光的

The spectral features of apple florescence mainly presented as absorption of blue light and red light, reflection of green light, and the strong reflection of near-infrared between 750 nm to 1300 nm.

苹果树花期光谱特征主要表现为对蓝光和红光的吸收、对绿光的反射，和对750~1300 nm近红外的强烈反射。

The energy in the packets or quanta ,is higher for ultra violet and x-rays than for infra red and visible light.

对于量子光的能量而言，剧烈的紫外线和x光要比红光和可见光高的多。

Based on Huygens principle,the translation of transmission light relative to incident light is analyzed in theory as the incident light parallels to the normal Nicol prism's long side,according to the propagation characteristics of e light in crystals.The beam translation of six species of improved Nicol prism are calculated.

从惠更斯原理出发，根据e光在晶体中的传播特性，从理论上详细分析了光线平行于常规尼科耳棱镜长边入射时透射光相对入射光的平移，并给出了6种改进形式尼科耳棱镜的光束平移。

When smooth accelerant is shot by illumination, change smooth energy into electron and cavity above all, next with the oxygen in air (O2) and water element (H2O) reaction, the oxyhydrogen that generates a freeboard oxidation capacity is free base and oxygen anion (O2-).

光触媒被光照射时，把光的能量首先转化成电子和空穴，然后与空气中的氧气(O2)和水分子(H2O)反应，产生具超高氧化能力的氢氧自由基和氧负离子(O2-)。

Secondly, the phototransferred thermoluminescence of PWO and PWO: Y crystals were studied in the range of 30-300℃.

第二，通过对PbWO〓及PbWO〓：Y〓的光迁移热释光的研究，揭示了可见光照对于热释光的影响。

The research for the three-photon correlated imaging with incoherent light of lensless Fourier-transform is reported.

首次从理论上提出了利用非相干光场在无透镜的情况下，得出高阶干涉光的三阶关联函数解析式，并证明了非相干光场通过傅里叶变换，完全能够实现多光子的关联成像。

Then introducing how to linearize the nonlinear transfer from photic signal to electric signal.

主要介绍和分析在浊度测量中为避免背景光的干扰，采用调制光强测量浊度的新方法，并介绍如何对从光信号到电信号的非线性转换作线性化处理。

Compared to the control, the increment in membrane permeability, MDA and Pro contents were smaller, and the reducement in activities of SOD and POD, contents in soluble protein, dry weight of aboveground, dry weight of underground, plant height and stem diameter were smaller in leaves of pepper under low temperature and poor light stress with PEG seed-soaking. These results suggested that PEG seed-soaking could increase the resistance ability to low temperature and poor light stress of pepper seedlings.

PEG浸种处理可使辣椒幼苗地上部干质量、地下部干质量、株高、茎粗和叶片SOD、POD活性、可溶性蛋白含量的下降幅度均较低温弱光对照显著减缓，细胞膜透性、MDA与Pro含量的增加幅度均较低温弱光对照显著降低，表明PEG浸种处理能够提高辣椒幼苗对低温弱光的适应能力。

In darkness, the Ca〓-ionophore A23187 could mimic the effect of R, the volume and 〓 accumulation in protoplasts were 82. 91% and 90.62% respectively as those of R treatment when 5μmol/L A23187 was added to the medium.

在黑暗条件下，钙离子载体A23187（1～10μmol/L）可模拟红光的作用，5μmol/L A23187使原生质体膨大程度达红光处理的82.9l％，〓积累量达红光处理的90.62％。

However, in case of highly reflective metal, it's very hard to filter stray light from structure light.

实验表明，对于反光强烈的光洁金属表面，杂光的强度与结构光接近，普通的滤光手段难以克服。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。