卷 2, 编号 2 (2016)

年: 2016
文章: 33
URL: https://journals.eco-vector.com/transsyst/issue/view/454

Original paper

Aspects of future transport: long term maglev strategies instead of conventional rail concepts?

Kluehspies J.

摘要

Aspects of future transport: long term maglev strategies instead of conventional rail concepts?

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Transportation Systems and Technology. 2016;2(2):10-11

10-11

(Eng)

(JATS XML)

Vacuum magnetic levitation transport: definition of optimal characteristics

Fomin V., Zvegintsev V., Nalivaichenko D., Terent’ev Y.

摘要

Vacuum magnetic levitation transport: definition of optimal characteristics

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Transportation Systems and Technology. 2016;2(2):12-13

12-13

(Rus)

(JATS XML)

The possibilities of magnetic levitation transport to increase of a transport network connectivity of european and priuralsky arctic and in the logistics processes

Kiselenko A., Sundukov E.

摘要

The possibilities of magnetic levitation transport to increase of a transport network connectivity of european and priuralsky arctic and in the logistics processes

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Transportation Systems and Technology. 2016;2(2):14-17

14-17

(Rus)

(JATS XML)

Physical factors of wave nature in technosphere. features of their impact on muglia transport

Apollonskiy S.

摘要

Physical factors of wave nature in technosphere. features of their impact on muglia transport

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Transportation Systems and Technology. 2016;2(2):18-23

18-23

(Rus)

(JATS XML)

Functional safety into electrified railways

Apollonskiy S.

摘要

Functional safety into electrified railways

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Transportation Systems and Technology. 2016;2(2):24-27

24-27

(Rus)

(JATS XML)

Determination of transient resistance low-current elektric contacts in dusty conditions the contact surfaces

Lyuminarskaja E.

摘要

Determination of transient resistance low-current elektric contacts in dusty conditions the contact surfaces

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Transportation Systems and Technology. 2016;2(2):28-31

28-31

(Rus)

(JATS XML)

Prototyping components for maglev eds

Amoskov V., Arslanova D., Bazarov A., Belyakov V., Bystrenina E., Vasiliev V., Kavin A., Kaparkova M., Korotkov V., Kuzmenkov V., Kukhtin V., Labusov A., Lamzin E., Lantzetov A., Lantzetov V., Larionov M., Manzuk M., Mizintzev A., Mikhailov V., Nezhentzev A., Rodin I., Sytchevsky S., Firsov A., Khokhlov M., Shatil N.

摘要

Prototyping components for maglev eds

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Transportation Systems and Technology. 2016;2(2):32-35

32-35

(Rus)

(JATS XML)

Integrative model of a magnetically levitated train's traction force

Poljakov V., Hachapuridze N.

摘要

Integrative model of a magnetically levitated train's traction force

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Transportation Systems and Technology. 2016;2(2):36-38

36-38

(Rus)

(JATS XML)

Dynamic measurements of train-to-track air gap for levitated transport

Amoskov V., Andreev E., Belyakov V., Vasiliev V., Vasilieva O., Dyomina A., Kaparkova M., Kukhtin V., Lamzin E., Lantzetov A., Lantzetov V., Larionov M., Nezhentzev A., Rodin I., Samoilov S., Sytchevsky S., Firsov A., Shatil N.

摘要

Dynamic measurements of train-to-track air gap for levitated transport

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Transportation Systems and Technology. 2016;2(2):39-42

39-42

(Rus)

(JATS XML)

Maglev suspensions of mixed type

Amoskov V., Belyakov V., Vasiliev V., Glukhih V., Zaitzev A., Kukhtin V., Lamzin E., Larionov M., Mizintzev A., Nezhentzev A., Ovsyannikov A., Rodin I., Sytchevsky S., Filatov O., Firsov A., Shatil N.

摘要

Maglev suspensions of mixed type

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Transportation Systems and Technology. 2016;2(2):43-46

43-46

(Rus)

(JATS XML)

Development of power supplies for prototypes of eмs maglev cargo transport

Belyakov V., Vasiliev V., Kukhtin V., Kuzmenkov V., Lamzin E., Lantzetov V., Larionov M., Manzuk M., Nezhentzev A., Roshal A., Sytchevsky S., Firsov A., Shatil N.

摘要

Development of power supplies for prototypes of eмs maglev cargo transport

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Transportation Systems and Technology. 2016;2(2):47-49

47-49

(Rus)

(JATS XML)

The method of conditional boundary

Voevodskii K., Strepetov V.

摘要

The method of conditional boundary

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Transportation Systems and Technology. 2016;2(2):50-52

50-52

(Rus)

(JATS XML)

Features of design and construction maglev-road to freight

Talashkin G.

摘要

Features of design and construction maglev-road to freight

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Transportation Systems and Technology. 2016;2(2):53-56

53-56

(Rus)

(JATS XML)

The theoretical basis of effective simulation of state-private partnership in the creation and development of transport systems

Guindin M., Gindin M.

摘要

The theoretical basis of effective simulation of state-private partnership in the creation and development of transport systems

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Transportation Systems and Technology. 2016;2(2):57-60

57-60

(Rus)

(JATS XML)

Auxilary power supply systems for high speed maglev vehicles with linear synchronous traction motors

Gulin S., Nikitin V., Sereda G., Sereda E.

摘要

Auxilary power supply systems for high speed maglev vehicles with linear synchronous traction motors

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Transportation Systems and Technology. 2016;2(2):61-62

61-62

(Rus)

(JATS XML)

Simulation of freight stations work for magnetic levitation lines

Chetchuev M., Kostenko V., Fedorov V., Shepel A.

摘要

Simulation of freight stations work for magnetic levitation lines

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Transportation Systems and Technology. 2016;2(2):63-64

63-64

(Rus)

(JATS XML)

Biomedical aspects of problems safe usage of transport maglev

Rubinskiy A., Noskin L.

摘要

Biomedical aspects of problems safe usage of transport maglev

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Transportation Systems and Technology. 2016;2(2):65-67

65-67

(Rus)

(JATS XML)

Maglev dummy for experimental check of electrodynamic suspension performance

Amoskov V., Andreev E., Arslanova D., Belyakov V., Vasiliev V., Volkov V., Dyomina A., Zapretilina E., Kukhtin V., Lamzin E., Lantzetov A., Lantzetov V., Larionov M., Mizintzev A., Mikhailov V., Nezhentzev A., Rodin I., Savelieva T., Sytchevsky S., Firsov A., Chaika P., Sharkov K., Shatil N.

摘要

Maglev dummy for experimental check of electrodynamic suspension performance

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Transportation Systems and Technology. 2016;2(2):68-73

68-73

(Rus)

(JATS XML)

Tests of htsc racetrack coil module on large-scale dummy for eds maglev

Andreev E., Vasilieva O., Vasiliev V., Dyomina A., Zapretilina E., Kovalchuk O., Kukhtin V., Lantzetov A., Lantzetov V., Larionov M., Nezhentzev A., Rodin I., Samoilov S., Safonov A., Firsov A., Shatil N.

摘要

Tests of htsc racetrack coil module on large-scale dummy for eds maglev

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Transportation Systems and Technology. 2016;2(2):74-78

74-78

(Rus)

(JATS XML)

Improving the transverse dynamics of high speed transport on the magnetic suspension

Solomin A., Zarifyan A., Noskov V.

摘要

Improving the transverse dynamics of high speed transport on the magnetic suspension

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Transportation Systems and Technology. 2016;2(2):79-82

79-82

(Rus)

(JATS XML)

Model of deformation of concrete based on flow plasticity theory for analysis of durability of plain concrete and reinforced concrete bridge constractions

Solovyov L.

摘要

Model of deformation of concrete based on flow plasticity theory for analysis of durability of plain concrete and reinforced concrete bridge constractions

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Transportation Systems and Technology. 2016;2(2):83-84

83-84

(Rus)

(JATS XML)

Economic features of freight maglev transport

Smirnov S., Smirnova O.

摘要

Economic features of freight maglev transport

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Transportation Systems and Technology. 2016;2(2):85-87

85-87

(Rus)

(JATS XML)

The reduction of accidents caused by human factor during operation maglev transport systems and technologies

Grigoriev N.

摘要

The reduction of accidents caused by human factor during operation maglev transport systems and technologies

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Transportation Systems and Technology. 2016;2(2):88-90

88-90

(Rus)

(JATS XML)

Safety of the maglev vehicles

Shmatchenko V., Plekhanov P.

摘要

Safety of the maglev vehicles

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Transportation Systems and Technology. 2016;2(2):91-93

91-93

(Rus)

(JATS XML)

Basic functional requirements for the radio communication system of the maglev

Shmatchenko V., Roenkov D., Yaronova N.

摘要

Basic functional requirements for the radio communication system of the maglev

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Transportation Systems and Technology. 2016;2(2):94-95

94-95

(Rus)

(JATS XML)

The formation of the national normative-technical regulation system for the maglev

Shmatchenko V., Plekhanov P., Roenkov D., Ivanov V.

摘要

The formation of the national normative-technical regulation system for the maglev

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Transportation Systems and Technology. 2016;2(2):96-98

96-98

(Rus)

(JATS XML)

Special technical specifications as an essential stage in the creation of the national maglev systems

Shmatchenko V., Plekhanov P., Roenkov D., Ivanov V.

Transportation Systems and Technology. 2016;2(2):99-102

99-102

(Rus)

(JATS XML)

Detecting and recording of latent defects in the electronic equipment

Dianov V., Lyuminarskaja E.

摘要

Detecting and recording of latent defects in the electronic equipment

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Transportation Systems and Technology. 2016;2(2):103-105

103-105

(Rus)

(JATS XML)

The rationale and effectiveness of the supervisory regulation on site with the use of simulation

Groshev G., Sugorovsky A., Sugorovskiy A.

摘要

The rationale and effectiveness of the supervisory regulation on site with the use of simulation

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Transportation Systems and Technology. 2016;2(2):106-109

106-109

(Rus)

(JATS XML)

The strategy of development of magnetic levitation transport technologies in Russia

Zaytsev А.

摘要

The strategy of development of magnetic levitation transport technologies in Russia

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Transportation Systems and Technology. 2016;2(2):110-111

110-111

(Rus)

(JATS XML)

Evaluation of investment attractiveness of magnetic levitation technology for transport infrastructure

Morozova Е.

摘要

Evaluation of investment attractiveness of magnetic levitation technology for transport infrastructure

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Transportation Systems and Technology. 2016;2(2):112-113

112-113

(Rus)

(JATS XML)

Superconducting materials science - the present stage (the 30th anniversary of the discovery of HTS materials)

Volkov M.

摘要

Superconducting materials science - the present stage (the 30th anniversary of the discovery of HTS materials)

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Transportation Systems and Technology. 2016;2(2):114-115

114-115

(Rus)

(JATS XML)

Efficiency of solid nitrogen application for the cooling of maglev HTS systems

Volkov M.

摘要

Efficiency of solid nitrogen application for the cooling of maglev HTS systems

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Transportation Systems and Technology. 2016;2(2):116-117

116-117

(Rus)

(JATS XML)

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