Viktor Kuznetsov NKVD against the Gestapo. Kuznetsov Viktor Vasilievich Kuznetsov Viktor Vasilievich Kuznets

UPI graduate. Since 1953 - at the Instrument-Making Plant in the city of Trekhgorny. Worked at the company for 43 years.

Assignment of special secrecy

My first trip to the 6th Main Command took place after just a month of work. I arrived at the Volodin Farm (as the secret facility under construction was then called) on September 3, 1953 and was hired as a senior foreman. Which workshop? And they didn’t exist then. The first buildings were just being built, but the plant had already received a government order. To complete it on time, it was necessary to create production.

Since I had an engineering education and fresh knowledge after college, a month later, in October, I was appointed head of the tool bureau and sent to Moscow. Everything was very secret, they didn’t even allow me to write down the address, the first director, Konstantin Arsenievich Volodin, ordered me to memorize it. The purpose of the trip was also not explained. The ministry was located near the Kazan station, where trains from the Urals and Siberia arrive.

I found the right building. Seven floors, our 6th office is on the sixth floor. I called my secretary Marya Sergeevna, she ordered a pass and explained how to find the checkpoint. I went into the room, there were no people there. Everyone is waiting, the officer shouts out his name through the window. As soon as I had time to enter, I heard my name being called. I received a one-time pass using my passport (later they gave me a permanent one, because my first business trip lasted a whole month).

I found the right office. Three young specialists were sitting there, actually my peers. One of them turned out to be the head of the department, A. A. Zhinzhikov, and he oversaw the PSZ. It was only from him that I learned that our plant would produce nuclear weapons.

Most of those who arrived at the construction site had no idea what they were building. A secret object - that's all. Only the most enlightened knew that they were working for the defense industry. “Do not be curious” - that’s what the instructions said. Do not mention nearby settlements or other geographical names either in letters, or by phone, or in conversations. Yuryuzan was the Yu River. The junction railway station Vyazovaya is simply a train station. Where? - From Zlatoust. (Go figure out that the real Chrysostom is a hundred kilometers away from us, and ours is a license plate). Where do you work? - At the factory. - By whom? - Technologist.

Only later, in 1954, when B.L. Vannikov arrived at the site, did I witness his frank address to a group of plant employees for the only time: “The Party and the Government have entrusted you with a special task. You will make atomic and hydrogen bombs." Everyone gasped. And the deputy director for the regime, A.D. Ryazantsev, immediately ordered everyone to shut their mouths and threatened with 25 years of imprisonment or even execution for disclosing the secret.

As it turned out, I was sent to Moscow to fill out applications and contracts for the production of technological equipment for Tatyana (RDS-4). They set up a table for me in the same room, and for a whole month I was putting together a package of orders. They issued reporting forms crossed out diagonally with a red stripe: state order, priority execution. 29 factories in the country, located throughout its territory, were involved in the production of equipment. Moscow, Leningrad, Kuibyshev, Kharkov, Sverdlovsk, Chelyabinsk... The drawings came from Center-300 (Arzamas-16), often such parts were never made in factories. The Kyiv plant, for example, had to turn out one-and-a-half meter plane washers; before that, they had not even produced meter-long ones. But the matter of national importance does not accept delays and excuses.

Here I learned to work quickly, because no overtime was allowed, from 9 am to 6 pm, an hour break. You also cannot take documents out of the building in order to work at home. Have time! The comrades sat nearby, and each did their own work, just as intense and urgent. They didn’t interfere in my affairs, no one placed a single order for me. Special typographical forms were printed for filling out; there should not even be any blots when filling them out. If you need to correct it, cross it out carefully and immediately sign and number it. But this is in rare, exceptional cases. Therefore, everything was filled out extremely carefully and carefully. You answer with your head!

I had a little more time than my colleagues because I didn't smoke. My colleagues took smoke breaks, but not every hour - time was precious. There was also a “supper”: an hour before the end of the working day, we went to the canteen to refresh ourselves. It’s very convenient for business travelers, because they didn’t always have dinner in the evening. I wanted to see everything since we were in Moscow.

The food in the dining room was delicious. No frills: cabbage soup, cutlets, side dish, compote - a complete Soviet set. There were always two salads to choose from: vinaigrette or fresh tomato and cucumber salad. They also sold cognac, some used it at lunch for an appetite, there was nothing wrong with that, everyone knew when to stop. We took a bottle or two home with us.

On weekends, we went to restaurants in an all-male group of four or five people - we could afford it because we made good money. We were in both “Aragvi” and “Balchug”. We had a good rest, but never discussed work issues: it was taboo. We followed the regime and understood that we could be under the control of certain services.

We lived in a hotel opposite Kotelnicheskaya Embankment. Within a month we became friends, became familiar, but there was no familiarity. In general, in the Main Directorate, everyone addressed each other respectfully, using “you”, and dressed strictly in suits and ties or in military uniform: everyone was so smart, business-like and polite. However, without arrogance, everything is simple.

The same thing happened at our factory. The engineering corps and managers were in suits, the foremen were in robes, the workers were in overalls, which were regularly washed. There was no dirt. Volodin did not tolerate slobs, but, in turn, there was no one to watch him, there was no female surveillance (no wife could stand such a working rhythm). Either the string on the ear of his earflap hat will come off, or a button from his famous leather coat will fly off. He covered so many kilometers a day that his shoes simply burned, and getting size 49 boots, you must admit, is not easy. But both the tunic and the shirts were always clean and ironed like a man. They loved him, appreciated his great hard work and dedication to the plant, which he built from scratch in the uninhabited taiga from scratch and launched on time.

The youth treated their elders with respect, were not rude, and did not snap back. The workers addressed each other in everyday life, of course, as they were accustomed to, but they always addressed the foreman and boss by their first and patronymic names. Between themselves as they wish, but in front of everyone they were taught to be respectful. This was probably a distinctive feature of nuclear scientists. They considered themselves intelligent people; after all, they were the intellectual elite of Soviet society.

Of course, we had exceptions. Both at the factory and in the industry. Even on that first business trip. One of the three who sat with us in the room, V.F. Zakoryukin, exactly lived up to his last name. A formalist, he wanted to curry favor with everyone. One day I put the drawings away on the table and went to lunch. So he reported me to the head of the first department. True, he turned out to be a smart man, he listened to me, and I proved that the drawings were not secret, and there was no need to put them in the safe. Zakoryukin and I were not friends, although we did not demonstrate this at work. When necessary, we resolved issues together. But they didn’t trust him, knowing that he was an informer.

Another comrade was sitting at the awards. It was then, listening out of the corner of my ear, that I learned that after successful development of a new product, awards were given out. And not by rank. By participating in development, assembly, testing. It was surprising to me that the reward from the reward in time should be separated by a certain number of years. Sometimes a simple worker - a good turner, for example - did not even understand why he was being awarded: he simply turned high-quality parts and did not know that they were used to assemble a certain special product. It’s just that everyone was focused on doing the assigned work efficiently. And not to show curiosity is a state secret!

Everyone worked hard. It was such a time - an arms race. It was necessary to release the product as quickly as possible. It was considered prestigious to carry out the plan. For a long time we had a slogan hanging on our workshop building: “Fulfilling the plan is a duty, overfulfillment is an honor!”

One day, on November 10, right after the November holidays, we were sent drawings by plane. Raw, unfinished. And December 30 is the production release date. Everyone was shocked. It was rumored that such an unrealistic deadline was set for K. A. Volodin specifically to check, as a test, whether he could cope. The hope was that he would fail. Everyone knew that the then head of the 6th Directorate, V.I. Alferov, did not really like our Konstantin Arsenievich from the time when they worked together in Arzamas-16.

The team was mostly young. The director appealed to Komsomol honor. No one asked what the accomplishment would be, what rewards, what honors. We distributed the work and stood at the machines. They worked day and night, 18 hours a day, and forgot about weekends and holidays. And on the 28th the order was completed. When the director saw the finished painted product on the stand, he even shed a tear.

They weren’t afraid to trust the young people back then. Take me: at the age of twenty-three, I was sent to Glavk for such an important task, entrusted with interaction with factories throughout the country. A month later, upon my return, I had to get ready to travel again. I visited all 29 enterprises to which applications were sent. I walked up to the checkpoint, gave my order number, and was immediately taken to the director or chief engineer. These were people older than me, but they treated me very seriously, because the papers came with a red stripe, which means they were of national importance. People in production were afraid of such orders.

In Vitebsk, at a factory destroyed by the war, the chief technologist, 20 years older than me, begged to expand the angular tolerances on a device for milling hexagons and pentahedrons; their equipment did not allow turning parts of this level of accuracy. It is forbidden. I don’t know how they finished it there, maybe even manually; but they did.

Only once did we make a mistake. There was an error in the drawings: a mirror image in the jig for drilling holes, the assembly did not fit. And then Volodin forced me to personally recheck all the parts on the VL-5 coordinate machine. I had to learn how to work as a machine operator, but this came in handy later. Fortunately, only one conductor was defective, the rest were fine. It could be given to workshops for work. But we spent a month rechecking.

Career progressed quickly. They didn't pay attention to age. Young people were sent to responsible areas. They believed in her. We grew up on the ideology of the Communist Party, we were devoted to our Motherland, ready for exploits and eager to accomplish great things.

From 1963, for 10 years, I headed the factory party organization. At that time, the word of the party committee was significant, it meant a lot. At that time, we had Yu. T. Kosyakov, the head of the quality control department of the plant, a very rude and self-confident, arrogant comrade. He brought the controllers, mostly women, to tears more than once with his rudeness. He did not recognize people as people. I called him to talk twice, to no avail: “What are you going to do to me, the minister appointed me!” The issue was raised at the party committee, and the following decision was made: to consider such behavior incompatible with the position held. Kosyakov threatened a ministerial commission to examine the issue, shouting that they would not pat us on the head for arbitrariness. But two days later, Deputy Minister of the Ministry of Medium Machine Building L.G. Mezentsev called and asked director A.G. Potapov: “Are you a director or not? The party committee has made a decision, but the administration has still not taken any action!” An order was immediately written, the untouchable was removed and left the city.

The Ministry listened to local decisions. Party discipline contributed to the strengthening of order and created responsibility and integrity.

Managers were required to know everything and competently organize the labor process and rest of their employees. As soon as the first workshops began operating, Volodin introduced daily operating procedures in the workshops. 30 minutes before the start of the shift, the foremen, site managers, and foremen discussed what was to be done. The director knew the situation better than anyone, he went around and visited every single object every day. Once every ten days I held production meetings after work, believing that no one should be distracted from the work process.

One day, my friend and I came to his office to ask for an apartment in a new rental building. So he called us selfish people and scolded us for taking time away from production, although we came during our break. But Konstantin Arsenievich was a very fair and decent person, he understood that young families needed housing, and the very next day we were issued warrants.

He did not have office hours; workers contacted him directly in the workshops, on the street, or came to his office at about eleven in the evening, knowing that he was still working. He demanded that superiors be accessible to subordinates. Every month, four meetings were held in the workshops: general, party, Komsomol, trade union. Weekly – five-minute political information. All available information was communicated to people, emerging issues were resolved, and employees were listened to.

They cared. Vouchers were allocated to our ministerial health resorts - to Sudak, Gelendzhik, Adler. Then they built their own “Ryabinka” in Yevpatoria and began taking children to the Black Sea for the whole summer.

They helped organize leisure activities, especially sports. In every yard, young people hung up volleyball nets in the evenings and played until they sweated after work. In the clearings they set up goals made of poles and played football. There were sports grounds everywhere near the workshop buildings; they even managed to play in the towns during lunch breaks.

We were paid well. We were called chocolate makers in the area because everything was in the stores, and we were proud of our belonging to the Ministry of Medium Machine Building and the fact that we live “behind the thorns.”

People from all over the area sought to settle in the ZATO. It was prestigious. We selected the best. But they couldn’t always find the right personnel. When I worked as deputy director for personnel, the head of the 2nd Main Directorate, Yuri Sergeevich Semendyaev, complained to me because of the delay in appointing a deputy director for capital construction at the plant. We couldn't find the right candidate. Then reserve albums were formed. At the PSZ we had an album of factory-level reservists, and at the Ministry of Medium Machinery we had our own album. I went to him, they picked up the ministerial album, and Yuri Sergeevich proposed his candidacy - Mikhail Konstantinovich Mamaev from the site of N.V. Firsov (Angarsk Construction Department). We called on HF and asked Nikolai Vladimirovich to characterize this specialist. It was a pity for him, but he let Mamaev come to us, and it so happened that he was not alone, but together with his wife Klara Nikolaevna, a journalist by training, who organized the publication of a factory newspaper at our PSZ. The Mamayevs worked successfully until retirement, and now their children work at FSUE PSZ. This is how, with the light hand of Yu. S. Semendyaev, a labor dynasty was born.

Enterprises: Ministry of Medium Engineering of the USSR, apparatus (Ministry of Medium Machine Building of the USSR, Ministry of Atomic Energy and Industry of the USSR, Ministry of the Russian Federation for Atomic Energy, Minatom of Russia, Federal Atomic Energy Agency, Rosatom, State Atomic Energy Corporation Rosatom, State Corporation Rosatom), Instrument-Making Plant, Federal State Unitary Enterprise (PSZ, Zlatoust-20, Zlatoust-36)

Personalities: Alferov V. I., Vannikov B. L., Volodin K. A., Umanets M. P., Mamaev M. K., Mezentsev L. G., Semendyaev Yu. S.

Year of text creation: 2014

Recorded: E. Ger

Biographical Dictionary, vol. 1-4

(01/23/1928, Neya, Kostroma province - 02/06/2014, St. Petersburg), writer, translator, in PB 1954-65.

From a family of workers. In 1942 he was evacuated to the village of Zarechye, where he graduated from the 7th grade, and in 1944 he returned to Leningrad. In the same year he entered Archangel. mor. school for the department of navigators and upon graduation in 1948 worked for a year on Balt ships. shipping company, then to Izhora. z-de.

In 1950 he entered the English department. philology translation. fak. 1st LGPIIYA.

After early graduation from the institute on September 9. 1954 went to work at the OSKh GPB, where he was engaged in serving readers, censor. viewing foreign lit., prepared cards with the “secret” stamp removed for transfer to OKart. After graduating from VBK, he was transferred on January 19. 1956 to the position of Art. b-rya. Bible combined work with translations. In 1956 in the magazine. "Ogonyok" appeared first lane. South American writer J. Cone “A Crack in the Sky.” 29 Jan 1959 transferred to OKart in the same position, was involved in cataloging foreign materials. maps of the 16th century, cartographic organization. fund, serving readers. In 1964 he wrote an article. “Incunabula cards in the funds of the State Public Library named after. M.E. Saltykov-Shchedrin” based on the report. in the Russian Geographical Society (Izvestia of the USSR Academy of Sciences. Ser. geogr. 1964. No. 3).

In July 1965 he left the PB to become a teacher. job and until 1976 worked as an English teacher. language in English school Frunzen. district, then in France. school No. 392 Kirov. district. From 1976 to 1988 he worked as a lecturer. English language in the Institute of Nuclei. physics, translated into English. language tech. lit. in geodesy, surveyor. business, soil mechanics, petrochemistry, etc. He continued to study the lane. artist lit.

His lane occupies a special place. mor. Romana Shotl. writer A. McLean “The Cruiser Ulysses”, which was reprinted 20 times from 1991 to 2006, and other op. the same author.

Lastly years began to write his own. work. Member Writers' Union since 1994.

Op.: Russian Golgotha. St. Petersburg, 2003; Following in the footsteps of royal gold. St. Petersburg, 2003; Love of the Grand Duke (Mikhail Alexandrovich). M., 2005; Night of the Long Knives. M., 2005; Confrontation. Soviet intelligence during the Second World War. St. Petersburg, 2007; Hitler's mountain riflemen. Edelweiss in battle. M., 2008; “Just Olga...”: (about Grand Prince Olga Alexandrovna). St. Petersburg, 2010.

Per.: Gilbert K. E., Kuhn G. History of aesthetics. M., 1960 (reprint 2000) (jointly with I. G. Tikhomirova); Dubois W. The Trials of Mansart: a novel. M., 1960; Simenon J. Maigret's fluctuations: novels. L., 1991; Wertenbaker L. Lion's Eye, or the Life and Death of Mata Hari: a novel. M., 1994; Den L. The Genuine Queen. Worres J. The Last Grand Duchess. M., 1998; King G. Empress Alexandra Feodorovna. M., 1999; Massey R. Nicholas and Alexandra. St. Petersburg, 2004; Benag K. Englishman at the Royal Court: biogr. S. Gibbs. St. Petersburg, 2006; Berdik Yu. The Ninth Wave: a novel. St. Petersburg, 2007.

Bibliography: PB in print; “Just Olga...”

Arch.: OAD RNB. F. 10/1; F. 10/2.

I can write a lot about this man.
And in general, I believe that I know him better than he knows himself. For many years, drop by drop, through sweat and blood, I absorbed the word and action of this man.

This is the person I consider my teacher. It was he who taught me the highest of arts - the art of learning, thanks to which I opened many doors of knowledge. To really understand what I am saying, you need to live with this person for years, if not decades, and then you will acquire patience, discipline and will be truly ready for real knowledge.

Oleg Cherne

Vasilich (as Viktor Kuznetsov is respectfully called by his students), born in 1949, set out on the path to achieving mastery in martial arts more than 40 years ago and subsequently became one of the most famous taijiquan masters in Russia. Today, many Russians practice tai chi, but not everyone knows that it was Vasilich who brought this art to Russia in the 80s. He is truly a true master of tui shou and as a tui shu player he is one of the outstanding ones in the world.

Vasilich is a “prisoner” of martial arts, since all his life he viewed martial arts through the prism of the principles of “listening” and “gathering”, and real life is like a war in which everything is connected with destruction, and in order to survive, a person must take advantage of every opportunity and calculate every step.

He lived most of his life as if he lived in the forest, where he could understand the true nature of things and be sincere with himself, where he was on his own and alone with his skill. His exactingness towards himself attracted many outstanding fighters to his company and to communicate with him. His approach to studying tui shou was typically Russian: when meeting any other martial artist, he tried to get him drunk and challenge him to a duel. And he was never defeated, because if he felt that his opponent had good fighting skills, he began to be friends with him and learn from him. And if this failed, I never met this master again. This is his principled position - life is short, and developing high-level skills takes a long time. He realized that he could learn from his enemies, and if someone had more power, he took it as a necessity to improve his own techniques and skills.

Vasilich is a teacher who is always ready to experiment and take something from his students if they have something to take. During training, his method does not seem gentle, because it seems that with every movement he is fighting with himself. Like every true master, he has his own position in life, and if you try to characterize it in one phrase, then this is the “position of freedom,” similar to that occupied by a “prisoner” who wants to escape from prison.

We can talk for a long time about the philosophy and ideas of Tui Shou, but sometimes we forget that the main principle is to remain a student in Tui Shou, which means not to be superficial in your knowledge and not to waste your time. These qualities lead the student to the understanding that at any moment he must be ready to defeat, first of all, himself.

On our book website you can download books by the author Viktor Vasilyevich Kuznetsov in a variety of formats (epub, fb2, pdf, txt and many others). And so

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Biography

From 1928 to 1932, after graduating from high school, he worked for three years as an inspector for the elimination of illiteracy in the political education department of the executive committee of the city council of Tavda, Yekaterinburg district, Ural region, as well as acting. O. Head of the Tavdinsky district.

In 1937 he graduated from the Faculty of Chemistry of Perm University with honors, and remained to work at the Department of Physical Chemistry of the Faculty of Chemistry as an assistant, senior teacher, and associate professor.

In 1939 he worked as deputy dean of the Faculty of Chemistry at Perm University.

The scientific and teaching activities of V.V. Kuznetsov were interrupted only once - during the Great Patriotic War. From 1940 to 1946 he served in the Red Army, fought on the Stalingrad and Sevastopol fronts, and from 1944 he served in the border troops in the liberated territory of Crimea. His participation in the battles of Grodno, Kharkov, Stalingrad, and the Crimea was marked with military awards. After demobilization, he returned to Perm University.

From April 25, 1952 to October 14, 1954 he worked as secretary of the party organization of Perm University.

From 1975 to 1986 he headed the Department of Physical Chemistry of the Faculty of Chemistry of Perm University. With the participation of V.V. Kuznetsov, V.F. Ust-Kachintsev, S.M. Beloglazov, the Perm School of Corrosion Electrochemists was formed. New theoretical ideas about the role of hydrogen in the evolution of the fine structure of metals and alloys during corrosion-electrochemical processes were developed, new inhibitors of corrosion and hydrogenation of metals were developed and introduced. After V.V. Kuznetsov left in 1986, the department was headed by his student G.V. Khaldeyev. The works of V.V. Kuznetsov and other chemists of the university (R.V. Mertslin, V.F. Ust-Kachintsev, V.P. Zhivopistsev, I.I. Lapkin, G.V. Kobyak, etc.) were published at that time The university's chemistry department is among the leading in the country.

The importance of scientific creativity

The first works of V.V. Kuznetsov, published in 1940, are devoted to the experimental assessment of the role of colloidal systems in electrolytes in the formation of galvanic deposits. The results of these studies, continued in the post-war period, are used to theoretically substantiate the reasons for changes in the mechanical characteristics of galvanic coatings and optimize the conditions for their growth.

Another direction of his activity was the study of a complex of phenomena and processes of hydrogenation of metals in electrochemical processes: the mechanism of the reaction of hydrogen evolution on transition metals, hydrogen brittleness, hydrogen permeability of metal membranes, corrosion of metals under stress and in a hydrogenated state, etc.

The study of the structure of galvanic deposits, its connection with the physical-mechanical and corrosion-electrochemical properties of deposits, the initial stages of their formation, the search for corrosion and hydrogenation inhibitors, and new brightening agents have found unconditional recognition in the country and abroad. The study of the mechanism of corrosion of carbon steels in fresh waters has made it possible to develop rational, economically sound protection technologies. Corrosion inhibitors have found use in many enterprises of the USSR. Under his leadership, the development of waste-free galvanic production began, and equipment was created for the regeneration of heavy metals from waste electrolytes and wash waters.

V.V. Kuznetsov was the chairman of the committee on problems of corrosion and protection of metals of the Perm Regional Scientific and Technical Council.

Professor V.V. Kuznetsov was not only a recognized scientist, but also a demanding, benevolent teacher. He has trained many candidates of science who successfully work in higher education and industry.

Awards

• medal “For the victory over Germany in the Great Patriotic War of 1941-1945.” .
• badge “For active work in NTO.”
• Diploma of the Exhibition Committee of the VDNKh Perm region.
• Certificates of honor from the Presidium of the Supreme Council of the RSFSR.
• title “Honored Worker of Science and Technology of the RSFSR” (1973).

Tutorials

V.V. Kuznetsov wrote several well-known textbooks on physical chemistry for universities throughout Russia.

• Kuznetsov V.V. Physical and colloidal chemistry. Textbook manual for geol. specialties of universities of the USSR. Moscow: Higher. school, 1964.
• Kuznetsov V.V. Physical and colloidal chemistry. Add. Min. Higher and Wed specialist. arr. USSR as a textbook for geological specialties at universities. M.: Higher School, 1968. 390 pp.: ill. 20000 copies (See, for example).
• Kuznetsov V.V., Ust-Kachkintsev V. F. Physical and colloidal chemistry. Textbook for biol. specialties of the university / V.V. Kuznetsov, V.F. Ust-Kachkintsev. Moscow: Higher. school, 1976. 277 p. List of references: p. 267 (18 titles). Subject decree: p. 268-273. 25000 copies

Scientific works

• Kuznetsov V.V. Study of cathodic processes during the electrolysis of solutions of copper salts in the presence of SeO2. ZHPH, XIII, no. I, 45, 1940.
• Kuznetsov V.V. About the conditions of formation and the nature of colloidal particles arising during the electrolysis of aqueous solutions of AgNO 3, Hg 2 (NO 3) 2, CuS0 4. ZhFH. XXIV, no. 5, 574, 1950.
• Kuznetsov V.V. Study of the conditions for the formation of colloids during electrolysis and their role in the formation of cathode deposits: Abstract of thesis. for the scientific competition. step. Ph.D. chem. Sciences / Institute of Higher Education education. Molotov State University named after A. M. Gorky. Molotov, 1951.
• Kuznetsov V.V. About the conditions for the formation of colloids during electrolysis and their role in the process of formation of cathode deposits. Uch. Notes of Perm University, VIII, no. 1, 151, 1953.
• Kuznetsov V.V. Electrodeposition of metals under conditions of combined action of direct and alternating current. Uch. Notes of Perm University, XI, issue. 4, 123, 1955.
• Kuznetsov V.V., Beloglazov S.M. On the issue of using solid electrodes in polarography. Izv. Natural Science Institute at Perm University, XIV, issue. 2, 77, 1958.
• Kuznetsov V.V. , Rybakov B. N. The influence of hydrogenation catalysts on the overpotential of hydrogen on nickel in sulfuric acid. Izv. Natural Science Institute at Perm University, XIV, issue. 4, 13, 1960.
• Rybakov B. N., Ashikhmin E. A., Kuznetsov V.V. Polarographic determination of copper and silver on a platinum electrode. Izv. Natural Science Institute at Perm University, XIV, issue. 4, 27, 1960.
• Kuznetsov V.V. Electrodeposition of lead by alternating currents. Izv. Natural Science Institute at Perm University, XIV, issue. 4, 33, 1960.
• Kuznetsov V.V. Ultramicroscopic study of anodic dissolution of some metals. Izv. Natural Science Institute at Perm University. XIV, no. 4, 43, 1960.
• Kuznetsov V.V. , Frolov V. A. Changes in the electrical resistance of metals during electrolytic saturation with hydrogen. ZHPH, XXXIII, issue. 2, 628, 1960.
• Kuznetsov V.V., Verzhbitskaya L.V. Study of the conditions for the occurrence and development of focal corrosion of units and metal structures of the Kamskaya HPP. ZHPH, XXXIV, issue. 1, 187, 1961.
• Kuznetsov V.V., Verzhbitskaya L. V. Corrosion of metal structures in water and measures to combat it // Protection of metals from corrosion. Collection of works, Perm book publishing house, 1961.
• Kuznetsov V.V., Verzhbitskaya L.V. On the role of microorganisms in iron corrosion // Microbiology, XXX, no. 3, 511, 1961.
• Kuznetsov V.V.,Konstantinova N. I., Frolov V. A. The influence of electrolytic hydrogen on the microhardness of some metals. FMM, XII, no. 2, 255, 1961.
• Kuznetsov V.V., Barskoy B. N.. X-ray study of structural changes in steel upon saturation with hydrogen. ZhFKh, XXXV, issue. 3, 595 1961.
• Kuznetsov V.V.,Frolov V. A. Study of hydrogenation of metals by measuring electrical resistance. ZHPH, XXXV, issue. 3.582, 1962.
• Karasik A.S. , Kuznetsov V.V. Ultrasonic installation for electrochemical research. ZhFKh, XXXVII, issue. 4, 930, 1963.
• Kuznetsov V.V. , Sadakov G. A. Polarography of selenous acid. ZHAKH, XVIII, issue. 12, I486, 1963.
• Kuznetsov V.V., Verzhbitskaya L.V.. Corrosion of metal structures of the Perm lock // River transport, vol. 3, 1963.
• Kuznetsov V.V., Verzhbitskaya L. V. Protection of metals from corrosion in Kama water. Technical information. Ed. CBTI of the Western Ural National Economy, 1964.
• Kuznetsov V.V., Karasik A.S., Konshina E.N. Study of the kinetics of arsenic release from acidic and alkaline solutions. ZhFKh, XXXIX, issue. 1, 21, 1965.
• Kuznetsov V.V., Subbotina N. I., Karasik A. S. The influence of ultrasound on the hydrogenation of metals during electrolysis. ZHPH, XXXVIII, issue 6, 1310, 1965.
• Kuznetsov V.V., Verzhbitskaya L.V. Cement coating to protect metals from corrosion in water. Technical information. Ed. CBTI of the Western Ural Economic Council, 1965.
• Kuznetsov V.V., Belkina G. S. The use of paint and varnish coatings to combat atmospheric corrosion. Technical information. Ed. CBTI of the Western Ural Economic Council, 1965.
• Verzhbitskaya L.V., Kuznetsov V.V., Posyagin G. S. Cathodic protection of steel in river water // Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 79, 1965.
• Verzhbitskaya L.V., Kuznetsov V.V., Posyagin G. S. Cathodic protection of steel in river water // Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 85, 1965.
• Kuznetsov V.V., Verzhbitskaya L. V. Electrochemical behavior of steel under cement coatings // Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 89, 1965.
• Kuznetsov V.V., Verzhbitskaya L. V. Protection of steel pipes from corrosion with cement coatings // Proceedings of the Natural Science Institute at Perm University, XI, issue. 3, 103, 1965.
• Kuznetsov V.V., Postavnaya G. G. Study of new compounds of the acetylene series as corrosion inhibitors of steel-3 in acids // Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 95, 1965.
• Kuznetsov V.V., Postavnaya G. G . Ammonium benzoate as a corrosion inhibitor in Kama water // Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 99, 1965.
• Kuznetsov V.V., Verzhbitsky V. R. Testing of non-metallic coatings for corrosion protection of metal structures of hydraulic structures. Journal "River Transport", vol. 10, 1965.
• Kuznetsov V.V., Konshina E. N. Hydrogen diffusion through bimetallic membranes. Zhur. "Electrochemistry". I, no. 9, 1115, 1965.
• Kuznetsov V.V., Subbotina N. I. Hydrogen diffusion through iron membranes in an ultrasonic field. Zhur. "Electrochemistry", I, no. 9, 1096, 1965.
• Kuznetsov V.V., Ermakova G. P. Hydrogenation of Monel metal in neutral and alkaline solutions. Proceedings of the Natural Science Institute at Perm University, XI, issue. 3, 3, 1965.
• Kuznetsov V.V., Ermakova G. P. Kinetics of hydrogen desorption from Monel metal. Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 9, 1965.
• Kuznetsov V.V., Ermakova G. P. The influence of some additives in sulfuric acid on the hydrogenation of Monel metal. Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 15, 1965.
• Kuznetsov V.V., Konshina E. N. Diffusion of electrolytic hydrogen through iron of various structures. Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 21, 1965.
• Kuznetsov V.V. , Karasik A. S. , Konshina E. N. Distribution of arsenic on iron during contact separation from acidic solutions. Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 31, 1965.
• Kuznetsov V.V., Zinchenko M. V. Hydrogenation of carbon steel in sulfuric and hydrochloric acids containing the addition of catapine. Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 34, 1965.
• Kuznetsov V.V., Sadakova V.N.. Hydrogenation of carbon steel during galvanizing from electrolytes of various natures. Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 39, 1965.
• Kuznetsov V.V., Subbotina N. I. The influence of ultrasound on the potentials of platinum, nickel and iron in various solutions. Proceedings of the Natural Science Institute at Perm University. XI, issue. 3, 69, 1965.
• Kuznetsov V.V., Sadakov G. A. Polarography of arsenous acid. Proceedings of the Natural Science Institute at Perm University, XI, no. 3, 75, 1965.
• Kuznetsov V.V. Comments on the article by S. M. Beloglazov “Distribution of hydrogen in steel during cathodic treatment and its effect on microhardness.” FMM, 20, no. 5, 1965.
• Kuznetsov V.V. Hydrogenation of metals in electroplating. Proceedings of the All-Union. meeting on hydrogenation of metals (accepted for publication in 1965).
• Kuznetsov V.V. Study of the mechanism of electrodeposition and hydrogenation of metals / Abstract for the degree of Doctor of Chemistry. Sci. Perm, 1966.
• Kuznetsov V.V. Ultramicroscopic study of the electrolysis of some solutions in capillaries // Izv. universities "Chemistry and chemical technology", No. 2, 226, 1966.
• Kuznetsov V.V., Zinchenko M. V. Hydrogenation of steel during pickling in acids. Zh.P.H., XXXVIII, issue. 2, 1966.
• Kuznetsov V.V., Khaldeev A.B. The influence of Na 3 As0 4 and As 2 0 3 on the brittleness of steel during its etching and cathodic polarization in sulfuric acid. Uch. zap. Permsk. Univ., No. 178, 146 (1968).
• Kuznetsov V.V., Khaldeev A. B., Pereskokov V.N.. Electron microscopy study of powder cathode deposits of metals. Plant Laboratory, 34, 312 (1968).
• Kuznetsov V.V., Khaldeev A.B. Electron microscopic study of changes in the surface of steel 20 during hydrogenation. Uch. zap. Permsk. Univ., No. 178, 138 (1968).
• Kuznetsov V.V., Konshina E.N., Khaldeev A.B. Kinetics of hydrogen penetration into steel through galvanic coatings. All-Union Conference on Electrochemistry, Abstracts, “Metsniereba”, Tbilisi, p. 372 (1969).
• Khaldeev A. B., Kuznetsov V. V. Formation and development of microcracks in Armco iron during hydrogenation. Uch. zap. Permsk. University, No. 207, 70 (1970).
• Khaldeev A. B., Kuznetsov V. V. Determination of the depth of damage to the structure of nickel as a result of hydrogenation. Uch. zap. Permsk. University, No. 207, 72 (1970).
• Khaldeev A. B., Kuznetsov V. V. On the issue of diffusion of electrolytic hydrogen through metal membranes. Uch. zap. Permsk. Univ., No. 207, 62 (1970).
• Khaldeev A. B., Kuznetsov V. V. On the issue of diffusion of electrolytic hydrogen through metal membranes. 11. Steel X18N9T. Uch. zap. Permsk. Univ., No. 229, 88 (1970).
• Khaldeev A. B., Kuznetsov V. V. On the issue of diffusion of electrolytic hydrogen through metal membranes. 111. Nickel. Uch. zap. Permsk. Univ., No. 229, 102 (1970).
• Khaldeev A. B., Kuznetsov V. V. Hydrogen diffusion through steel coated with bismuth films. Uch. zap. Permsk. Univ., No. 178, 141 (1968).
• Khaldeev A. B., Kuznetsov V. V., Shestakov V. I. Penetration of hydrogen through nickel coatings during cathodic polarization in sulfuric acid. Uch. zap. Permsk. University, No. 207, 75. 1970.
• Kuznetsov V.V. Effects of phase transitions when a substance is exposed to high-density energy (using the example of metal collisions) / V. V. Kuznetsov; Academy of Sciences of the USSR SO. Institute of Geology and Geophysics. Novosibirsk, 1985. 72 p.
• Kuznetsov V.V., Verzhbitskaya L.V. Protection of metals from corrosion in fresh water / V. V. Kuznetsov, L. V. Verzhbitskaya. Perm: Book. publishing house, 1980. 94 p. 2000 copies
• Khaldeev A. B., Shein A. B., Knyazeva V.F., Borisova T. F., Timofeeva L. A., Kuznetsova E. V., Kuznetsov V.V. Study of the role of biographical defects in the process of electrodeposition and dissolution of metal // 12th Mendeleev Congress on General and Applied Chemistry. Abstracts of reports and communications, No. 3, M., Nauka, 1981, pp. 348-349.
• Shein A. B., Khaldeev A. B., Kuznetsov V.V. Acid corrosion of steel under stress and the effectiveness of inhibitor protection // Creation and application of inhibitors and inhibited materials in oil refining and petrochemistry. Abstracts of the report. All-Union Scientific and Technical Conference, Leningrad, 1981, pp. 56-57.
• Shein A. B., Kichigin V.I., Khaldeev A. B., Kuznetsov V.V. Study of adsorption and protective properties of surfactants during corrosion of metals under stress // Protection against corrosion in the chemical industry. Abstracts of the report. All-Union Scientific and Practical Conference., M., 1982. pp. 95-96.
• Shein A. B., Khaldeev A. B., Kuznetsov V.V. Corrosion of high-carbon steel under stress in inhibited acid // Protection of Metals, 1982, vol. 18, KZ. pp. 420-422.
• Khaldeev A. B., Shein A. B., Volyntsev A. B., Kuznetsov B. B. Physico-mechanical state and electrochemical activity of hydrogenated nickel grain boundaries // Hydrogen in metals. Abstracts of the report. III All-Union Seminar, Donetsk, 1982. P. 272,
• Shein A. B., Khaldeev A. B., Kuznetsov V.V. Corrosion of deformed metals in electrolytes containing surfactants // Theory and practice of protecting metals from corrosion. Abstracts of the report. intersectoral scientific and technical conference, Kuibyshev, 1982. P. 88.
• Shein A. B., Skryabina N. E., Khaldeev A. B., Kuznetsov V.V. Study of the effectiveness of inhibitors for corrosion and hydrogenation of deformed metal // Experience in protecting metal structures and equipment from corrosion at ferrous metallurgy enterprises. Abstracts of the report. All-Union Seminar, Dneprodzerzhinsk, 198.S. 10.
• Shein A. B., Khaldeev A. B., Kuznetsov V.V. Inhibitor protection of metals under conditions of stress corrosion in acidic environments // In the book: Application of corrosion inhibitors in the national economy. Abstracts of the report. scientific and technical seminar, Chelyabinsk, 1983, pp. 10-11.
• Shein A. B., Khaldeev A. B., Kuznetsov V.V. Corrosion-electrochemical behavior of elastically deformable metal in acidic environments // Corrosion and protection in the oil and gas industry, 1983, G5. C. 31.
• Shein A. B., Khaldeev A. B., Kuznetsov V.V. Features of inhibition of corrosion of metals under stress // Corrosion and protection of metals. Abstracts of the report. 11th Perm Conference, Perm, 1983. pp. 84-85.
• Shein A. B., Kichigin V.I., Khaldeev A. B., Kuznetsov V.V. Absorption of PGU-1 inhibitor during stress corrosion of steel // Protection of Metals, 1983, vol. 19, no. 5, p. 805-808.
• Shein A. B., Kuznetsov V.V. Study of the corrosion-electrochemical behavior of elastically deformed steel in inhibited acid // Physico-chemical mechanics of materials, 1983, vol. 19, no. 6. pp. 100-101.
• Shein A. B., Khaldeev A. B., Kuznetsov V.V. Corrosion-electrochemical behavior of elastically deformable steel in sulfuric acid electrolytes containing galidions // Protection of Metals, 1983, vol. 19, p. 952-955.