全光照的英文

• full exposure

• "全"英文翻译    complete
• "光照"英文翻译    beam; illumination
• "全光照喷雾育苗" 英文翻译 :    all-lighting & spraying sprout cultivation
• "全光" 英文翻译 :    all-glossy; full gloss; yasumitsu
• "光照" 英文翻译 :    beam; illumination◇光照锻炼 light hardening; 光照发光 photoluminescence; 光照分布 [光学] illumination distribution; 光照技术 lighting; 光照量 quantity of illumination; 光照灵敏度 luminous sensitivity; 光照期 light period; 光照周期性 photoperiodicity
• "全光烈" 英文翻译 :    kwang-leol jeon
• "全光谱" 英文翻译 :    full spectrum
• "全光漆" 英文翻译 :    full gloss paint; high gloss paint
• "全光网" 英文翻译 :    all optical network; all-optical networks; aon all optical net
• "全光源" 英文翻译 :    omnilights
• "全光泽" 英文翻译 :    full gloss
• "安全光电管" 英文翻译 :    safety light barrier
• "安全光纤" 英文翻译 :    security optical fibre
• "全光电发射" 英文翻译 :    complete photoelectric emission
• "全光度计" 英文翻译 :    holophotometer
• "全光反射的" 英文翻译 :    holophotal
• "全光反射镜" 英文翻译 :    full reflector
• "全光谱光源" 英文翻译 :    full spectrum light source
• "全光谱战士" 英文翻译 :    full spectrum warrior
• "全光饰面" 英文翻译 :    full gloss finish
• "全光束头灯" 英文翻译 :    full beam headlight
• "全光通信" 英文翻译 :    all optical communication; aoc all-optical communication
• "全光通信网" 英文翻译 :    aon
• "全光网络" 英文翻译 :    aon all optical network; aon all-optical network
• "全光纤网路" 英文翻译 :    full fibre network

• For the factor of light intensity , three light intensities were applied : full irradiance ( 100 % ) , intermediate irradiance ( 43 . 5 % ) and low irradiance ( 6 . 74 % ) ; for the factor of leaf loss , plants were given defoliation ( 70 % of total leaves removed ) and non - defoliation treatment
  光照强度设置了3个光照水平：全光照( 100 ) 、中度光照( 43 . 5 )和低光照( 6 . 74 ) ；叶损失处理设置了70去叶处理和未去叶处理两个水平。
• With the increasing light adaptive time , the length of rhabdom trended to be longer and proximal pigment trended to spread more widely , but the variation was smaller in full bright light and short wave ( blue ) light conditions than that in long wave ( red ) light condition
  蓝光照条件下感杆束直径和长度变化与全光照相似，但近端色素的伸展幅度以蓝光下条件最大，红光次之，均大于全（色）光照条件。复眼结构对短波光（蓝光）的敏感性高于长波光（红光） 。
• In this paper , the ultrastructures of compound eyes in blue and red light conditions were firstly studied with the transmission electron microscope in macrobrachium nipponense . the changes of ultrastructural features of rhabdom and cells around were well observed , and were compared thoroughly with the features in full bright light and dark conditions . the functions and significances of related cells structures were discussed during the breakdown and rebuilding of the photoreceptor membrane
  本文利用透射电镜技术，首次对红、蓝光照条件下日本沼虾复眼结构，重点是小眼感杆束及其周围细胞超微结构变化作了详尽的观察和研究，并与全光照和全暗条件下的结构特征进行全面比较，探讨相关细胞结构在光感受膜的降解和重新合成过程中的作用和意义。
• But michelia foveolta had obvious growth dominance under one layer shading , the increasing of plant height is relatively high , there were no significant difference in increased perimeter , branches and leaves dry weight , roots dry weights , the whole dry weights of plant in michelia foveolta between full light and shading treatments
  而金叶含笑在一层遮荫处理下表现明多脉青冈和金叶含笑幼苗的光合生理特性研究显的生长优势，其株高增量较多，径粗增量和枝叶干重、根干重、整株干重虽然略低于全光照下，但二者并无显著差异
• Comparing with full light treatment ( control ) , tr , gs , wue and light saturation point were significantly decreased , ci was increased by shading . so far as curve of light response , seedlings of 2 tree species represented higher photosynthetic capability under shading treatments in the ranges of low light
  和对照的全光照处理相比，遮荫处理显著地降低了多脉青冈和金叶含笑的蒸腾速率、气孔导度、水分利用率和光饱和点，细胞间隙co _ 2浓度在遮荫条件下显著上升。
• So far new variety is deficient and difficult to popularize because it is hard to know the eclolgical adaptability of plants , so we ca n ' t adjust measures to local conditions . in this paper , we systematically studied photosynthetic characteristics , light response characteristics , photosynthetic diurnal variation , growth , biomass , seasonal variation of physiological characteristics and leaf anatomy of cydobalanopsis multinervis and michelia foveolta under different shadings ( full light , one layer shading , two layers shading ) by ecophysiologi cal methods
  本研究运用生理生态学的研究方法，选取目前在园林上应用较少的多脉青冈和金叶含笑的幼苗为研究材料，对其在不同遮荫处理下(全光照、一层遮荫、两层遮荫)的光合特性、光响应特性、光合日变化、生长情况、生物量、生理特性的季节变化及叶片形态解剖结构等方面进行了较为全面系统的研究。
• The quantity of increased leaf efficiency contributed to the aboveground biomass gain after defoliated are different at different irradiance . at the initial stage , the increased leaf efficiency of defoliated plants contributed more to biomass increment of aboveground under higher light level than those under lower irradiance . as the treatment time extended , the contribution to growth of increased leaf efficiency of plants under intermediate light level went beyond those under full irradiancy
  ( 2 )叶受损的植株叶效率显著高于未受损植株；光照强度越高，植株的叶效率越高；受损植株增加的叶效率在不同光照条件下对生长的贡献大小不同，处理初期，全光照下叶损失植株增加叶效率对地上部分的生物量增加贡献大于中度光照，大于低光照下植株，随处理时间的延长，中度光照下的植株增加叶效率对生长的贡献逐渐超过了全光照下植株。
• In the ranges of high light , pn of cydobalanopsis multinervis was higher under full light treatment and pn of michelia foveolta was higher under one layer shading . 2 . photosynthetic diurnal variation of cydobalanopsis multinervis and michelia foveolta under different shadings . the curves of photosynthetic diurnal variation were changed by shading in cyclobalanopsis multinervis and michelia foveolta , pn of cyclobalanopsis multinervis was decreased obviously during daytime
  就光响应曲线而言，低光强范围内遮荫处理的2树种幼苗表现出较强的光合能力，在较高光强范围内，多脉青冈在全光照处理下的净光合速率有明显优势，而金叶含笑在一层遮荫处理下的净光合速率较高。
• The results showed that the net photosynthetic rates of the three hex species under full light were higher than those under 45 % of full light , which were higher than those under 20 % of light , and the diurnal net photosynthetic rates varied in a double - peak curve , which reflected that the three hex species were neutral tree species
  结果表明： 3种冬青在全光照下的净光合速率高于透光率45 %下的，透光率45 %的高于透光率20 %的，且全光照处理的净光合速率日变化均为双峰曲线，反映3种冬青均为中性树种。