光合作用

基本解释 (translations)

photosynthesis

与光合作用相关的网络例句 [注：此内容来源于网络，仅供参考]

Thischaracteristic of Atriplex canescens is consistent with that of many local species. TheLCP of Atriplex canescens in different treatments (light, medium, no and heavy watersoil stress) are 314.8μmolm~(-2)s~(-1)、272.5μmolm~(-2)s~(-1)、176.7μmolm~(-2)s~(-1)、143.1μmolm~(-2)s~(-1), respectively, which indicates that the LCP of Atriplex canescens is reducingwith the escalation of soil water stress. This tendency is favorable for Atriplexcanescens under drought stress to maintain certain photosynthesis even in weaksunlight so as to ensure the survival of itself, and keep balance between maintainingwater content inside and its photosynthesis.

四翅滨藜在不同土壤水分胁迫下的光补偿点：轻度土壤水分胁迫、中度土壤水分胁迫、无土壤水分胁迫和重度土壤水分胁迫下的光补偿点分别为，314.8μmolm~(-2)s~(-1)、272.5μmolm~(-2)s~(-1)、176.7μmolm~(-2)s~(-1)、143.1μmolm~(-2)s~(-1)，说明四翅滨藜的LCP随着土壤水分胁迫的加重而呈现降低的趋势，这种变化有利于处在干旱胁迫中的四翅滨藜在光强较弱的条件下仍然能维持一定的光合作用，以满足植物自身生命活动所需，同时也可以使植物在保持体内水分和进行光合作用之间寻找平衡。

The photosynthetic rate in July is better than September;the diurnal variation of Pn is the bimodal curve.

比较苹果在7月、9月的光合作用，发现7月的光合作用显著高于9月的光合作用，在7月叶片光合作用的日变化为双峰曲线，9月为单峰曲线。

By experiment it was found that the production of oxygen of Elodea nuttallii's telome through photosynthesis had curved correlation with the temperature and illumination, while negative linear correlation with pH.

本文研究了温度、pH值、光照三种环境因子对伊乐藻光合作用的影响，实验得出伊乐藻顶枝光合作用的产氧量与温度、光照呈曲线相关，与pH值呈线性负相关。

Inconsequence, the engineering cyanobacteria may be able to use for synthesis of mono-saccharides through strengthened several steps of Calvin cycle with higher 〓 concentration.

近年来发展的代谢工程启发我们是否有可能将光合作用Calvin循环中的几个关键酶转入藻类等光合细菌中使之成为能在较高〓浓度下通过强化的光合作用合成糖类的工程菌。

Researchers have tried to mimic the process used by plants with experimental systems that use some of the components of photosynthesis, such as chlorophyll, which makes plants green and helps trap light , and catalysts which facilitate the process of converting carbon dioxide, water and sunlight.

研究人员一直试图用实验体系模拟植物的光合作用。他们想利用一些光合作用中的原料，例如让植物呈现绿色并有助于俘获光子的叶绿素、促进二氧化碳转化过程的催化剂、水和阳光。

Marine δ13C may have varied in the Neoproterozoic, but this could only be deduced following careful consideration of large isotopic changes that occur during lithification and later alteration.

大量的进行光合作用的生物曾经广泛出现并且制造了足够的光合作用碳，这些碳同位素后来进入了海岸地下水并且沉积形成了具有独特碳同位素特征的海相碳酸盐。

If the new science is right and myelination is to talent as photosynthesis is to plant growth, then Spartak makes it abundantly clear that photosynthesis alone is never enough; you also need soil, water, air, sunlight, luck.

如果新科学是正确的，髓磷脂对天才来说就象植物生长的光合作用那样，那么斯巴达克在这方面是丰富的。很明显，仅有光合作用是不够的。我们还需要土壤，水，空气和阳光。

He photosynthetic processes and the rate equation of photosynthesis are discussed in this paper.

本文讨论了海洋中光合作用过程和计算光合作用的速率方程。

In measurements of a day,generallyspeaking,the photosynthesis of birch in mesophytic habitat is better than that in xerophytichabitat(peak values are 12.8,10.33μmolCO2m-2s-1 respectively);that of sexual birch inmesophytic habitat is better than that of clone birch(peak values are 9.87,6.71μmolCO2m-2s-1respectively);that of young tree is better than that of seedling(peak values are12.37,10.05μmolCO2m-2s-1 respectively).

在一天中的各个时刻，总体说来，中生生境生长的白桦光合作用超过旱生生境生长的白桦光合作用(净光合速率峰值分别为12.8、10.33μmolCO2m-2s-1)；白桦幼树的光合作用超过白桦幼苗(净光合速率峰值分别为12.37、10.05μmolCO2m-2s-1)；中生生境有性白桦的光合作用超过无性白桦的光合作用(净光合速率峰值分别为9.87μmolCO2m-2s-1、6.71μmolCO2m-2s-1)。

The results shoed that after spraying 1 and 5 mgL^(-1) of anthraquinones, the photosynthetic rate raised by 38.03% and 39.73%, chlorophyll content increased by 3.53% and 3.83%, and MDA content decreased by 11% and 23%, respectively. The anthraquinones could absorb solar UV radiation, and convert the harmful UV into blue or yellow light which can promote plant photosynthesis. It as suggested that foliar-spraying appropriate concentrations of aloe's anthraquinones could promote wheat photosynthetic activity, alleviate UV harm, and thus, increase wheat yield.

结果表明：在灌浆期用浓度为1和5mgL^(-1)的芦荟蒽醌类物质喷施小麦，光合作用速率分别提高了38.03%和39.73%；叶绿素含量分别提高了3.53%和3.83%，丙二醛含量分别降低了11%和23%；蒽醌类物质能够吸收太阳中的紫外线，并将紫外线转换成能促进光合作用的蓝光或黄光；芦荟蒽醌类物质能促进小麦光合作用效率，减轻紫外线对小麦的损伤；喷施合适浓度的芦荟蒽醌类物质能够提高小麦产量。

与光合作用相关的网络解释 [注：此内容来源于网络，仅供参考]

action spectrum of photosy nthesis：光合作用的作用光譜

光果鳳尾蕉 Cycas thoursii R. Brown; Thouar cycas | 光合作用的作用光譜 action spectrum of photosy nthesis | 光滑角苔 Anthoceros laevis L.; hornwort

Not photosynthesis, but chemosynthesis：这不是光合作用 而是化学合成

coming from inside the Earth itself.|来自地... | Not photosynthesis, but chemosynthesis.|这不是光合作用 而是化学合成 | It was a whole new basis for life, one that didn't need the sun,|这是个崭新的生命基...

chlorenchyma：葉綠組織 含葉綠體具光合作用功能

cellulose 纖維素 一種多醣類聚合物是細胞壁的主要成份 | chlorenchyma 葉綠組織 含葉綠體具光合作用功能 | chloroplast 葉綠體 含葉綠素內膜具葉綠餅可行光合作用功能

secondary phloem：次生韌皮部 由維管束形成層產生具運輸光合作用產物的組織

secondary cell wall 次生細胞壁 於細胞停止增大後添加的最內層細胞壁... | secondary phloem 次生韌皮部 由維管束形成層產生具運輸光合作用產物的組織 | secondary xylem 次生木質部 由維管束形成層產生具運輸水分的組...

photosynthesis：光合作用

它形成了细胞内的"光合作用"(Photosynthesis)利用阳光与二氧化碳(Carbon Dieoxide)及水化合,制成简单的糖,储存于体内. 早期的地球充满了二氧化碳,单细胞生物体内的光合作用,吸收了二氧化碳的碳,制造碳水化合物,而释放氧气出来,于是,

apparent photosynthesis：明显[表观]光合作用

blattnerphone 磁带(钢丝)录音机 | apparent photosynthesis 明显[表观]光合作用 | codification 法典编纂, 法律成文化

apparent photosynthesis：显明光合作用

apparent movement 似动 | apparent photosynthesis 显明光合作用 | apparent size 形式大小

anoxygenic photosynthesis：不产氧光合作用

光合作用可分为产氧光合作用(oxygenic photosynthesis)和不产氧光合作用(anoxygenic photosynthesis). 植物之所以被称为食物链的生产者,是因为它们能够通过光合作用利用无机物生产有机物并且贮存能量. 通过食用,食物链的消费者可以吸收到植物所贮存的能量,

anoxygenic photosynthesis：不生氧光合作用

anoxic reactor无氧反应器 | anoxygenic photosynthesis不生氧光合作用 | anoxyphotobacteria无氧光细菌

oxygenic photosynthesis：生氧光合作用

09.032 光合作用 photosynthesis | 09.033 生氧光合作用 oxygenic photosynthesis | 09.034 不生氧光合作用 anoxygenic photosynthesis