1.The quality of a laser beam passed a disturbed thermal blooming cell is observed using self pumped phase conjugator ( SPPC) in the dynamic and stable state.
2.Based on the study of self pumped phase conjugation ( SPPC) and mutually pumped phase conjugation ( MPPC) coexistence, a new photorefractive adaptive optical heterodyne detection system is proposed.
透過研究光折變晶體內自泵浦與互泵浦相位共軛共存的特性，提出了一種新型的光折變自適應光外差探測系統。
3.The characteristics of competition and coexistence of self-pumped phase conjugation ( SPPC) and mutually pumped phase conjugation ( MPPC) in the photorefractive ( PR) crystal are studied, with the physical mechanism analyzed.
自泵位相共軛
例如：
1.The quality of a laser beam passed a disturbed thermal blooming cell is observed using self pumped phase conjugator ( SPPC) in the dynamic and stable state.
利用光折變晶體的自泵浦相位共軛器（SPPC），在穩態和動態條件下對透過擾動的熱暈池的鐳射束質量進行觀測。
2.Based on the study of self pumped phase conjugation ( SPPC) and mutually pumped phase conjugation ( MPPC) coexistence, a new photorefractive adaptive optical heterodyne detection system is proposed.
透過研究光折變晶體內自泵浦與互泵浦相位共軛共存的特性，提出了一種新型的光折變自適應光外差探測系統。
3.The characteristics of competition and coexistence of self-pumped phase conjugation ( SPPC) and mutually pumped phase conjugation ( MPPC) in the photorefractive ( PR) crystal are studied, with the physical mechanism analyzed.
本文研究了光折變晶體內自泵浦相位共軛（SPPC）與互泵浦相位共軛（MPPC）相互競爭、同時共存的特性，分析了其物理形成機制。