FIELD: quantum electronics.
SUBSTANCE: devices for producing a directed beam of atoms, used in atomic beam frequency standards with atomic beams, for example, strontium, ytterbium, rubidium or cesium. The result is achieved by proposing a source of atoms containing a vacuum flange mechanically connected to a heat insulator-screen, inside of which there is a microreservoir containing tubular heaters located radially on the side of the vacuum flange along the entire length of the microreservoir, on the opposite side of which there is a collimating device attached to it with a pressure cap, while the microreservoir is connected to a heat insulator-screen in the plane of the collimating device.
EFFECT: increasing the thermal insulation of the heating device of the microreservoir and the maintainability of optical and atomic beam frequency standards.
1 cl, 5 dwg
| Title |
Year |
Author |
Number |
| ATOMIC BEAM INTERRUPTER |
2018 |
- Gurov Mikhail Gennadevich
- Slyusarev Sergej Nikolaevich
- Kostin Aleksej Sergeevich
|
RU2701462C1 |
| SLOW ATOM BEAM GENERATOR, PHYSICAL PACKAGE, PHYSICAL PACKAGE FOR CLOCKS ON OPTICAL LATTICE, PHYSICAL PACKAGE FOR ATOMIC CLOCK, PHYSICAL PACKAGE FOR ATOMIC INTERFEROMETER, PHYSICAL PACKAGE FOR QUANTUM INFORMATION PROCESSING DEVICE AND PHYSICAL PACKAGE SYSTEM |
2021 |
- Tsudzi, Sigenori
- Takamoto, Masao
- Katori, Khidetosi
|
RU2839418C1 |
| ELECTRON WORK FUNCTION DETERMINATION DEVICE |
2024 |
- Kuz'Min Mikhail Valer'Evich
- Mittsev Mikhail Aleksandrovich
- Sorokina Svetlana Valer'Evna
|
RU2821217C1 |
| SYSTEM FOR THERMAL STABILIZATION AND MAGNETIC SHIELDING OF ABSORBING CELL OF QUANTUM DISCRIMINATOR |
2019 |
- Ignatovich Stepan Maksimovich
- Vishnyakov Vladislav Igorevich
- Skvortsov Mikhail Nikolaevich
- Ilenkov Roman Yaroslavovich
- Mesenzova Irina Sergeevna
|
RU2722858C1 |
| MAGNETIC FIELD CORRECTION COIL IN THREE AXES FOR CLOCK TRANSITION SPACE, CLOCK TRANSITION DEVICE FOR TRAPPING POPULATION OF ATOMS, HOLDING THEM IN OPTICAL LATTICE AND CREATING CLOCK TRANSITIONS, OPTICAL LATTICE CLOCK DEVICE, ATOMIC CLOCK DEVICE, ATOMIC INTERFEROMETER DEVICE, DESIGN OF QUANTUM INFORMATION PROCESSING DEVICE AND CLOCK TRANSITION SYSTEM |
2021 |
- Tsudzi, Sigenori
- Takamoto, Masao
- Katori, Khidetosi
|
RU2833337C1 |
| MAGNETIC FIELD CORRECTION COIL IN THREE AXES FOR CLOCK TRANSITION SPACE, CLOCK TRANSITION DEVICE, SYSTEM FOR TRAPPING POPULATION OF ATOMS, HOLDING THEM IN OPTICAL LATTICE AND CREATING CLOCK TRANSITIONS, OPTICAL LATTICE CLOCK DEVICE, ATOMIC CLOCK DEVICE, ATOMIC INTERFEROMETER DEVICE, DESIGN OF QUANTUM INFORMATION PROCESSING DEVICE |
2021 |
- Tsudzi, Sigenori
- Takamoto, Masao
- Katori, Khidetosi
|
RU2833490C1 |
| PHYSICAL PART FOR CLOCK ON OPTICAL ARRAY |
2021 |
- Tsudzi, Sigenori
- Takamoto, Masao
- Katori, Khidetosi
|
RU2825593C1 |
| CLOCK ON OPTICAL GRID AND METHOD OF CORRECTING MAGNETIC FIELD FOR CLOCK ON OPTICAL GRID |
2021 |
- Tsudzi, Sigenori
- Takamoto, Masao
- Katori, Khidetosi
|
RU2836390C1 |
| RADIOACTIVE ION SOURCE |
0 |
- Kuznetsov B.I.
- Puzyrevich A.G.
- Panov Yu.A.
- Rybasov A.G.
- Shipilov A.L.
- Belykh Z.P.
- Bulgakov Yu.V.
|
SU1091748A1 |
| SCREEN FOR CATHODE-RAY STORAGE TUBE |
0 |
- Aristarkhova Alevtina Anatolevna
- Volkov Stepan Stepanovich
|
SU1142860A1 |
