- 更多网络例句与光适应相关的网络例句 [注：此内容来源于网络，仅供参考]
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The Influence of Light and Dark Adaptation on the Ultrastructure of the Photoreceptor in Cherax quadricarinatus The Ultrastructure of the photoreceptor in Cherax quadricarinatus, which was in light and dark adaptation, was studied by electron microscopy.
二。光适应与暗适应对红螯螯虾光感受器超微结构的影响用透射电镜对光适应和暗适应时的红螯螯虾光感受器的超微结构进行了研究比较。
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Leaf morphological structure ; leaf anatomica structure ; light intensity ; light adaptation ; shading ; plant shade tolerance
叶片形态结构；解剖结构；光强；光适应；遮荫；耐荫性
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In order to clarify the physiological and biochemical basis of Nostoc commune lived in different environmental light levels, their daily changes of Fv/Fm, photosynthetic characteristics and content of carotenoids and chlorophyll were studied. Compared with shade-acclimated N.
以生长于不同光环境下的地木耳为材料，对其Fv/Fm的日变化、光合作用特性、叶绿素和类胡萝卜素的含量进行了研究，以了解其光适应的生理生化基础。
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The result is showed that the Gq α were specifically localized in the rhabdoms as the membrane-bound form and in the cytoplasm as the soluble form. The localization of Gq α changed depending on the light condition. In the dark, many immunogold particles were detected in the rhabdom rather than in the cytoplasm.
在暗适应后，Gqα主要分布于感杆束，细胞质中很少，感杆束与细胞质中胶体金颗粒的密度比为2.11±0.186；在光适应后，密度比减少为0.63±0.056；在不同波长的光照处理后，Gqα定位有差异，感杆束与细胞质中胶体金颗粒的密度比由高至低，依次为：绿光（2.38±0.179）、红光（1.99±0.177）、蓝光（1.92±0.163）和黄光（1.02±0.106）。
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In order to investigate the mechanism of light adaption of C. chinesis cotyledons, different layer adumbral nets were used in this experimenr, the light intensity were 4%, 22%, 50% and 100% of full sunlight, respectively.
为了解夏蜡梅子叶的光适应能力和机制，采用不同层数遮阳网遮光的方式，研究四种生长环境光强（4%、22%、50%和100%全光照）对夏蜡梅子叶显微形态结构和光合参数的影响。
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These results indicated that the seedlings of Vallisneria natans were adapted to low intensity which ranged from 7.1% to 43.3% of natural light intensity.
这表明苦草幼苗有一定的低光适应能力，光强范围大约是7.1%~43.3%，为在浑浊水体中恢复、重建苦草种群提供了一定的实验依据。
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The properties of light-adapted and dark-adapted BR D96N films and their transformation mechanism were studied by measuring and analyzing the kinetic absorption spectra of the sample under light illumination.
通过对菌紫质D96N基因突变形成的薄膜样品在光照下动态光谱的测定和分析，研究了此样品的光适应型、暗适应型特性及其之间的转化机制。
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In contrast, the distribution of the pigment granules was mainly around the distal region of the rhabdoms in the dark-adapted state.
光适应条件下，色素颗粒较均匀地分布于视杆上下两侧；暗适应状态下，色素颗粒则主要分布在视杆上侧和晶体下侧。
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In the lightadapted state, the distribution of the pigment ranules were mainly around the top region ofrhabdoms, however, the pigment granules distributed evenly around rhabdoms in the dark-adapted state. No difference was observed between male and female.
在光适应条件状态下，屈光器及视杆周围的色素颗粒主要分布在视杆部位的上侧，暗度适应条件状态时则较均匀地分布于视杆两侧上下；性别对色素颗粒分布无明显影响。
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It is confirmed that under the illumination of light the dark-adaptedBR is quickly turned into the light-adapted, and undergoes a photo-chemical cycle then through a sequence of intermediates of J, K, L,comes into a more stable intermediate-M state. M state relaxes to B state in about one hour. B state converts completely into D state after 24 hours. B state initiates the photochemical cycle under illumination, while it can transform into D state in the dark. So B state is a key intermediate in the BR photochemical cycle.
实验证实，样品受光照激发后很快从暗适应型经过光适应型进入光循环，经过一系列的光化学中间体到达较稳定的M态。M态经过约1小时热驰豫完全回到光适应型B态，B态再经过24小时缓慢热驰豫完全回到暗适应型D态。B态受光则进入光循环，不受光则转化为D态，从而认为B态是菌紫质光循环路径中一个重要的分支节点。
- 更多网络解释与光适应相关的网络解释 [注：此内容来源于网络，仅供参考]
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light adaptation：明适应
ation)明适应(light adaptation)2、暗适应与光适应(2)05101520253035345678暗适应时间(分钟)阈限的对数值图5.3 在暗适应过程中视觉阈限的变化2、暗适应与光适应(3)051015203045609012020406080100时间(秒)图5.4 光适应曲线比较光的相对数值(二)空间辨别眼睛的空间辨别能力即视锐度(visual acuity)表现为觉察目标刺激的存在以
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light adaptation：光适应
管球反馈 Tubuloglomerular feedback | 光适应 Light adaptation | 感觉柱 Sensory column
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light adaptation：光适应作用
light alloy 轻合金 | light adaptation 光适应作用 | light absorpton analysis 光吸收分析
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dark adaptation：暗适应
光适应(1)暗适应(dark adaptation)明适应(light adaptation)2、暗适应与光适应(2)05101520253035345678暗适应时间(分钟)阈限的对数值图5.3 在暗适应过程中视觉阈限的变化2、暗适应与光适应(3)051015203045609012020406080100时间(秒)图5.4 光适应曲线比较光的相对数值(二)空间辨别眼睛的空间辨别能力即视锐度(visual acuity
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dark adaptation：暗光适应
Darcy-Weisbach formula 达西-韦史巴赫公式 | dark adaptation 暗光适应 | dark field 暗场
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photopia：光适应
photophysics 光子物理学 | photopia 光适应 | photopic eye 适光眼
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photopia：光适应 (眼对光的调节)
"光泳","photophoresis" | "光适应 (眼对光的调节)","photopia" | "适光眼","photopic eye"
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photopia：明视力;明光适应
发光器 photophore | 明视力;明光适应 photopia | 光适应视觉 photopic vision
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photopic adaptation：对光适应
photopia 光适应 | photopic adaptation 对光适应 | photopic stimulation 光刺激
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photopic adaptation：光适应
photo-optics 光学照相 | photopic adaptation 光适应 | photopic vision 光适应视觉