one gets the impression that they were exclusively engaged in supporting the advancing troops and were "not capable of carrying out strategic bombing."

Morning June 22, 1943 All the inhabitants of the Soviet Union, waking up, remember that terrible war with the "Hitler bloody dogs" has been going on for two years. Well, the inhabitants of the village of Perevoz, located 120 kilometers from the city of Gorky, have been observing the glow from fires over the regional center for the seventh time in a row. And they express the opinion that without a second front, Hitler cannot be defeated ...

Based on the recollections of eyewitnesses and a wide range of historical materials D. M. Degtev and N. N. Bazhenov in their book "The Fuhrer as a Commander" provide an overview and analysis of the activities of Adolf Hitler as supreme commander armed forces of the Third Reich during World War II.
It is intended for a wide range of readers, both specialists and amateurs of military history.

Biography

In 1968 he graduated from the Chemistry Department of Perm University. Entered the graduate school of the Department of Analytical Chemistry, which he successfully completed, defending his Ph.D. thesis in 1974. Since then, he has been associated with creative ties with, where he worked as the scientific director of the laboratory of organic reagents, also performing the duties of the head of the chemistry department there (1974–1981).

From 1982 to 1990, he headed the research sector of the Perm University, where he did a great job of organizing scientific research at the university.

Since 1990, he has been the head of the Department of Analytical Chemistry.

In 1994 he defended his thesis for degree doctor of chemical sciences (at ).

Scientific activity

His scientific research is related to the use of organic reagents in practice. chemical analysis. Received 24 copyright certificates, including 2 patent decisions. The results of scientific research were summarized in a doctoral dissertation, which he successfully defended in 1994.

M. I. Degtev is the author of works on the subject of intra-complex compounds of metal ions with new reagents - dipyrazonyl alkanes. He synthesized and proposed a new reagent - diantipyrylthiourea, which turned out to be an effective extractant of copper, cadmium, palladium, bismuth, etc. ions (1970-1980s). Since the early 1990s, M.I. Degtev has been developing the theory and practice of reactions of the cation-exchange mechanism of ß-diketones and dipyrazolonylalkanes with metal ions.

Of particular importance for analytical chemistry, and later for technology, were reports by M.I. Degtev on the use of octyl alcohol for the extraction of singly charged chloride complex ions of iron (III), gallium (III), thallium (III) (mid-late 1990s). ). At present, octyl alcohol, as a powerful and selective extractant, occupies an important place in the technology for obtaining pure niobium and tantalum.

Leads scientific research graduate students and doctoral students. Corresponding member Russian Academy natural sciences, member of the Scientific Council for Analytical Chemistry of the Russian Academy of Sciences.

Selected scientific works

M. I. Degtev published in co-authorship more than 500 scientific works, including 10 monographs, two of which were published in Germany, scientific reviews (28), educational and teaching aids (17). He took part as co-authors in the creation of 40 inventions.

Copyright certificates and patents

  • Painters V.P., Petrov B.I., Degtev M.I., Ponosov I. N. The method of extraction concentration of uranium. A. S. No. 425455, USSR. 1973.
  • BORIS IOSIFOVICH PETROV, VIKTOR PETROVICH ZHIVOPISTSEV, MIKHAIL IVANOVICH DEGTEV, YURIY ALEKSEEVICH MAKHNEV Method of extraction concentration of platinum. A. S. No. 446803, USSR. 1974. Bulletin of Inventions No. 16.
  • Petrov B.I., Degtev M.I., Painters V.P., Ponosov I. N. Method for regeneration of alkyldiantipyrylmethane. A. S. No. 449910, USSR. 1974. Bulletin of Inventions No. 11.
  • ZHIVOPISTSEV VIKTOR PETROVICH, PETROV BORIS IOSIFOVICH, DEGTEV MIKHAIL IVANOVICH The method of extraction concentration of tantalum. A. S. No. 559902, USSR. 1977.
  • V. P. Zhivopistsev, M. I. Degtev, V. S. Savrasova, M. A. Khorkova, and L. I. Uskova R-bis-(1-phenyl-3-methyl-pyrazolon-5-yl)methanes as extraction reagents. A. S. 805611, USSR. Bulletin of Inventions No. 3. 1981.
  • BORIS IOSIFOVICH PETROV, MIKHAIL IVANOVICH DEGTEV, VIKTOR PETROVICH ZHIVOPISTSEV, YURI ALEKSEEVICH MAKHNEV Method of extraction concentration of silver. A. S. No. 833528, USSR. 1981.
  • BORIS IOSIFOVICH PETROV, MIKHAIL IVANOVICH DEGTEV, VIKTOR PETROVICH ZHIVOPISTSEV, TATYANA ALEKSANDROVNA KONDAKOVA Method for the extraction concentration of lead A. S. No. 833530, USSR. 1981.
  • Degtev M.I., Makhnev Yu. A., Khorkova M. A., Ashikhmin E. A., Chapko T. A. The method of extraction selection of beryllium. A.S. No. 169908 [ ] , THE USSR. 1982.
  • TOROPOV LEONID IVANOVICH, DEGTEV MIKHAIL IVANOVICH, ZHIVOPISTSEV VIKTOR PETROVICH Method for determination of copper. A. S. No. 1083109, USSR. Bulletin of Inventions No. 12. 1985.
  • IRINA YURIEVNA KIRSHEVA, MIKHAIL IVANOVICH DEGTEV, ALEXANDER NIKOLAEVICH NEDUGOV, NADEZHDA NIKOLAEVNA PAVLOVA Method for extracting palladium ions. A. S. No. 1154584, USSR. Bulletin of Inventions No. 17. 1985
  • Degtev M.I., Painters V.P., Khorkova M. A. Method for isolating iron from aqueous solutions. A. S. No. 1198003, USSR. 1985.
  • Degtev M.I., Makhnev Yu. A., Kozhevnikova L. A. Buffer mixture for the spectral determination of beryllium. A. S. No. 1208908, USSR. 1985.
  • Degtev M.I., Makhnev Yu. A., Kozhevnikova L. A. Buffer mixture for the spectral determination of platinum and palladium. A. S. No. 1249383, USSR. 1986. Bulletin of Inventions No. 29. 1986.
  • Degtev M.I., Khorkova M. A., Ivanova M. A. Method for extracting calcium. A. S. No. 1322112, USSR. 1987. Bulletin of Inventions No. 25. 1987.
  • Degtev M.I., Makhnev Yu. A., Ozhgibisov S.V. Buffer mixture for the spectral determination of beryllium. A. S. No. 1322779, USSR. 1987.
  • Degtev M.I., Makhnev Yu. A., Kozhevnikova L. A. Buffer mixture for spectral determination of trace amounts of barium and strontium. A. S. No. 1411651, USSR. 1988.
  • Degtev M.I., Petrova E. N. Method for isolating scandium. A. S. No. 1460037, USSR. 1989. Bulletin of Inventions No. 7. 1989.
  • Degtev M.I., Petrova E. N. Separation of scandium and yttrium. A. S. No. 1479420, USSR. 1989. Bulletin of Inventions No. 18. 1989.
  • Degtev M.I., Toropov L.I., Lesnov A. E. The method of extraction extraction of copper (I) from cyanide solutions. A. S. No. 1503008, USSR. Bulletin of Inventions No. 31. 1989.
  • Degtev M.I., Toropov L.I., Makhnev Yu. A.,Motherless E. E. A method for isolating mercury from solutions. A. S. No. 1571463, USSR. 1990. Bulletin of Inventions No. 22. 1990.
  • Degtev M.I., Makhnev Yu. A., Petrova E. N.,Kholyavin O. A. A method for determining trace impurities in thallium (III) compounds. A. S. No. 1608463, USSR. Bulletin of Inventions No. 43. 1990.
  • Degtev M.I., Morozova T. L., Volkova M. A.,Melnikov P.V. Bis-4,4-(3-methyl-1-phenyl-pyrazol-5-one)phthalyl as a reagent for the extraction extraction of copper. A. S. No. 1711461, USSR. 1991.
  • Degtev M.I., Toropov L.I. A method for extracting copper and palladium from an organic solution. The decision to grant a patent dated 28.12.92 on application No. 5032365 dated 16.03.92.
  • Degtev M.I., Toropov L.I., Melnikov P.V. Method for isolating scandium. The decision to grant a patent dated 08.08.94 on application No. 93008183 dated 11.02.93.
  • Degtev M.I., Simanova N.V. Method for the determination of tin (II). Patent No. 2286564 according to application No. 2005135200 of 14.11.2005. Bulletin of Inventions No. 30 of 27.10.2006.
  • Degtev M.I., Simanova N.V. Method for determining tin. Patent No. 2286564 according to application No. 2005135200 dated 14. 11. 2005. Bulletin of Inventions No. 30. 2006.
  • Degtev M.I., Alikina E. N. Method for determination of cobalt. Patent No. 2279673 according to application No. 2005116939 of 03.06.2005. Bulletin of Inventions No. 19 of 10.07.2006.
  • Degtev M.I., Nechaeva E. M., Fotin V.V. Method for concentrating mercury. Patent No. 2339016 according to application No. 2007115175 dated April 24, 2007. Bulletin of Inventions No. 32. 2009.
  • Degtev M.I., Degtev D. M., Melnikov P.V.,Onorin A. A., Alikina E. N. A method for extracting gold from an electrolyte for electropolishing products. Patent No. 2356958 according to application No. 2007149098 dated December 28, 2007. Bulletin of Inventions No. 15. 2009.
  • Degtev M.I., Degtev D. M., Melnikov P.V.,Onorin A. A., Alikina E. N. Method for extracting gold, silver and copper from spent electrolytes. Patent No. 2356957 according to application No. 2007149101 dated December 28, 2007. Bulletin of Inventions No. 15 dated May 27, 2009.
  • Degtev M.I., Degtev D. M., Melnikov P.V.,Onorin A. A., Alikina E. N. Method for extracting palladium, silver and copper from spent electrolytes. Patent No. 2356959 according to application No. 2007149103 dated December 28, 2007. Bulletin of Inventions No. 15. 2009.
  • Batueva T. D., Radushev A.V., Degtev M.I.
  • Batueva T. D., Radushev A.V., Degtev M.I. Method for isolation of chromium (VI) from aqueous solutions. Patent No. 238380 according to application No. 2008135870 dated 04.04. 09. 2028 Bulletin of Inventions No. 7. 2010.
  • Pyankova M.V." Degtev M.I. , The method of extraction-photometric determination of titanium (IV). Patent No. 2407002 dated December 20, 2010. Bull. No. 35 dated 20. 12. 2010.
  • Co-authors Chegodaeva Svetlana Vyacheslavovna (RU), Degtev Mikhail Ivanovich (RU) METHOD FOR DETERMINATION OF MANGANESE (II) Patent No. 2 415 415 published on March 27, 2011 Bull. No. 9
  • Co-authors Rusakova Alena Vladimirovna (RU), Chegodaeva Svetlana Vyacheslavovna (RU), Degtev Mikhail Ivanovich (RU) METHOD OF SEPARATING COPPER (I) AND COPPER (II) Patent No. 2 416 452 published on April 20, 2011 Bull. No. 11.

Monographs

  • Degtev M.I., Toropov L.I. Analytical control of the content of pollutants in objects environment. Perm: PGU, PSI MOSU, PSI, PSSGK. 2003. 428 p.
  • Degtev M.I., Strelkov V.V., Degtev D. M. Environment and ecological monitoring. Yekaterinburg: Ural Branch of the Russian Academy of Sciences. 2004. 330 p.
  • Degtev M.I., Baskin Z. L., Kudryashova O. S., Alikina E. N. Sampling and sample preparation. Dep. in VINITI AN RF 28. 09. 07; No. 915-B2007. Perm, PSU. 2007. 190 p.
  • Degtev M.I., Alikina E. N., Shein A. B. Environmental protection. Dep. in VINITI AN RF 28. 09. 07; No. 916-B2007. Perm, PSU. 2007. 90 p.
  • Degtev M.I., Alikina E. N. Environmental assessment. Dep. at VINITI AN RF 10.04.08; No. 307-B2008. Perm, PSU. 2007. 94 p.
  • Degtev M.I., Kudryashova O. S. Environmental monitoring. Dep. at VINITI AN RF 25.09.07; No. 898-B2007. Perm, PSU. 2007. 161s.
  • Degtev M.I., Alikina E. N. Physical and chemical properties of antipyrine and its derivatives // Perm, PGU. 2009. 174 p.

Educational and teaching aids

  • Degtev M.I. Extraction in analytical chemistry // Perm, Perm. un-t. 1994. 123 p.
  • Degtev M.I. Separation and concentration methods // Perm, Perm. un-t. 1998. 222 p.
  • Degtev M.I., Strelkov V.V., Gelfenbuim I.V. Ecological monitoring (recommended by UMO universities of the Russian Federation) // Perm, Perm-un-t. 1999. 225 p.
  • Degtev M.I., Kislitsyn I. A. Analytical chemistry // Perm: Perm. un-t. 1999. 88 p.
  • Degtev M.I., Zubareva G.I. cleaning Wastewater galvanic production from heavy metal ions using highly efficient collectors // Perm, Perm. tech. state un-t. 2003.82 p.
  • Degtev M.I. Collection of questions and tasks on the titrimetric method of analysis (recommended by the UMO UMO Universities of the Russian Federation) // Perm, Perm. un-t. 2006. 102p.
  • Degtev M.I. Organic reagents and their complex compounds of vanalytic chemistry // Perm, Perm. un-t. 2007. 198 p.
  • Degtev M.I. Extraction in analytical chemistry (2nd ed., revised) // Perm, Perm. un-t. 2007. 135 p.
  • Degtev M.I., Alikina E. N. Environmental Protection // Perm, Perm. un-t. 2007. 95 p.
  • Degtev M.I., Nechaeva E. M. Standardization and certification of materials // Perm, Perm. un-t. 2007. 103 p.
  • Degtev M.I., Baskin Z. L.,Kudryashova O. S. Sampling and sample preparation // Perm, Perm. un-t. 2007. 194 p.
  • Degtev M.I., Kudryashova O. S. Ecological monitoring // Perm, Perm. un-t. -2007. -156s.
  • Degtev M.I., Alikina E. N. Chemical expertise // Perm, Perm. un-t. -2007. -99s.
  • Degtev M.I., Volkova M. A. Pollution Control Methods natural environment// Perm, Perm. un-t. 2007. 90 p.
  • Degtev M.I. Organic reagents and their complex compounds (2nd ed., revised) // Perm, Perm. un-t. 2009. 269 p.

Teaching aids and guidelines

  • Degtev M.I., Makhnev Yu. A., Barmina G. A. etc. Qualitative analysis. Part 1 (editor M. I. Degtev) // Perm, Perm. un-t. 1992. 72 p.
  • Degtev M.I., Barmina G. A.,Babushkin V. A. etc. Quantitative analysis. Part 2 (responsible editor M. I. Degtev // Perm, Perm. Univ. 1995. 56 p.
  • Degtev M.I., Khlyupina L. L.,Khakhalkina I. G. et al. Qualitative analysis (2nd ed., revised) // Perm, Perm. un-t. 2001. 56 p.
  • Degtev M.I., Khlyupina L. L.,Khakhalkina I. G. Titrimetric method of analysis (editor-in-chief M. I. Degtev) // Perm, Perm. un-t. 2004. 26 p.
  • Bondareva E. G., Degtev M.I. Analysis of natural and industrial objects (silicate analysis) // Perm, Perm. un-t. 2005. 46 p.
  • Degtev M.I., Khlyupina L. L.,Barmina G. A. Quantitative analysis (2nd ed., revised) // Perm, Perm. un-t. 2006. 52 p.
  • Babushkin V. A., Degtev M.I.,Khlyupina L. L. Qualitative analysis (ed. 3rd revised) // Perm, Perm. un-t. 2006. 69 p.
  • Kislitsyn I. A., Melnikov P.V., Degtev M.I. Water chemistry // Perm, Perm. un-t. 2011. 46 p.

For more information about the works of M. I. Degtev, see.

Mikhail Zefirov Dmitry Degtev Nikolai Bazhenov Swastika over the Volga. Luftwaffe against Stalin's Air Defense Part One 1941 - November 1942 Preface Chapter 1 Soviet Pre-War Air Defense Doctrine Chapter 2 Soviet Air Defense Structure Chapter 3 Air Defense Troop Equipment Chapter 4 VNOS Aircraft Detection System and Means Chapter 5 Training for Air Defense Forces Chapter 6 Pre-War Lesson Chapter 7 Wings of Blitzkrieg Chapter 8 The Volga Region Meets War Chapter 9 "Klara Zetkin" Chapter 10 Air Defense is Created in the Volga Region Chapter 11 The Cold Autumn of 1941 Chapter 12 Gloomy November in Gorky Chapter 13 Lessons and Results of the November Raids Part Two 1942 Chapter 1 New Year- new hopes Chapter 2 The front in the rear Chapter 3 The first military spring Chapter 4 Cadres decide everything Chapter 5 The fight against long-range reconnaissance of the Luftwaffe Chapter 6 The Gorky air defense corps region Chapter 7 The war in the Volga region Chapter 8 The Stalingrad apocalypse Chapter 9 The war on oil Chapter 10 Autumn tide saboteurs Chapter 11 Technique is everything Chapter 12 Autumn of the forty-second Chapter 13 The last effort of the Luftwaffe Chapter 14 "Uranus" Part Three 1943 Chapter 1 The collapse of the war on oil Chapter 2 The war on oil resumed Chapter 3 Dangerous radio games Chapter 4 The eternal problems of the air defense Chapter 5 of the Luftwaffe - the choice of target Chapter 6 The state of the air defense of the cities of the Volga region by the summer of 1943 Chapter 7 Hot June Chapter 8 The whole Volga region is on fire Chapter 9 The blow to finish off Chapter 10 The Volga region is in ruins Chapter 11 Another reorganization of the air defense Chapter 12 One Hundred Days Chapter 13 The Abwehr's New Offensive on The Volga Region Chapter 14 The Submarine Threat Part Four 1944 Chapter 1 The War Goes West Chapter 2 The Secret Squadron Chapter 3 The Last German Efforts special services Chapter 4 "Iron hammer" CONCLUSION Used literature Foreign sources

Mikhail Zefirov Dmitry Degtev Nikolai Bazhenov Swastika over the Volga. Luftwaffe against Stalin's air defense

IN last years many books, reference books and other works appeared on the history of German aviation (Luftwaffe) during the Second World War. Numerous memoirs of German pilots, direct participants in those events, became a significant addition to them. However, until now, the strategic operations of the Luftwaffe, in particular those directed against the Soviet military industry, have remained almost uncovered. Often, in the works of domestic and foreign authors, one gets the impression that German aircraft were exclusively engaged in supporting the ground forces, chasing tanks and infantrymen on the battlefield.

Separate episodes do represent stamped schemes. In particular, the air defense of Moscow was "recognized" as almost the best in the world, due to which all the raids of the "fascist vultures" were allegedly heroically repelled. The actions of German aviation near Stalingrad were reduced to a "terrible raid" on August 23, 1942, as if there were no strikes on the "Stalinist stronghold" before or after that. “Individual” raids on the rear cities and factories, if they are mentioned in historical works, mainly local lore, then with the light hand of the authors are recognized as useless and “not achieving the goal”, or even “helping” the workers overfulfill the plan and reconstruct production.

As a result, it turned out that entire pages of the air war on Eastern Front simply forgotten or turned into myths, wandering from book to book. In particular, few people know that from October 1941 to June 1943, vast areas of the Volga region, which was the main region that supplied the Red Army with weapons, were regularly attacked by German bombers. At the same time, German long-range reconnaissance aircraft literally hung over the Volga, tracking down ships, factories and military echelons. During almost the entire war, German aircraft literally threw crowds of spies and saboteurs into the rear during dark nights. All this challenged the Stalinist air defense.

opposition to the Luftwaffe and Soviet system Air defense, as well as the fate of ordinary residents, workers, anti-aircraft gunners and pilots, is dedicated to this book, which actually opens new page in the history of World War II. On the basis of numerous, previously inaccessible to researchers, archival documents, eyewitness accounts and other sources, we tried to recreate a vast panorama of events that took place during the difficult years of the war.

The authors are grateful for the help and materials provided: the museum of JSC "GAZ" and personally its director Natalya Vitalievna Kolesnikova, employees of the Central Archive of the Nizhny Novgorod Region and personally the chief specialist, head. reading room Galina Alekseevna Deminova, employees of the State Socio-Political Archive of the Nizhny Novgorod Region, as well as Dmitry Khazanov, Andrey Kuznetsov and Boris Akimovich Dekhtyar.

The authors express their special gratitude for the invaluable help in working on the book and for the provided documentary and illustrative materials to Walter Weiss (Germany), the keeper of the archive of the bomber squadron "Belke".

Mikhail Ivanovich Degtev(August 8, 1946, the village of Panovo-Leontyevo, Gorky Region) - Russian chemist, Doctor of Chemical Sciences, Professor, Head of the Department of Analytical Chemistry Perm University(since 1990). Member of the Academic Council for Analytical Chemistry of the Russian Academy of Sciences. author a large number patents, monographs, textbooks and teaching aids on the subject of analytical chemistry.

Biography

In 1968 he graduated from the Chemistry Department of the Perm University. Entered the graduate school of the Department of Analytical Chemistry, which he successfully completed, defending his Ph.D. thesis in 1974. Since then, he has had creative ties with the Institute of Natural Sciences, where he worked as scientific director of the laboratory of organic reagents, also acting as head of the chemistry department there (1974–1981).

From 1982 to 1990, he headed the research sector of the Perm University, where he did a great job of organizing scientific research at the university.

Since 1990, he has been the head of the Department of Analytical Chemistry.

In 1994 he defended his dissertation for the degree of Doctor of Chemical Sciences (at the Institute organic chemistry Ufimsky scientific center RAS).

Scientific activity

His scientific research is related to the use of organic reagents in the practice of chemical analysis. Received 24 copyright certificates, including 2 patent decisions. The results of scientific research were summarized in a doctoral dissertation, which he successfully defended in 1994.

M. I. Degtev is the author of works on the subject of intra-complex compounds of metal ions with new reagents - dipyrazonyl alkanes. He synthesized and proposed a new reagent - diantipyrylthiourea, which turned out to be an effective extractant of copper, cadmium, palladium, mercury, bismuth, etc. ions (1970-1980s). Since the early 1990s, M.I. Degtev has been developing the theory and practice of reactions of the cation-exchange mechanism of -diketones and dipyrazolonylalkanes with metal ions.

Of particular importance for analytical chemistry, and later for technology, were reports by M.I. Degtev on the use of octyl alcohol for the extraction of singly charged chloride complex ions of iron (III), gallium (III), thallium (III) (mid-late 1990s). ). At present, octyl alcohol, as a powerful and selective extractant, occupies an important place in the technology for obtaining pure niobium and tantalum.

At present, M.I. Degtev is the head of two scientific directions(“Kinetics and mechanism of reactions of complex formation of metal ions with organic reagents. Development of chemical and physicochemical methods for diagnosing environmental objects” and “Development of methods for the directed synthesis of complex organic molecules based on five-membered dioxoheterocycles and polycarbonyl compounds, organometallic intermediates for the purpose of obtaining drugs, food additives, biological plant and animal protection agents, corrosion protection agents”).

Supervises scientific research of graduate and doctoral students. Corresponding member of the Russian Academy of Natural Sciences, member of the Academic Council for Analytical Chemistry of the Russian Academy of Sciences.

Membership in scientific and public organizations

  • Member of the Academic Council of ENI PSNIU.
  • Member of the Academic Council of the Faculty of Chemistry, Perm University.
  • Member of the Academic Council of the Perm University.
  • Member of the Academic Council for Analytical Chemistry of the Russian Academy of Sciences.

Selected scientific works

M. I. Degtev published more than 500 scientific papers, including 10 monographs, two of which were published in Germany, scientific reviews (28), educational and teaching aids (17). He received more than 40 patents and copyright certificates.

Copyright certificates and patents

  • Painters V. P., Petrov B. I., Degtev M. I., Ponosov I. N. Method of extraction concentration of uranium. A. S. No. 425455, USSR. 1973.
  • Petrov B.I., Pivostsev V.P., Degtev M.I. Method of extraction concentration of platinum. A. S. No. 446803, USSR. 1974. Bulletin of Inventions No. 16.
  • Petrov B.I., Degtev M.I., Pivostsev V.P., Ponosov I.N. A method for the regeneration of alkyldiantipyrylmethane. A. S. No. 449910, USSR. 1974. Bulletin of Inventions No. 11.
  • Petrov B. I., Degtev M. I., Pivostsev V. P. A method of extractive concentration of tantalum. A. S. No. 559902, USSR. 1977.
  • Dyogtev M. I., Pivostsev V. P., Savrasova V. S., Khorkova M. A., Uskova L. I. R-bis-(1-phenyl-3-methyl-pyrazolon-5-yl)methanes as extraction reagents. A. S. 805611, USSR. Bulletin of Inventions No. 3. 1981.
  • Degtev M. I., Petrov B. I., Pivostsev V. P., Makhnev Yu. A. Method of extraction concentration of silver. A. S. No. 833528, USSR. 1981.
  • Degtev M.I., Petrov B.I., Pivostsev V.P., Kondakova T.A. Method for extraction concentration of lead A.S. No. 833530, USSR. 1981.
  • Degtev M. I., Makhnev Yu. A., Khorkova M. A., Ashikhmin E. A., Chapko T. A. A method for the extraction separation of beryllium. A. S. No. 169908, USSR. 1982.
  • Degtev M. I., Toropov L. I., Pivotsev V. P. Method for determining copper. A. S. No. 1083109, USSR. Bulletin of Inventions No. 12. 1985.
  • Degtev M. I., Kirsheva I. Yu., Nedugov A. N., Pavlova N. N. A method for extracting palladium ions. A. S. No. 1154584, USSR. Bulletin of Inventions No. 17. 1985
  • Dyogtev M. I., Pivotsev V. P., Khorkova M. A. A method for extracting iron from aqueous solutions. A. S. No. 1198003, USSR. 1985.
  • Degtev MI, Makhnev Yu. A., Kozhevnikova LA Buffer mixture for the spectral determination of beryllium. A. S. No. 1208908, USSR. 1985.
  • Degtev MI, Makhnev Yu. A., Kozhevnikova LA Buffer mixture for spectral determination of platinum and palladium. A. S. No. 1249383, USSR. 1986. Bulletin of Inventions No. 29. 1986.
  • Degtev M. I., Khorkova M. A., Ivanova M. A. Method for extracting calcium. A. S. No. 1322112, USSR. 1987. Bulletin of Inventions No. 25. 1987.
  • Degtev MI, Makhnev Yu. A., Ozhgibisov SV Buffer mixture for the spectral determination of beryllium. A. S. No. 1322779, USSR. 1987.
  • Degtev MI, Makhnev Yu. A., Kozhevnikova LA Buffer mixture for spectral determination of barium and strontium microquantities. A. S. No. 1411651, USSR. 1988.
  • Degtev M. I., Petrova E. N. Method for isolating scandium. A. S. No. 1460037, USSR. 1989. Bulletin of Inventions No. 7. 1989.
  • Degtev M. I., Petrova E. N. Method for the separation of scandium and yttrium. A. S. No. 1479420, USSR. 1989. Bulletin of Inventions No. 18. 1989.
  • Degtev M. I., Toropov L. I., Lesnov A. E. A method of extraction extraction of copper (I) from cyanide solutions. A. S. No. 1503008, USSR. Bulletin of Inventions No. 31. 1989.
  • Degtev M. I., Toropov L. I., Makhnev Yu. A., Bezmaternykh E. E. A method for extracting mercury from solutions. A. S. No. 1571463, USSR. 1990. Bulletin of Inventions No. 22. 1990.
  • Degtev M. I., Makhnev Yu. A., Petrova E. N., Kholyavin O. A. Method for determining trace impurities in thallium (III) compounds. A. S. No. 1608463, USSR. Bulletin of Inventions No. 43. 1990.
  • Degtev M. I., Morozova T. L., Volkova M. A., Melnikov P. V. Bis-4,4-(3-methyl-1-phenyl-pyrazol-5-one)phthalyl as a reagent for extraction isolation copper. A. S. No. 1711461, USSR. 1991.
  • Degtev M. I., Toropov L. I. A method for extracting copper and palladium from an organic solution. The decision to grant a patent dated 28.12.92 on application No. 5032365 dated 16.03.92.
  • Degtev M. I., Toropov L. I., Melnikov P. V. Method for isolating scandium. The decision to grant a patent dated 08.08.94 application No. 93008183 dated 11.02.93.
  • Degtev M. I., Simanova N. V. Method for the determination of tin (II). Patent No. 2286564 according to application No. 2005135200 dated 14. 11. 2005. Bulletin of Inventions No. 30 dated 27. 10. 2006.
  • Degtev M.I., Simanova N.V. Method for determining tin. Patent No. 2286564 according to application No. 2005135200 dated 14. 11. 2005. Bulletin of Inventions No. 30. 2006.
  • Degtev M. I., Alikina E. N. Method for determining cobalt. Patent No. 2279673 to application No. 2005116939 of 03.06.2005. Bulletin of Inventions No. 19 of 10.07.2006.
  • Degtev M. I., Nechaeva E. M., Fotin V. V. A method for concentrating ruti. Patent No. 2339016 according to application No. 2007115175 dated April 24, 2007. Bulletin of Inventions No. 32. 2009.
  • Degtev M. I., Degtev D. M., Melnikov P. V., Onorin A. A., Alikina E. N. A method for extracting gold from an electrolyte for electropolishing products. Patent No. 2356958 according to application No. 2007149098 dated December 28, 2007. Bulletin of Inventions No. 15. 2009.
  • Degtev M. I., Degtev D. M., Melnikov P. V., Onorin A. A., Alikina E. N. A method for extracting gold, silver and copper from spent electrolytes. Patent No. 2356957 according to application No. 2007149101 dated December 28, 2007. Bulletin of Inventions No. 15 dated May 27, 2009.
  • Degtev M. I., Degtev D. M., Melnikov P. V., Onorin A. A., Alikina E. N. A method for extracting palladium, silver and copper from spent electrolytes. Patent No. 2356959 according to application No. 2007149103 dated December 28, 2007. Bulletin of Inventions No. 15. 2009.
  • Batueva T. D., Radushev A. V., Degtev M. I. Method for the isolation of chromium (VI) from aqueous solutions. Patent No. 238380 according to application No. 2008135870 dated 04.04. 09. 2028 Bulletin of Inventions No. 7. 2010.
  • Degtev M.I., Pyankova M.V. Method of extraction-photometric determination of titanium (IV). Patent No. 2407002 dated 20. 12. 2010. Bull. No. 35 dated 20. 12. 2010.
  • Degtev M. I., Chegodaeva S. V. A method for the extraction isolation of manganese (II) ions. Positive decision to grant a patent. 2011.
  • Degtev M. I., Chegodaeva S. A method for the extraction isolation of copper (II) ions. Positive decision to grant a patent. 2011.
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