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of light
    Influence of light exposure and applied bias on the conductivity of microcrystalline silicon films at room temperature
    光照和偏压对微晶硅薄膜室温电导的影响
    Effect of Light on Poinsettia Flower Character Expression
    光照对一品红观赏性状的表达效果
    Influence of Light Length on the Fertility Alteration of Pingxiang Dominant Genie Male Sterile Rice
    光照长度对萍乡显性核不育水稻育性转换的影响
    Influence of light,agar and carbon sources to growth of in vitro cultured root tips of Fraxinus mandshurica
    光照、琼脂和碳源对离体培养中水曲柳根尖生长的影响
    Influence of light on carbonation of concrete
    光照对混凝土碳化的影响
    Effects of Light Intensity、Temperature、CO_2 and Water on the Photosynthesis of Zanhuang-Jujube
    光照、温度、CO_2、水分等生态因子对赞皇大枣光合作用的影响
    The Effects of Light Intensity and Nitrogen Ratios on Metabolism of Nitrogen of Grape Plantlets in Vitro
    光照强度和氮素配比对葡萄试管苗氮素代谢的影响
    Influence of Light on N-dependent Disease Resistance and Its Molecular Mechanism
    光照对N介导的抗病性的影响及其分子机理
    Under different tissue cultureconditions, the regeneration frequency of adventitious shoots from hypocotyls varied as: thatof light culture in alternating temperatures of day 26-28X2 and night 18-20C > that of darkculture in constant temperature of 26-28XD > that of light culture in constant temperature of26-28 0C, which revealed that the differentiation of shoots was more sensitive to temperaturethan to illumination.
    不同的组织培养条件下,下胚轴上不定芽分化频率高低依次为昼夜变温光照培养(日温26-28℃,夜温18-20℃)>恒温暗培养(26-28℃)>恒温光照培养(26-28℃),说明下胚轴再分化对温度变化的敏感性高于光照
    800 Lux of light intensity had very severe limitation to alga growth.
    研究发现,当光强接近800Lux时,实验藻类的生长显然受光照强度的限制,没有形成指数生长。
    (7) The amount nitrogen in maize was increased with the increase of light.
    (7)提高光照强度可明显地提高玉米总吸氮量;
    The results indicated that GS(glutamine synthetase) activity increased with the increase of light intensity and the ratio of NH4+-N.
    对谷氨酰胺合成酶(GS)活性结果分析表明,随培养基中NH_4~+—N所占比例的增加,GS活力增加。 当光照强度增加时,GS活力升高。
    The higher the intensity of light, the more serious explant browning.
    增加光照强度外植体褐变严重,黑暗培养的外植体褐变发生推迟而且程度轻。
    The optimum pH value was 5.6-6.4. The difference of light influence on the mycelia growth was not remarkable.
    生长最适pH值为5.6-6.4,在pH值3.0-7.2时菌落均可生长; 光照条件对菌落生长量影响的差异不显著;
    (2) ECV 304 cells were subcultured for 24 h. H2DCF-DA was added into it for 30 min with the final concentration of 10 mol/L, and the other probe MitoFluor Red 589, which distributes in mitochondria specifically, was added simultaneously with the final concentration of 100nmol/L. The procedure of light irradiation was carried out during collecting the fluorescent image of DCF.
    (2)单纯光照时ECV 304细胞内活性氧产生位置的确定:将细胞接种于35 mm培养皿中,孵育24h,孵育结束前30 min加入H_2DCF-DA(孵育浓度为10μmol/L),同时加入线粒体标记探针MitoFluor Red 589(孵育浓度100 nmol/L)。
    (1) CPT content was increased by light shading (60% full sun light) and heavy shading (30% full sun light), CPT content of heavy shading was higher than that of light shading.
    (1) 轻度遮荫(全光照的60%)和重度遮荫(全光照的30%)均使组织中的喜树碱含量增加,重度遮荫的高于轻度遮荫的。
    In FeOOH/UV(visible light)/H_2O_2systems, it can be inferred that the first step of methyl orange decoloration process is the azo band rupture, and then with the big amount of hydroxyl radicals emerged under the condition of light radiation and the presence of hydrogen peroxide, which could lead to the rupture of benzene ring, and decomposed methyl orange organic molecules.
    说明FeOOH/UV(visible light)/H_2O_2体系对甲基橙溶液脱色的过程首先是断开偶氮键,其次光照体系产生的大量羟基自由基能断开苯环,矿化部分甲基橙有机分子。
    2. Influence of light on N/p50-dependent HR and its molecular mechanisms were analysed.
    2.分析了光照对N/p50介导的HR的影响及其分子机理。
    It was the best condition of culture, which condition with 15001x of illumination intensity, 12h of light time and 20℃.
    当培养条件为光照强度1500lx、光照时间12h和温度20℃时,花色素苷含量最高。
    It grew fastest under light intensity of 50μmol photons m~(-2)s~(-1) Growing under 50 to 150μmol photons m~(-2)s~(-1), the EPA and PUFAs contents in the algae raised with the increase of light intensity.
    在50~150μmol photons m~(-2)s~(-1)的光照强度范围内,该藻的EPA和PUFAs含量均随光照强度的增加而升高,在光照强度为150μmol photons m~(-2)s~(-1)时,EPA和PUFAs的含量最高,分别是4.92%和13.25%;
 

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