1) saturation light intensity
饱和光强度
1.
Photosynthetic rates increased with light intensity below saturation light intensity.
结果表明:在控制环境条件下,光合速率随光强度的增加而增大直至饱和光强度,然后随光强度的增加而降低直至出现光抑制;光合速率随CO2浓度的增加而增加,达到饱和CO2浓度后,光合速率几乎不变;冬小麦叶片气孔导度随光强度的增加而增加直至饱和光强度,然后随光强度的增加而降低。
2) saturation intensity
饱和光强
1.
The equations for the small-signalgain, the saturation intensity, the laser output power, and the optimal output-couplingcoefficient of a resonator are presented.
利用CO2激光器的简化速率方程模型，对高功率横流连续CO2激光器特性参数进行了全面的分析和探讨，建立了光腔小信号增益系数、饱和光强参数、激光输出功率和激光耦会输出窗口最佳透射率计算公式，其计算值与实验结果吻合，为激光器的设计和运行提供了快捷、简便的计算依据。
2.
The thermooptic coefficient and saturation intensity of tea liquid are measured to be1.
２×１０－５℃１，饱和光强为５４ＫＷ／ｃｍ２。
3) saturation photic intensity
光强饱和
1.
According to characteristics and demand of fine tracking spot detection in space laser communication system, a kind of real-time spot detection instrument was brought forward by adjusting gain automatically , which can overcome saturation photic intensity effect.
针对空间激光通信中精跟踪光斑检测的特点与要求,本文提出使用自动增益调整的方法来克服光强饱和效应。
4) saturation intensity
饱和强度
1.
The dependence of DFWM saturation intensity on foreign gas pressure is measured and found to be Isat∝ p0.
研究了入射激光能量密度,外加气体(N_2,CO_2,NO_2)对碘的简并四波混频(DFWM)光谱和信号强度的影响,测定了I_2的DFWM信号的饱和强度与外加气体压强之间的关系。
2.
In this paper,the structure and the spectrum of the saturable Bragg reflector are generalized in detail,and the relation between the absorption coefficient,saturation intensity and the inherent parameters of the SBR is derived from the density matrix equations.
分析了SBR的结构和光谱特性 ,并从密度矩阵方程出发导出了SBR的吸收系数、饱和强度与SBR的固有参数之间的关系 ,分析了SBR在固体激光器中的锁模机理 ,得到了SBR在固体激光器中锁模的基本条件 ,结果表明 ,SBR能够用于飞秒固体激光器锁模并提高锁模脉冲的质
3.
The prerequisites to the operation of passive mode-locking laser are derived quantitatively, which include the upper limit of pumping rate and the lowrt limit of the saturation intensity of laser medium.
定量地导出了被动锁模激光器运转的先决条件，它们是泵浦速率的上退和激光介质饱和强度的下限。
5) Saturation enhancement
饱和度增强
6) hue saturation intensity ,HSI
色饱和强度
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条