吸收率

The relationship between absorptance and thickness of ultra-thin titanium film in visible, IR region were investigated, results showed that the absorptance of the metal films had size effect.

研究了超薄Ti膜吸收率和直流电导率与薄膜厚度的关系，结果表明，超薄Ti膜的吸收率具有尺寸效应，并具有极大值，其结构特征变化是导致吸收率尺寸效应的重要原因

The relationship between absorptance and thickness of nano aluminium films in visible and IR re gions indicates that the absorptance of metal films shows dependency on size.

纳米Al膜在可见和红外频段的吸收率随薄膜厚度变化的关系表明，金属薄膜吸收率具有尺寸效应，并具有极大值。

With the establishmentof the equivalent medium model, RTM-DRE was applied to study radiative transfer intransparent medium with scattering particles. By taking into account of absorption andscatter of particles, absorption of binder and reflection of interface, the apparent spectrumabsorption model of thermal control coatings was developed by RTM-DRE combined withMies theory. Validity, computational error and time of the model were validated andanalyzed. Furthermore, the apparent spectrum absorption characteristics of thermal controlcoatings were studied, and the influences of optical characteristics of binder and particles,volume fraction of particles, particles diameter, characteristics of interface, and incidentangle of irradiance were analyzed.

采用RTM-DRE研究热控涂层内辐射传递，结合Mie氏散射理论，考虑粒子吸收与散射、基料吸收、界面反射等因素影响，建立热控涂层表观光谱吸收率计算模型，验证计算模型的正确性，分析计算模型的计算误差与计算时间；在此基础上，通过计算热控涂层表观光谱吸收率来研究热控涂层表观光谱吸收特性，分析基料与粒子光学特性、粒子体积份额、粒径、界面反射特性、辐射能量入射角等因素的影响，初步研究空间环境因素对热控涂层表观光谱吸收特性的影响，采用系统灵敏度理论定量分析热控涂层表观光谱吸收特性变化对卫星温度的影响。

The relations between absorption efficiency and stripping factor in cocurrent and countercurrent flow were obtained.

对填料吸收塔在低浓度操作条件下的吸收率进行了分析和计算，得出了并流和逆流两种情况下吸收率与脱吸因数的关系，并对最大吸收率进行了讨论，得出了它的解析计算方

Of beef in the human zinc absorption rate of 21% to 26%, while whole wheat bread in the zinc absorption rate was only 14%.

人体对牛肉中的锌的吸收率为21％到26％，而对全麦面包中的锌吸收率只有14％。

High protein feed can enhance airframe the absorption to zinc, keep in storage and feed of sex of metabolization; animal and the zincic absorptivity of inorganic, organic additive are taller, and the zincic absorptivity in plant sex feed is very low, zinc inside pig body excrete basically through bowel, along with eduction of fluid of pancreatic juice, bowel. 1.1 zinc inside pig body physiology function 1.1.1 raise collecting appetite zinc is element of the taste in saliva to make part, and the structural function with gustatory epithelial to oral cavity mucous membrane element and metabolization are influential action, affect the configuration of alveolus of the taste bud in glossal tit and function then, because this adds zinc,can enhance taste bud to taste sensitive.

高蛋白饲料能增强机体对锌的吸收、贮存和代谢；动物性饲料和无机、有机添加剂的锌吸收率较高，而植物性饲料中的锌吸收率则非常低，锌在猪体内的排泄主要通过肠道，随胰液、肠液排出。1.1锌在猪体内的的生理功能1.1.1提高采食量锌是唾液中味觉素的构成成分，而味觉素则对口腔黏膜上皮细胞的结构功能及代谢有影响功能，进而影响舌乳头中味蕾小孔的形态和功能，因此添加锌可增强味蕾对味觉的敏感。

Chroma and water absorptivity decreased with adding the powder and extract of sea tangle and brown seaweed.

色度水分吸收率随海藻粉和提取物的添加量的增大而下降，表明添加量与色度及水分吸收率之间具有相关性。

The effects of incubation time on uptake of trehalose and glucose were different.

但孵育时间对海藻糖和葡萄糖的吸收率影响不同，随着时间的延长，细胞内海藻糖浓度呈先升高而后降低的趋势，而葡萄糖吸收率则呈稳定上升的趋势。

Geometric mean iron absorption from unfortified Chinese Soy Sauce (Seagull brand, produced in Shanghai) with iron contents 15.8 mg Fe/dl was 6.95%.

其结果为：上海生产出口的海鸥牌瓶装酱油，原有铁(15.8mg铁/100ml)的吸收率几何均数为6.95％，酱油强化铁量为121mg铁/100ml时的铁吸收率为4.36％，该种铁强化酱油再强化维生素C(按铁：维生素C=1：2克分子量)则铁的吸收率为8.25％，几乎增加一倍。

When end surface is neglected, the reflective energy will return to the filament efficiently if the filament is at the centre axis of the columniform lamp shell. 3 Compared with the straight tungsten filament that has a smooth surface, the helical one obtains higher absorbance which can achieve 0.6~0.7 under the actual screw pitch measurement.

当灯的管径为10 mm，而灯丝外径为1.5 mm时，节能可达12%到13%。2）对圆柱形灯外壳，在不考虑端面影响时，光源的灯丝若处于外壳的中心轴上，则反射的能量会有效地返回灯丝。3）螺旋结构的灯丝比表面光滑的直钨丝有更高的吸收率，灯丝绕成螺旋后在现行的螺距尺寸下吸收率能达到

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。