O437 94063981 多普勒加宽的斯塔克效应光学双稳性分析=Analysisof the Stark optical bistability withDoppler broadening[刊,中]/万作文,朱大勇(西南技术物理研究所)//红外与毫米波学报.-1994,13(3).-207-212用半经典理论分析了含有...O437 94063981 多普勒加宽的斯塔克效应光学双稳性分析=Analysisof the Stark optical bistability withDoppler broadening[刊,中]/万作文,朱大勇(西南技术物理研究所)//红外与毫米波学报.-1994,13(3).-207-212用半经典理论分析了含有多普勒加宽的斯塔克效应光学双稳性,分析了多普勒加宽及其饱和效应对斯塔克效应光学双稳性的影响。图5参7(谷艳琴)展开更多
O433.54 96020803 钠分子里德堡能级的无多普勒加宽光光三共振光谱以及能级宽度和谱线位移=The DF-OOTRspectra of Rydberg levels in sodium moleculesand the widths and lineshifts of these energylevels[刊,中]/潘永乐(华东师范大...O433.54 96020803 钠分子里德堡能级的无多普勒加宽光光三共振光谱以及能级宽度和谱线位移=The DF-OOTRspectra of Rydberg levels in sodium moleculesand the widths and lineshifts of these energylevels[刊,中]/潘永乐(华东师范大学物理系,上海(200062)),叶存云,夏慧荣,丁良恩,马龙生,王祖赓(中科院上海光机所。上海(201800))∥光学学报。—1995,15(6)。展开更多
So far, the only Ca magneto-optic atomic filters reported are based on a heated Ca cell, and the transmission spectrum obtained is double-peaked with 3 GHz effective passband limited by Doppler broadening. A magneto-o...So far, the only Ca magneto-optic atomic filters reported are based on a heated Ca cell, and the transmission spectrum obtained is double-peaked with 3 GHz effective passband limited by Doppler broadening. A magneto-optic atomic filter with single-peaked transmission spectrum of sub-Doppler bandwidth based on the thermal Ca atomic beam is firstly experimentally demonstrated. The fast Ca dipole transition(1S0–1P1) at 422.7 nm, which matches a strong solar Fraunhofer line, was utilized. A folded ninebeam traveling wave configuration is employed, and the maximum transmission efficiency is measured to be 7.3 %.A sub-Doppler transmission bandwidth of 590 MHz, much narrower than the 2.2 GHz Doppler width in the heated atomic cell, is obtained for the first time.展开更多
The mode splitting in a system with Doppler-broadened high-density two-level atoms in the presence of magnetic field inside a relatively long optical cavity is studied in the superstrong coupling regime(atoms-cavity c...The mode splitting in a system with Doppler-broadened high-density two-level atoms in the presence of magnetic field inside a relatively long optical cavity is studied in the superstrong coupling regime(atoms-cavity coupling strength g√N is near or larger than the cavity free-spectral range?FSR).The effect of a magnetic field applied along the quantization axis is used to break the polarization degeneracy of the cavity and thereby introduce birefringence(or Faraday rotation)into the medium.The cavity modes are further split in the presence of the magnetic field compared with the normal case of the multi-normal-mode splitting of the two-level system near the D2 line of87Rb.The dependence of the mode splitting on the magnetic field and the temperature is studied.The theoretical analysis according to the linear dispersion theory can provide a good explanation.展开更多
基金Project supported by the National Natural Science Foundation of China （Grant No 10675076）, the Natural Science Foundation of Shandong Province of China （Grant No Y2006A21） and the State Key Laboratory of High Field Laser Physics, Shanghai Institute of 0ptics and Fine Mechanics, Chinese Academy of Sciences.
文摘O437 94063981 多普勒加宽的斯塔克效应光学双稳性分析=Analysisof the Stark optical bistability withDoppler broadening[刊,中]/万作文,朱大勇(西南技术物理研究所)//红外与毫米波学报.-1994,13(3).-207-212用半经典理论分析了含有多普勒加宽的斯塔克效应光学双稳性,分析了多普勒加宽及其饱和效应对斯塔克效应光学双稳性的影响。图5参7(谷艳琴)
文摘O433.54 96020803 钠分子里德堡能级的无多普勒加宽光光三共振光谱以及能级宽度和谱线位移=The DF-OOTRspectra of Rydberg levels in sodium moleculesand the widths and lineshifts of these energylevels[刊,中]/潘永乐(华东师范大学物理系,上海(200062)),叶存云,夏慧荣,丁良恩,马龙生,王祖赓(中科院上海光机所。上海(201800))∥光学学报。—1995,15(6)。
基金supported by the National Natural Science Foundation of China(10874009 and 11074011)
文摘So far, the only Ca magneto-optic atomic filters reported are based on a heated Ca cell, and the transmission spectrum obtained is double-peaked with 3 GHz effective passband limited by Doppler broadening. A magneto-optic atomic filter with single-peaked transmission spectrum of sub-Doppler bandwidth based on the thermal Ca atomic beam is firstly experimentally demonstrated. The fast Ca dipole transition(1S0–1P1) at 422.7 nm, which matches a strong solar Fraunhofer line, was utilized. A folded ninebeam traveling wave configuration is employed, and the maximum transmission efficiency is measured to be 7.3 %.A sub-Doppler transmission bandwidth of 590 MHz, much narrower than the 2.2 GHz Doppler width in the heated atomic cell, is obtained for the first time.
基金supported by the National Basic Research Program of China(Grant No.2011CB921601)the National Natural Science Foundation of China(Grant No.11234008)+1 种基金the NSFC Project for Excellent Research Team(Grant Nos.61121064 and 11234008)the Doctoral Program Founda-tion of the Ministry of Education China(Grant No.20111401130001)
文摘The mode splitting in a system with Doppler-broadened high-density two-level atoms in the presence of magnetic field inside a relatively long optical cavity is studied in the superstrong coupling regime(atoms-cavity coupling strength g√N is near or larger than the cavity free-spectral range?FSR).The effect of a magnetic field applied along the quantization axis is used to break the polarization degeneracy of the cavity and thereby introduce birefringence(or Faraday rotation)into the medium.The cavity modes are further split in the presence of the magnetic field compared with the normal case of the multi-normal-mode splitting of the two-level system near the D2 line of87Rb.The dependence of the mode splitting on the magnetic field and the temperature is studied.The theoretical analysis according to the linear dispersion theory can provide a good explanation.
