Free download Books of the Electrical Engineering Library series 1998-2009

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Books of the Electrical Engineering Library series

Books of the Electrical Engineering Library series

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Books of the Electrical Engineering Library series free download.

Automation of distribution electrical networks using digital relays. Shabad M.A., 2000 (Library of Electrical Engineering No. 21)

Automation of distribution electrical networks using digital relays. Shabad M.A., 2003 (Library of Electrical Engineering No. 49)

Automated analysis of emergency situations of power systems. Arzhannikov E.A., Chukhin A.M., 2000 (Library of Electrical Engineering No. 14)

Analog methods and means of electrical measurements. Panfilov V.A., 2006 (Library of electrical engineering No. 92)

Analog elements of microprocessor complexes of relay protection and automation. Ovcharenko N.I., 2001 (Library of electrical engineering No. 33)

Asynchronous generators for autonomous electric power plants. Toroptsev N.D., 2004 (Library of electrical engineering No. 67)

Vector diagrams in relay protection and automation. Shatskov Yu.L., Kargin S.V., 2008 (Library of electrical engineering No. 120)

Vector diagrams and their use in the commissioning and operation of relay protection and A devices. Part 1. Udris A.P., 2006 (Library of electrical engineering No. 93)

Vector diagrams and their use in the commissioning and operation of relay protection and A devices. Part 2. Udris A.P., 2006 (Library of electrical engineering No. 94)

Fiber-optic communication systems. Part 2. Ishkin V.Kh., 1999 (Library of Electrical Engineering No. 8)

Secondary switching in switchgears equipped with digital relay protection and automation devices. Part 2. Belyaev A.V., 2006 (Library of electrical engineering No. 87)

Selection and verification of the reliability of the operation of devices for rectified operating current of substations BPT-1002, BPNS (UPNS-M). Trofimov V.M., 2009 (Library of electrical engineering No. 124)

Selection of characteristics and settings for the protection of electrical equipment using microprocessor terminals. Part 1. Solovyov A.L., 2008 (Library of electrical engineering No. 112)

Selection of characteristics and settings for the protection of electrical equipment using microprocessor terminals. Part 2. Solovyov A.L., 2008 (Library of electrical engineering No. 113)

High-frequency RZ channels with PVZ-90M transceivers. Ryzhavsky G.Ya., Skitaltsev V.S., 1999 (Library of Electrical Engineering No. 11)

High-frequency paths of communication channels over power lines. Part 1. Shkarin Yu.P., 2001 (Library of electrical engineering No. 31)

High-frequency paths of communication channels over power lines. Part 2. Shkarin Yu.P., 2001 (Library of electrical engineering No. 32)

Dividing protection - automatic division in case of accidents. Shabad M.A., 2006 (Library of Electrical Engineering No. 91)

Differential-phase high-frequency protection of power lines with a voltage of 110-220 kV DFZ-201. Ovcharenko N.I., 2002 (Library of electrical engineering No. 48)

Protection of small and medium power generators. Shabad M.A., 2001 (Library of Electrical Engineering No. 28)

Protection against single-phase earth faults in 6-35 kV networks. Shabad M.A., 2007 (Library of electrical engineering No. 103)

Protection of electrical networks 0,4-35 kV. Part 1. Ovchinnikov V.V., 2002 (Library of electrical engineering No. 43)

Protection of electrical networks 0,4-35 kV. Part 2. Ovchinnikov B.B., 2002 (Library of electrical engineering No. 44)

Ground fault protection in electrical networks 6-10 kV. Shuin V.A., Gusenkov A.V., 2001 (Library of electrical engineering No. 35)

Infrared diagnostics of electrical equipment of distribution devices. Bazhanov S.A., 2000 (Library of electrical engineering No. 16)

Infrared thermographic diagnostics in construction and energy. Vavilov V.P., Aleksandrov A.N., 2003 (Library of Electrical Engineering No. 57)

Use of D3T-21 and D3T-23 relays to protect transformers, autotransformers and units. Taubes I.R., Udris A.P., 2002 (Library of Electrical Engineering No. 39)

Insulation control of electrical machines in operation. Bezchastov G.A., Krasilnikov A.M. et al., 2001 (Library of Electrical Engineering No. 34)

Small power industry in Russia. Problems and prospects. Dyakov A.F., 2003 (Library of electrical engineering No. 50,051)

Methods and devices for determining the location of damage on power lines. Arzhannikov E.A., Chukhin A.M., 1998 (Library of Electrical Engineering No. 3)

Methods for processing digital signals of power systems. Antonov V.I., Lazareva N.M., Pulyaev V.I., 2000 (Library of Electrical Engineering No. 23)

Microprocessor automation of synchronous generators and compensators. Ovcharenko N.I., 2004 (Library of electrical engineering No. 70)

Microprocessor relay protection and automation of power transmission lines VN and SVN. Part 1. Ovcharenko N.I., 2007 (Library of electrical engineering No. 100)

Microprocessor complexes of relay protection and automation of distribution electrical networks. Ovcharenko N.I., 1999 (Library of electrical engineering No. 10)

Reliability of power supply of industrial enterprises. Konyukhova E.A., Kireeva E.A., 2001 (Library of Electrical Engineering No. 36)

Maintenance of power transformers. Part 1. Moguzov V.F., 2002 (Library of electrical engineering No. 37)

Maintenance of power transformers. Part 2. Moguzov V.F., 2002 (Library of electrical engineering No. 38)

Determination of power losses by voltage losses in electrical networks of industrial enterprises. Konyukhova E.A., 2003 (Library of electrical engineering No. 56)

Fundamentals of operational dispatch control of power systems. Semenov V.A., 2003 (Library of electrical engineering No. 55)

Relay protection panel type EPZ-1636 for 110-220 kV overhead lines. Part 1. Udris A.P., 2000 (Library of Electrical Engineering No. 17)

Relay protection panel type EPZ-1636 for 110-220 kV overhead lines. Part 2. Udris A.P., 2000 (Library of Electrical Engineering No. 18)

Behavior of power units of thermal power plants during interruptions in the power supply of their own needs. Part 1. Georgiadi V.Kh., 2003 (Library of Electrical Engineering No. 52)

Behavior of power units of thermal power plants during interruptions in the power supply of their own needs. Part 2. Georgiadi V.Kh., 2003 (Library of Electrical Engineering No. 53)

Behavior of power units of thermal power plants during interruptions in the power supply of their own needs. Part 3. Georgiadi V.Kh., 2003 (Library of Electrical Engineering No. 54)

Improving the reliability, efficiency and safety of workshop power supply systems. Kireeva E.A., 2002 (Library of electrical engineering No. 40)

Checking the EPZ-1636 panel using the PETOM-51 device. Part 1. Dorohina T.N., Zaitsev B.S., 2008 (Library of electrical engineering No. 114)

Checking the EPZ-1636 panel using the PETOM-51 device. Part 2. Dorohina T.N., Zaitsev B.S., 2008 (Library of electrical engineering No. 115)

Anti-emergency automation in the UES of Russia. Semenov V.A., 2004 (Library of electrical engineering No. 66)

Anti-emergency automation in load nodes with powerful synchronous electric motors. Belyaev A.V., 2005 (Library of electrical engineering No. 74)

Emergency control in load nodes with high power synchronous motors. Belyaev A.V., 2004 (Library of electrical engineering No. 65)

Calculation of current protection circuits and organization of their loading by secondary current. Trofimov V.M., 2007 (Library of electrical engineering No. 108)

Rational use of electricity in industrial power supply systems. Kireeva E.A., 2000 (Library of electrical engineering No. 22)

Voltage regimes and reactive power compensation in workshop electrical networks. Konyukhova E.A., 2000 (Library of electrical engineering No. 24)

Semiconductor time relays. Shmuryev V.Ya., 2009 (Library of electrical engineering No. 126)

RNT and DZT relays in differential protection circuits. Part 1. Ovchinnikov V.V., Udris A.P., 2004 (Library of electrical engineering No. 71)

RNT and DZT relays in differential protection circuits. Part 2. Ovchinnikov V.V., Udris A.P., 2004 (Library of electrical engineering No. 72)

Repair of asynchronous electric motors of power plants. Inozemtsev E.K., 2004 (Library of electrical engineering No. 68,069)

Repair of high-voltage electric motors of power plants. Part 1. Inozemtsev E.K., 2001 (Library of electrical engineering No. 29)

Repair of turbogenerators. Part 1. Inozemtsev E.K., 2002 (Library of electrical engineering No. 45)

Self-starting engines for auxiliary needs of power plants. Kurbangaliev U.K., 2001 (Library of electrical engineering No. 25)

Welding technologies for the repair of pipeline elements (reference materials). Khromchenko F.F., 2009 (Library of electrical engineering No. 125)

Modern vacuum switching equipment (reference materials). Kireeva E.A., Tsyruk S.A., 2007 (Library of electrical engineering No. 106)

Modern test devices for relay protection and automation. Kuznetsov A.P., Lukoyanov V.Yu. Birg A.N., 2001 (Library of Electrical Engineering No. 27)

Modern packaged transformer substations and switchgears with a voltage of 6(10)-35-0,4 kV (reference materials). Kireeva E.A., Tsyruk S.A., 2007 (Library of Electrical Engineering No. 107)

Modern means of control and measurement in power supply. Part 1. Kireeva E.A., 2006 (Library of electrical engineering No. 95)

Modern means of control and measurement in power supply. Part 2. Kireeva E.A., 2006 (Library of electrical engineering No. 96)

Reference materials on electrical equipment (sales electrical networks, electrical networks of residential and public buildings). Kireeva E.A., 2004 (Library of electrical engineering No. 63,064)

Thermal imaging control of electrical equipment in operation. Part 1. Bazhanov S.A., 2005 (Library of electrical engineering No. 77)

Thermal imaging control of electrical equipment in operation. Part 2. Bazhanov S.A., 2005 (Library of electrical engineering No. 78)

Three-phase AD in a single-phase switching circuit with a capacitor. Toroptsev N.D., 2000 (Library of electrical engineering No. 19)

Aggregated cost indicators of electrical networks 35-1150 kV. Faibisovich D.L., Karapetyan I.G., 2003 (Library of Electrical Engineering No. 58)

Shaft seals for hydrogen-cooled turbogenerators and their oil supply systems. Part 1. Golodnova O.S., 1999 (Library of electrical engineering No. 12)

Shaft seals for hydrogen-cooled turbogenerators and their oil supply systems. Part 2. Golodnova O.S., 1999 (Library of electrical engineering No. 13)

Shaft seals for hydrogen-cooled turbogenerators. Golodnova O.S., 2004 (Library of electrical engineering No. 61)

Filter compensating devices for converter technology. Dobrusin L.A., 2003 (Library of Electrical Engineering No. 59)

Digital registration of emergency events in power systems. Pulyaev V.I., Usachev Yu.V., 1999 (Library of Electrical Engineering No. 5)

Digital registration and analysis of emergency processes in electric power systems. Shmuryev V.A., 2004 (Library of electrical engineering No. 62)

Digital hardware and software elements of microprocessor relay protection and automation of power systems. Ovcharenko N.I., 2006 (Library of electrical engineering No. 89,090)

Digital recorders of emergency events of power systems. Pulyaev V.I., Usachev Yu.V., 1999 (Library of Electrical Engineering No. 9)

Digital protection relays. Shmuryev V.Ya., 1999 (Library of electrical engineering No. 4)

Digital frequency unloading devices. Alexandrov V.F., Ezersky V.G., Zakharov O.G., Malyshev V.S., 2005 (Library of Electrical Engineering No. 73)

Frequency unloading in power systems. Part 1. Alexandrov V.F., Ezersky V.G., Zakharov O.G., Malyshev V.S., 2007 (Library of electrical engineering No. 104)

Frequency unloading in power systems. Part 2. Alexandrov V.F., Ezersky V.G., Zakharov O.G., Malyshev V.S., 2007 (Library of electrical engineering No. 105)

Power supply of residential and public buildings. Kireeva E.A., Tsyruk S.A., 2005 (Library of Electrical Engineering No. 80)

Power supply of workshops of industrial enterprises. Kireeva E.A., Orlov V.V., Starkova L.E., 2003 (Library of Electrical Engineering No. 60)

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Random news from the Archive

Memory depends on the time of day 21.12.2019

If you're trying to remember something and you can't, don't get discouraged - try to stretch your memory at other times of the day, and, quite possibly, you will remember everything you need

Researchers from the University of Tokyo and Tokyo Agricultural University showed mice different objects to remember them, and then, after some time, observed how well the mice remembered them. If the mouse studied the subject for a short time, it means that it remembered it quite well, and if it took a long time, it means that it managed to forget it. The objects were shown to mice just before when the animals usually wake up (that is, in the evening, because mice are nocturnal animals), and their memory was checked either a day later, that is, again before natural awakening, or immediately after the mice usually went to sleep (that is, eat very early in the morning). In the first case, when a day passed between acquaintance with a new thing and remembering, the mice did not remember it well; in the second case, when the thing was shown to them after they were supposed to fall asleep (but they showed it, of course, to awake mice), they remembered it well. The same results were obtained when it was necessary to get acquainted not with an inanimate object, but with another mouse.

But the experiment was set up not only with ordinary mice, but also with mutant mice in which the BMAL1 gene did not work. This is one of the main genes that control circadian rhythms: the level of the BMAL1 protein changes during the day, and as it changes, it turns on or off many other genes. (You can learn more about it in one of our articles.) In general, mice with BMAL1 turned off forgot and remembered in exactly the same way, only they forgot more strongly - when a familiar object or mouse was shown to them a day later, they clearly remembered them worse than normal animals with working BMAL1. That is, firstly, memory clearly depended on the time of day, which neuroscientists have suspected for a long time, and, secondly, memory processes depended on an influential clock gene.

The clock protein BMAL1 stimulated the work of dopamine receptors and modified a number of signaling molecules in one of the zones of the hippocampus, which, as we know, is one of the main brain memory centers. Perhaps, using the signaling pathways that are affected by the BMAL1 gene, it will be possible to create some kind of memory enhancer. Although why memory is subject to circadian rhythms at all remains a mystery - it is possible that this is simply a side effect of the circadian rhythms.

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