Fifty years of atomic time-keeping at VNIIFTRI

Metrologia

Volumn 42, Issue 3, 2005, Pages

  Domnin, Yu ^a   Gaigerov, B ^a   Koshelyaevsky, N ^a   Poushkin, S ^a   Rusin, F ^a   Tatarenkov, V ^a   Yolkin, G ^a  

^a Multicharged Ions Spectra Data Center of VNIIFTRI   (Russian Federation)

Author keywords

[No Author keywords available]

Indexed keywords

ATOMIC CLOCKS; FREQUENCY STABILITY; FREQUENCY STANDARDS; HYDROGEN; LASER APPLICATIONS; MASERS; MICROWAVES;

ATOMIC TIME-KEEPING; FREQUENCY QUANTUM STANDARDS; HYDROGEN MASERS; TIME STANDARDS;

TIME MEASUREMENT;

EID: 21044448220     PISSN: 00261394     EISSN: None     Source Type: Journal    
DOI: 10.1088/0026-1394/42/3/S07     Document Type: Conference Paper

References (67)

1. Yolkin G, Kazachok V, Rakhimov G and Scherbinin A 1966 Investigation on the molecular generator on ammonia line J Combining double low line 3, K Combining double low line 2 Proc. VNIIFTRI 88 (148) 46-51 (in Russian)
2. Zhestkova N and Rakhimov G 1966 Investigation of molecular oscillators on ammonia line J Combining double low line 3, K Combining double low line 2 Proc. VNIIFTRI 88 (148) 63-6 (in Russian)
3. Titov V, Smirnov A and Nikitin N 1966 Investigation of quartz crystal oscillators instability sources and ways to reduce it Proc. VNIIFTRI 88 (148) 5-22 (in Russian)
4. Basov N et al 1965 On design and investigations of quantum oscillator on the hydrogen beam Proc. Lebedev Institute, Radiophysics vol 31 (in Russian)
5. www.vniiftri.ru
6. www.kvarz.ru
7. www.rirt.ru
8. Yolkin G, Yolkina L and Scherbinin A 1966 Oscillator based on atomic hydrogen Proc. VNIIFTRI 88 (148) 67-70 (in Russian)
9. Elkin G A, Zhestkova N D and Kurnikov G P 1973 Error reproduction of the frequency of undisturbed transition of the hydrogen atom Meas. Techn. 16 394-7
10. Elkin G A, Zhestkova N D and Paramzin V A 1977 Measuring wall-induced frequency shift in a hydrogen oscillator Meas. Techn. 20 1453-5
11. Elkin G A and Zhestkova N D 1979 Collision-dependent frequency shift in an atomic-hydrogen clock Meas. Techn. 22 1076-8
12. Zhestkova N D and Elkin G 1979 Effect of a nonuniform magnetic field on a hydrogen-maser frequency Meas. Techn. 22 1079-81
13. Elkin G A, Boiko A I and Zhestkova N D 1982 Magnetic screening in a hydrogen oscillator Meas. Techn. 25 20-3
14. Yolkin G, Zhestkova N and Yakovlev Yu 1980 On long term frequency reproducibility of the hydrogen masers Proc. VNIIFTRI 6-8 (in Russian)
15. Gaigerov B A, Elkin G A, Elkina L P, Zhestkova N D, Kurnikov G P and Popov B P 1972 Hydrogen maser as a quantum frequency standard Meas. Techn. 15 1640-3
16. Gaigerov B A and Elkin G A 1968 Automatic tuning of the resonator of the hydrogen frequency standard Meas. Techn. 11 839-40
17. Gaigerov B A 1972 Automatic phase tuning circuit with controlled phase inverter Meas. Techn. 15 1662-6
18. Gaigerov B A and Elkina L P 1976 Method of tuning resonator of a hydrogen generator Meas. Techn. 19 1589-90
19. Yolkin G, Boiko A, Kournikov G, Paramzin V, Syomin S and Sysoev V 1991 Portable hydrogen time and frequency standard SPHERE Proc. VNIIFTRI 5-12 (in Russian)
20. Boiko A, Yolkin G, Zhestkova N, Kournikov G and Paramzin V 1994 Hydrogen maser SPHERE Proc. 5th Russian Symp. on Time and Space Metrology (IMVP GP 'VNIIFTRI', Mendeleevo, Russia, 11-13 October 1994) pp 239-41 (in Russian)
21. Bochkov V A, Gaigerov B A, Korolyov V P and Rusin F S 1981 Compact cavity hydrogen maser Radiotech. Electron. XXVI 2471-2
22. Rusin F S, Gaigerov B A and Ponomarenko S F 1985 Calculation of a cylindrical cavity partially filled with a dielectric Meas. Techn. 28 396-8 (in Russian)
23. Gaigerov B A 1986 Hydrogen maser with compact cavity Izmeritelnaya Tech. 6 8 (in Russian)
24. Gaigerov B A, Rusin F S, Pol'nikov N I, Sysoev V P and Ovchinnikov S N 1989 Transportable quantum clocks based on a hydrogen generator with a small resonator Meas. Techn. 32 309-11
25. Gaigerov B A, Rusin F S, Soubocheva I I, Sysoev V P, Ovchinnikov S N and Kostromin V P 1994 Active H-maser for space application Proc. 5th Russian Symp. on Time and Space Metrology (IMVP GP 'VNIIFTRI', Mendeleevo, Russia, 11-13 October 1994) pp 419-24 (in Russian)
26. Gaigerov B A, Sysoev V P and Samokhvalov Yu S 2005 Active portable H-maser Proc. VNIIFTRI 50 (142) 57-71 (in Russian)
27. Koshelyaevskii N B, Mukhamedgalieva A F, Tatarenkov V M and Titov A N 1970 Investigations and stabilization of the frequency of a helium-neon laser Meas. Techn. 13 1170-3
28. Koshelyaevsky N B, Tatarenkov V M and Titov A N 1979 Quantum frequency reference on wavelength 3.39 νm JETP Lett. 15 (in Russian)
29. 4 laser Quantum Electron. 6
30. Koshelyaevsky N B, Tatarenkov V M and Titov A N 1976 Reference infrared frequency-measuring installation Meas. Techn. 19 1472-5
31. Malishev Yu M, Tatarenkov V M and Titov A N 1982 Frequency quantum reference based on E-component of the methane. Investigations on frequency shifts on wavefront saturation field in laser with internal absorption cell Proc. VNIIFTRI p 45 (in Russian)
32. Malishev Yu M, Tatarenkov V M, Titov A N, Ovchinnikov S N and Rastorgouev Yu G 1980 On frequency reproducibility of the quantum reference based on methane E-component Quantum Electron. 10 655
33. Kopilov L N, Rastorgouev Yu G, Tatarenkov V M and Titov A N 1979 A quantum reference based on methane E-component Quantum Electron. 9
34. 4 frequency standard Proc. VNIIFTRI p 28 (in Russian)
35. 2 lasers Proc. 5th Russian Symp. on Time and Space Metrology (IMVP GP 'VNIIFTRI', Mendeleevo, Russia, 11-13 October 1994) pp 425-7 (in Russian)
36. Domnin Yu S, Tatarenkov V M and Shumyatsky P S 1978 Phase-locked HCN-laser for precision frequency measurements Proc. 3rd Int. Conf. on Submillimeter Waves and Their Applications (University of Surrey, UK, 29 March-1 April 1978) p 159
37. 2O laser phase locking against frequency standard Quantum Electron. 10
38. Domnin Yu S, Malimon A N, Slyusarev S N and Tatarenkov V M 1991 Application of the cooled dielectric cavity microwave source in submillimeter frequency multiplication chain Abstracts of the All Union Meeting, 'Low noise microwave source. State of the art and future perspectives (Irkutsk, 17-19 September 1991) (in Russian)
39. Domnin Yu S, Koshelyaevsky N B, Tatarenkov V M and Shumjatsky P S 1979 Absolute IR laser frequency measurements JETP Lett. 30 253
40. Domnin Yu S, Koshelyaevsky N B, Tatarenkov V M and Shumjatsky P S 1980 Precise frequency measurements in submillimeter and infrared frequency region IEEE Trans. Instrum. Meas. 29 264
41. 4 laser frequency measurements JETP Lett. 34 167
42. Batarchoukova N R, Glozman Tz I, Etzin I S, Koshelyaevsky N B, Rastorgouev Yu G, Tatarenkov V M and Titov A N 1979 Wavelength measurement of the laser stabilized on methane saturation absorption Metrology 8 10 (in Russian)
43. Domnin Yu S, Kopilov L N, Koshelyaevsky N B, Ovchinnikov S N and Tatarenkov V M 1986 Portable lasers in the unified time, frequency and length standard Izmeritelnaya Tech. 6 7 (in Russian)
44. 4 laser Quantum Electron. 24 597
45. Koshelyaevsky N B, Oboukhov A S, Tatarenkov V M, Titov A N, Chartier J-M and Felder R 1981 International comparison of methane stabilized He-Ne lasers Metrologia 17 3
46. 4 lasers: Part I. Results of the 1985 international comparison BIPM-VNIIFTRI Metrologia 25 1-8
47. 4 lasers: Part II. Results of the 1986 LPTF absolute frequency measurements Metrologia 25 9-16
48. 4 laser comparison by means of portable laser M101 Quantum Electron. 24 701
49. 1984 Documents concerning the new definition of the metre Metrologia 19 163-78
50. Comité international des poids et mesures, Recommendation 3 (CI-1992), Revision of the mise en pratique of the definition of the metre (Sèvres: BIPM)
51. Comité international des poids et mesures, Recommendation 1 (CI-2002), Revision of the practical realization of the definition of the metre (Sèvres: BIPM)
52. 17th CGPM, 1983, Resolution 1: the definition of the metre, the International System of Units (SI), 7th edn, 1998, Organisation Intergouvernementale de la Convention du Metre
53. Domnin Yu S, Malimon A N, Tatarenkov V M and Shumjatsky P S 1986 Laser multiplication frequency chain in the unified time, frequency and length standard Izmeritelnaya Tech. 6 5 (in Russian)
54. Il'in V G, Elkin G A, Abasev Yu G and Purtov V I 1976 The metrological cesium frequency standard MTs-1 Meas. Techn. 19 1450-5
55. Elkin G A and Purtov V I 1976 Automatic system for comparing the frequency of a [quantum] store with the transition frequency of cesium atoms Meas. Techn. 19 1456-60
56. Elkin G A 1976 Effect of output-signal-spectrum sidebands and resonator detuning on the frequency of an atomic standard Meas. Techn. 19 1587-90
57. Elkin G A 1976 Doppler frequency shift in atomic standards Meas. Techn. 19 1594-6
58. Elkin G, Abasev Yu, Purtov V and Filonov N 1980 Design features and investigation results of cesium-beam instrument MTZ-1 Proc. VNIIFTRI (in Russian)
59. Gaigerov B, Yolkin G, Zagirova E, Kostromin V, Koshelyaevsky N and Poushkin S 2002 Cosmonautics and Rocket Production vol 4 pp 31-46 (TZNIIMASH)
60. Krutikov V, Kostromin V and Koshelyaevsky N 2004 Time and frequency measurements unification in Russia. A key role of national time and frequency service Proc. 18th European Frequency and Time Forum (University of Surrey, Guildford, UK, 5-7 April 2004)
61. Clairon A, Laurent P, Santarelli G, Ghezali S, Lea S N and Bouhara M 1995 A cesium fountain frequency standard: preliminary measurement IEEE Trans. Instrum. Meas. 44 128-32
62. Domnin Yu S, Tatarenkov V M, Novoselov A V and Pal'chikov V G 2002 Sub-doppler polarization spectroscopy on F4-F′5 transition in Cs Proc. 6th Int. Symp. Frequency Standards and Metrology (St Andrews, Scotland, 9-14 September 2001) ed P Gill (Singapore: World Scientific) pp 600-2
63. Domnin Yu S, Tatarenkov V M, Novoselov A V and Pal'chikov V G 2001 Effect of sub-Doppler greedy absorption in Cs vapours 15th European Frequency and Time Forum, Proc. (Neuchâtel, Switzerland, 6-8 March 2001) pp 385-7
64. Domnin Yu S, Elkin G A, Novoselov A V, Barychev V N, Kopylov L N, Malychev Yu M and Pal'chikov V G 2002 VNIIFTRI cesium fountain Can. J. Phys. 80 1321-7
65. Domnin Yu S, Elkin G A, Novoselov A V, Barychev V N, Kopylov L N, Malychev Yu M and Pal'chikov V G 2004 Application of cold atoms on quantum frequency standards Quantum Electron. 34 1202-13
66. Boyko A, Yolkin G, Gestkova N, Kurnikov G and Paramzin V 2001 Proc. 15th European Frequency and Time Forum, EFTF-2001 (Neuchâtel, Switzerland, March 2001) pp 406-8
67. Krutikov V, Kostromin V and Koshelyaevsky N 2003 National time and frequency service of Russian federation Proc. 35th Annual Precise Time and Time Interval (PTTI) Systems and Applications Meeting (Hilton San Diego Resort, San Diego, CA, USA, 2-4 December 2003)