遮光

基本解释 (translations)

antiglare  ·  irising  ·  diaphragmation

与遮光相关的网络例句 [注：此内容来源于网络，仅供参考]

Changes in morphological indexes, chlorophyll mass fraction, malondialdehydel molal concentration and protective enzyme activities of Hosta×hybrida 'So Sweet', Aspidistra elatior 'Punctata', Speirantha gardenii with shading treatments of 50%, 75%, 90% and a control of 0% were studied using the subordination function method.

对花叶玉簪甜心Hosta×hybrida 'So Sweet'，花叶蜘蛛抱蛋Aspidistra elatior 'Punctata'和白穗花Speirantha gardenii等3种地被植物进行不同程度遮光处理，研究了遮光条件下3种植物形态指标、叶片叶绿素质量分数、丙二醛质量摩尔浓度和保护酶活性的变化。

2According to requirement of suppressing stray light in two-mirror system, vertex coordinate formulas of inner baffle are deduced based on geometrograph in the case of certain obscuration, viewing field and vignetting. In order to reduce the obscuration, conical baffle of secondary mirror is ameliorated into a shutter one. Outer baffle is designed when angle of stray light suppressing is foregone and the vanes are designed in C-language program. Finally, the same-height vanes in drawtube between primary and secondary mirrors are designed for further suppressing the stray light in two-mirror system.

给出双反射系统杂散光消除设计的具体要求，结合作图法，推导出考虑视场大小及初始中心遮光比确定时，主次镜内遮光罩顶点坐标公式；讨论考虑渐晕时主次镜内遮光罩的设计；为了减小初始中心遮光比，将次镜锥状遮光罩改进为百叶窗式结构；设计在杂散光源抑制角已知时的外遮光罩，并利用C语言实现程序化设计其挡光环的方法；设计主、次镜间镜筒内壁上等高挡光环，进一步抑制双反射系统的杂散光。

A R-C system with foci of 2 m and f-number F/4 was taken for an example, the principles of stray light eliminating and evalutiong in reflective optical system was put forward. Lens hood in the main mirror, lens hood outside and window shade, lens hood in the secondly mirror were designed by CAD modeling.

以焦距为2 m，相对孔径为1/4的R-C系统为例，介绍了利用计算机仿真技术进行消杂散光设计和评价的原理，结合CAD建模进行了主镜内遮光罩、外遮光筒、次镜百叶窗式遮光罩的设计。

So far, none of star sensor prototypes has been found equipped with lens hood in native missiles. For improving engineering practicability of star sensor and reducing noise of space scattering lights, designing and selecting of lens hood parameters of star sensor and engineering amelioration of prototype were brought forward, based on design principles and correlative data of foreign missile, which regard lens hood of space star sensor.

迄今为止，国内研制的导弹用星敏感器工程样机未见使用遮光罩的先例，为了提高星敏感器的工程实用性，减少空间杂散光引入的噪声，借鉴空间星敏感器遮光罩的设计原理和国外弹用星敏感器遮光罩的相关资料，提出星敏感器遮光罩的参数设计选择方案，对原理样机进行工程化改进。

We investigate the incidence of blotchy ripening fruit in different shading periods, different levels of light shading intensity and in condition of the alternating of the light. The growth-development and physiological-biochemical metabolism changes of plant in different treatments are researched and the differences of normal and blotchy ripening fruit was compared in order to study the probable mechanism of the blotchy ripening fruit.

在不同的遮光时期、不同的遮光强度及变光处理下，调查了番茄筋腐果的发病情况，测定分析了遮光处理对番茄植株生育及其生理生化代谢的影响，并对筋腐果与正常果实做对比分析测定，研究筋腐果发生的可能机制。

F. pumila had the strongest capacity to adhere to walls, and it formed a quite good covering landscape by means of a large quantity of adventitious roots. Furthermore, it was tolerant to shade, and the effects of shading on its growth and landscape covering were very small. P. heterophylla had the rapidest growth and covering speed, and it adhered to walls by adhesive discs, but was defoliated in winter or after a long period of shading. The other three vines climbed walls using adventitious roots, and their adhering capacities were all relatively poor. However, E. fortunei still formed a relatively good covering due to its rapid growth and emerald leaf colour. After shading for four months, leaves of F, pumila, C. grandiflora, and P. serpens became thin, and accordingly their leaf weight per unit area significantly decreased. Shading also reduced chlorophyll contents of C. grandiflora and E. fortunei but enhanced those of F. pumila and P. serpens, It did not influence leaf thickness, leaf weight or chlorophyll content of P. heterophylla. Whether shaded or not, the relationship between Pn and PAR for each species could be expressed as y=alnx+b, and furthermore there was a significant (P.01) correlation between them. Pn and LCP values for all five lianas also significant (P.01) correlated. Shading reduced LCP values of P. heterophylla, C. grandiflora and E. fortunei but increased LSP of F. pumila.

结果表明，1薛荔对墙体附着力最强，它依靠大量的不定根吸固在墙体上，形成很好的覆盖效果，而且薜荔耐荫，遮光对其生长与覆盖的影响很小；爬墙虎的生长与覆盖速度最快，它主要依靠吸盘吸固墙壁，但在冬季或长时间遮光后出现明显落叶现象，影响其覆盖景观；其他3种都依靠不定根沿墙面攀援，附着力相对较差，但扶芳藤由于生长较快，叶色终年保持翠绿，也能形成相对较好的覆盖效果；2遮光4个月后，薛荔、凌霄和蔓九节的叶片变薄，相应地这3种植物单位面积的叶片重量都显著减轻；遮光还使凌霄和扶芳藤的叶绿素含量减少，使薛荔和蔓九节的增加，但对爬墙虎的叶片厚度、叶重和叶绿素含量都不产生明显影响；3无论遮光与否，5种植物的Pn与PAR之间的关系都可用y=alnx+b表示，并且都达极显著相关，Pn与光补偿点之间亦呈极显著相关；遮光还使爬墙虎、凌霄和扶芳藤的LCP下降，并使薛荔的光饱和点升高。

The invention discloses a LCD panel, colorful filter piece and making method, which comprises the following steps: providing a base; forming a buffer material layer on the base; forming patterned lightproof layer on the buffer material layer; adopting patterned lightproof layer as lid to pattern the buffer material layer to form a patterned buffer layer; forming a separating piece through patterned lightproof layer and patterned buffer layer; making the separating piece form multiple pixel areas on the base; forming a colorful filter layer in each pixel area.

本发明公开了一种液晶显示面板、彩色滤光片及其制作方法，其中彩色滤光片的制作方法包括下列步骤：首先，提供一基板，并在基板上形成一缓冲材料层。接着在缓冲材料层上形成一图案化遮光层。以图案化遮光层为罩幕来图案化缓冲材料层而形成一图案化缓冲层，使得该图案化遮光层与图案化缓冲层共同形成一隔离件，且隔离件在基板上形成多个像素区域。然后在每一像素区域内分别形成一彩色滤光层。

The effects of low irradiance on chlorophyll a fluorescence kinetics were studied in two eggplant Solanum melongena L.

根据快速叶绿素荧光诱导动力学原理，选用耐弱光茄子品种99-8和不耐弱光茄子品种黑又亮作试材，进行遮光（光照强度相当于自然光照的40%）15 d、未遮光15 d、遮光30 d和未遮光30 d 4个处理，用JIP-测定法对不同耐弱光性品种在不同光照条件下的叶绿素荧光特性进行研究。

Solar film shades - Window film blind, sun control blind, solar film blind, roller blind, vertical blind, protects against fading, protect eyes and skin, glare reduction, One way vision mesh, Daytime privacy.

防晒膜窗帘–防晒隔热窗帘、防晒卷帘、防晒垂直帘、隔热卷帘、隔热垂直帘、遮光帘、遮光布帘、遮光麻草布帘、遮光柔丽丝布帘、隔热帘、太阳帘、遮阳帘。

Shading experiments were designed according to low light intensity problem caused by intercropping system of peanut with maize or wheat et al. Fenghua1 and Fenghua2 were adopted in the experiment of four light intensity levels (CK in which the plants were grown under natural light, 27% shading, 43% shading and 77% shading), which carried out at three growth stage using black sunshade net. And the three stages were seedling phase, pod-setting phase and pod-maturing phase. The aim of this study was to investigate the effects of low light on the photosynthetic characteristics, luminous energy distribute of PSⅡ, RuBPCase activitiy, plant morphogenesis, dry matter production, pod yield and quality of peanut at different stages, defined the relationship between dry matter accumulation and PAR, relationship of efficiency for solar energy utilization and PAR, and then set up the ...dry matter production and yield formation model on the basis of the experimental data.

针对花生与玉米、小麦等作物间作、套种造成遮光问题，选用大花生品种丰花1号和小花生品种丰花2号做为供试材料，在花生苗期、结荚期和饱果期分别用不同透光率的遮阳网进行遮光处理模拟弱光条件，设置自然光、遮光27%、遮光43%和遮光77%四种光强水平，研究了光强处理对花生光合特性、光系统Ⅱ光能分配、RuBPCase活性、植株形态建成、物质生产和产量以及品质的影响，明确了不同时期干物质积累及光能利用率与光合有效辐射的关系，以此为基础采用2种方法建立了花生干物质生产动态模型和花生产量形成模拟模型，并对各模型的模拟精度进行了比较。

与遮光相关的网络解释 [注：此内容来源于网络，仅供参考]

goldenrod paper：遮光纸

遮光罩 rayshade | 遮光纸 goldenrod paper | 遮光纸 masking paper

Lens hood：镜头遮光罩

镜头遮光罩(lens hood)的主要用途是避免不必要的光线进入镜头,引起画面上产生眩光. 这种遮光罩除非是为某些镜头特殊设计的,否则意义不大. 因为现在一般的镜头上已加有一层防眩光的薄膜. 目前有一种可以调节的遮光罩比较实用.

Lens hood：镜头遮光罩,镜头遮光罩,透镜遮光罩,遮光罩,物镜遮光罩

lens holder 透镜架,镜头支架,镜头支架 | lens hood 镜头遮光罩,镜头遮光罩,透镜遮光罩,遮光罩,物镜遮光罩 | lens impaction 晶状体嵌塞

sunshade：遮光罩

mask 遮光黑纸 | sunshade 遮光罩 | tripod 三角架

window shade paper：遮光窗纸

window shade cloth 遮光窗帘布 | window shade paper 遮光窗纸 | window shade 遮阳窗帘

window shade cloth：遮光窗帘布

window screen 窗纱 | window shade cloth 遮光窗帘布 | window shade paper 遮光窗纸

Lightproof：遮光的

Light-tight 遮光的 | Lightproof 遮光的 | Matte Black无光泽的黑色

louvered ceiling：遮光的天花板

louvere brightness 遮窗板亮度 | louvered ceiling 遮光的天花板 | louvre 遮光体,百叶窗

louvers：遮光栅格

lounge hall 休息厅 | louvers 遮光栅格 | louvres 遮光栅格

louvres：遮光栅格

louvers 遮光栅格 | louvres 遮光栅格 | low alkali cement 低碱水泥