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of light
    to early Oct.The suitable range of light intensity for fruit coloration was relatively 40%-85% of full sun;
    果实着色的适宜光照强度范围为相对全光照的 4 0 %~ 85%。
    The photosynthetic ability was improved with the increase of light intensity.
    随光照强度的提高 ,光合能力递增 ,但呼吸消耗也随之加大 ;
    The range of pH for conidial germination was 5.29~8.04, with the optimum pH5.91~6.47. The conidial germination was stimulated by an alternating of light and darkness for 12 hours.
    分生孢子在pH 5 .2 9~ 8.0 4的范围内均可萌发 ,以 pH 5 .91~6 .47的萌发率最高。 1 2h光照、黑暗交替 ,有促进孢子萌发的趋势
    The searches on the pH ranges of SS RTP of rhodamine B and butylrhodamine B, the stability of light, the fineness of experimental method, the linear range and detection limit showed that: the pH ranges of rhodamine B and butyl rhodamine B are 1.90~2.40, 1.75~3.50 respectively;
    罗丹明 B和丁基罗丹明 B的固体表面室温磷光 p H范围、光照稳定性 ,实验方法的精密度以及线性范围和检出限等都需要进行细致的研究 . 实验结果表明 :罗丹明 B和丁基罗丹明B的 p H范围分别为 1 .90 ,2 .40 ,1 .75~ 3.50 ;
    the time of light stability are all 3 min;
    光照稳定时间均为 3min;
    The pH value of basal material for growth is 5 8. The growth temperature of sporophore is 15 2~30 6℃. The intensity of light is 650~1 650Lx. The degree of humidity in the soil is 31.39%~19 44% (soil depth 1~10 cm).
    子实体生长期为每年的 5~8月 ,生长基物的 pH为 5 8,生长温度为 15 2~ 30 6℃ ,光照强度为 650~ 1650LX ,土壤温度 31 39%~19 4 4 % (土壤深度 1~ 10cm) ,土壤微量元素有 :铝、钡、铍、钴、铬、铜、铁、锰、镍、铅、锑、硅、钛、矾、铟。
    The results showed that the quality,soluble protein level at and GS activity in the roots and leaves of photoperiod sensitive genic male sterile rice were increased with the increasing of intensity of light.
    研究表明 ,随着光照强度的增大 ,光敏核不育水稻根和叶的生长量、可溶性蛋白质的含量及 GS活性均随之提高 ,这提示光照促进了其根和叶中编码 GS的基因的表达 ,导致 GS活性的提高。
    The plantlet of Chimonanthus Praecox was subcultured with MS basic medium under 21 to 25℃ for 60 days,the intensity of light was 1500 to 2000lx and lighting hours were 14 hours per day. The results showed that the optimum hormonal combination for the subculture was 1.5mg.
    采用 NAA和 6-BA不同浓度组合的MS培养基 ,在 2 1~ 2 5℃的温度、 1 50 0~2 0 0 0 Lx光照 1 4 hr条件下 ,对腊梅瓶栽苗进行继代培养 ,培养 60 d后经观察分析 ,腊梅继代培养最佳的激素组合为 6-BA1 .5mg.
    2. The inducement efficiencies were varied under different combined light and temperature conditions, the highest ratio ( 13.2% ) of male was induced by 18℃ and ten hours of light for one generation, and the desirable ratio of oviparous female (86.7%) was induced by 18 ℃ and 8 hours of light for one generation.
    (2)不同的光温处理,诱导棉蚜性蚜产生的效率不同,雄蚜诱导效率最高(13.2%)的诱导条件为18℃~10L(18℃,10h光照)处理1代,性雌蚜诱导效率较高(86.7%)的诱导条件为18℃—8L处理1代。
    The effects of light and temperature on the germination were independent as well as interrelated and also related to seed MC.
    光照和温度对种子萌发有单独影响 ,但又相互作用 ,同时光照对萌发的影响还与种子含水量有关。
    Three dimensional geometric model and real time display algorithm for simulation of cutting process and method of calculation of light density based on global illumination is proposed.
    针对数控加工三维实时仿真系统的开发,研究了加工过程三维几何模型构建、仿真过程的实时动态显示以及基于全局光照明的加工环境光照计算的具体方法。
    Influences of light intensity, temperature and nutrients (N, P) on algal growth in the water of network of rivers in plain were studied in this test.
    研究了光照、温度、营养 (N,P)对平原水网水体藻类生长的影响 .
    2)at 3 000 lx of light intensity ,the glucose consuming rate is the highest,3 g/(L·d) ;
    2)在光照强度为3000lx混合培养时,葡萄糖消耗速率达最大值3g/(L·d);
    3)at 2 000 lx of light intensity ,the cell density gets to the maximum of 2.60 g/L, and the biomass/glucose yield decrease with the increase of light intensity;
    3)在光照强度为2000lx混合培养时,藻细胞密度最大,为2.60g/L,以葡萄糖计算的基质得率随光照强度的增加而显著下降;
    4)the contents of chlorophylla increase with the increase of light intensity;
    4)融合微藻叶绿素a含量在混合培养条件下,随光照强度的增大而增加;
    GS activity was decreased with the increase of sucrose concentrations whether the illumination of light or the dark.
    无论是在光照或在暗处 ,蔗糖对 GS活性均有抑制作用 ,尤其是在较高蔗糖浓度下作用更为明显 ;
    Photic injury in the retina worsened and optic cell apoptosis increased as time of light exposure was increased.
    结果 :视网膜出现了光损伤和视细胞凋亡现象 ,随着光照时间的延长 ,视网膜光损伤逐渐加重 ,视细胞凋亡逐渐增多。
    Objective To analyze the effects of light on circadian expression of Clock mRNA in central and peripheral tissues.
    [目的]分析光照对中枢和外周组织生物钟Clock基因mRNA表达的影响。
    The effects of Y3+doping, the quantities of Y3+dopant, and the intensity and the time of light illumination on hydrophilicity of the films were studied.
    研究了Y3+掺杂本身和具体的掺杂量、光照强度和时间对薄膜亲水性的影响。
    (2) The upregulation of bFGF and FGFR1 mRNA expression occurred with longer period of light exposure ( P <0.05).
    (2 )光照后 6hbFGF及FGFR1的表达尚无明显改变 (P >0 0 5 ) ,随着时间延长 ,其表达增加的差异具有显著意义(P <0 0 5 )。
 

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