We report on the micro-fa characterization of a chip-scale plasm based on a Rubidium (Rb) vapor cell. light source is intended for use as an in pump-light source in miniature doubl atomic clocks [1, 5]. The RF plasma coupled using external electrodes, and th impedance matched to the source between 1 and 36 MHz. Rb vapor c previously developed as reference cells f but not as light sources. This is the fi plasma emitted from a chip-scale devi emission is observed for over 18 days
A universal method for fabrication of miniature cells for frequency standards and quantum magnetomet...
AbstractThe main advantage of chip scale atomic clock (e.g., Knappe (2008)) (CSAC) over quartz-oscil...
A device is needed that will withstand harsh environments because normal semiconductors are incapabl...
We report on the micro-fabrication and characterization of a chip-scale plasma light source based on...
Abstract — We present the development, testing and characterization of a low-power chip-scale Rubidi...
We describe the fabrication of Rubidium (Rb) vapor cells using glass-silicon anodic bonding techniqu...
We report on the microfabrication and testing of a chip- scale plasma light source. The device consi...
Nowadays, the portable atomic clocks with small size and low power consumption have attracted much a...
We describe the microfabrication of Rb-85 vapour cells using a glass silicon anodic bonding techniqu...
Nowadays, the portable atomic clocks with small size and low power consumption have attracted much a...
International audienceDoppler-free two-photon absorption spectroscopy is employed to characterize th...
We investigate the architecture of microfabricated vapor cells with reflective sidewalls for applica...
A chip-based ingroove microplasma source was designed for molecular emission spectrometry by using a...
Herein, a microfabricated millimeter-level vapor alkali cell with a high hermeticity is fabricated t...
We report on the fabrication and testing of a chip-scale plasma light source. The device consists of...
A universal method for fabrication of miniature cells for frequency standards and quantum magnetomet...
AbstractThe main advantage of chip scale atomic clock (e.g., Knappe (2008)) (CSAC) over quartz-oscil...
A device is needed that will withstand harsh environments because normal semiconductors are incapabl...
We report on the micro-fabrication and characterization of a chip-scale plasma light source based on...
Abstract — We present the development, testing and characterization of a low-power chip-scale Rubidi...
We describe the fabrication of Rubidium (Rb) vapor cells using glass-silicon anodic bonding techniqu...
We report on the microfabrication and testing of a chip- scale plasma light source. The device consi...
Nowadays, the portable atomic clocks with small size and low power consumption have attracted much a...
We describe the microfabrication of Rb-85 vapour cells using a glass silicon anodic bonding techniqu...
Nowadays, the portable atomic clocks with small size and low power consumption have attracted much a...
International audienceDoppler-free two-photon absorption spectroscopy is employed to characterize th...
We investigate the architecture of microfabricated vapor cells with reflective sidewalls for applica...
A chip-based ingroove microplasma source was designed for molecular emission spectrometry by using a...
Herein, a microfabricated millimeter-level vapor alkali cell with a high hermeticity is fabricated t...
We report on the fabrication and testing of a chip-scale plasma light source. The device consists of...
A universal method for fabrication of miniature cells for frequency standards and quantum magnetomet...
AbstractThe main advantage of chip scale atomic clock (e.g., Knappe (2008)) (CSAC) over quartz-oscil...
A device is needed that will withstand harsh environments because normal semiconductors are incapabl...