吸收比,absorptance
1)absorptance[英][?b"s?:pt?ns][美][?b"s?rpt?ns]吸收比
1.Theabsorptance of insulation resistance for various kinds of electric equipmenet under the condition of damp and partial damage were analyzed.分析了各种电气设备在受潮情况和局部损伤情况下的绝缘电阻的吸收比试验。
2.Expounded a test ofabsorptance for electrie equipment which was affected by damp and part damnification.分析了各种电气设备的受潮情况和局部损伤情况的试验——吸收比试验。
3.It results that, with the increasing of the refractive index, the diffuse reflectance R_d is linearly decreased andabsorptance A is almost linearly increased.用蒙特卡罗 (MonteCarlo ,M C)法分别对光在人肺组织和人体动脉三层组织中的传输特性进行了研究 ,得到如下结果 :漫反射率Rd 随着组织折射率n的增大线性减小 ,而吸收比A随着组织折射率n的增大几乎是线性地增大。
英文短句/例句
1.The ratio of absorbed to incident radiation.吸收比吸收投射的辐射线的比率
2.blanket to total absorption再生区吸收与总吸收之比
3.absorption strength吸收强度, 吸收力
4.Readily absorbing moisture, as from the atmosphere.易湿的，吸湿的容易吸收水分，比如大气中的水分
5.Some foods assimilate / are assimilated more easily than others.有些食物比另一些食物容易吸收.
6.Some foods assimilate more readily than others.有些食物比别的食物容易吸收。
pare this method with AAS, its relatively error were less than 5%.与原子吸收法比较,相对误差小于5%。
parison of ability of absorbing formaldehyde among 6 species of indoor ornamentals6种观赏植物吸收甲醛能力比较研究
9.Mechanisms and Motivations behind Loan Words:A Contrastive Study between English and Chinese英汉外来语吸收机制和动因对比研究
parison and Analysis of Absorption Spectrum on the Stems and leaves with Roots of Glehnia Littoralis莱阳沙参茎叶与根吸收光谱对比分析
11.The act of imbibing.吸收,吸取吸收的动作
12.SAR is a measure of the rate of absorption of RF energy in the body.SAR是特定吸收率，是测量人体吸收射频能量比例的一种测量。
13.The development trend of radar absorbent is also predicted in this paper.比较了各种吸收剂的特点,提出了雷达波吸收剂的发展趋势。
14.SAR Specific Absorption Rate比吸收率，单位时间内单位质量的物质吸收的电磁辐射能量
15.To soak up or dry with absorbent material.吸收，吸掉用可吸收物质吸干或吸掉
16.pump suction head泵吸收压头, 泵吸收高度
17.absorptive amplitude吸收振幅，吸收幅度
18.A substance that is capable of absorbing.吸收剂能够吸收的物质
相关短句/例句
Absorption Ratio吸收比
1.The experimental results show that after perfusion 1)absorption ratio curve of the segmented intestine and the stomach have the same changing thendency.灌注后大鼠内脏器官的实验结果表明 :结肠、胃的吸收比曲线的变化趋势基本相同 ,在 2 60nm、42 0nm、5 40nm处出现吸收峰 ,与人血液吸收峰的规律相同 ;它们的反射比曲线变化趋势基本相同 ;受灌注影响较大的是结肠的反射比、透过比和吸收比曲线。
2.show that 1) absorption ratio curve of the liver, the heart and the stomach have the same- changing tendency.大鼠内脏器宫的实验结果表明:肝、心脏、胃,的吸收比曲线的变化趋势基本相同,在260nm、420nm、540nm处出现吸收峰,与人血液吸收峰的规律相同;内脏器官的反射比曲线变化趋势基本相同;结肠的反射比、透射比和吸收比曲线变化范围大,血液吸收峰不如供血良好的其他内脏器官;在200～800nm之间,内脏器官在不同波段的反射比、透射比利吸收比的变化趋势基本相同。
3)contribution ratios吸收比率
1.According to this, the authors acquire thecontribution ratios required from the sulfur ion concentration and the isotopic ratio.为了研究峨眉山危害严重的酸雨和弄清峨眉山污染物质的来源 ,从 1 998年 4月至 1 2月在峨眉山 2 2个取样点采集雨水 ,并测定了 1 998年 1 1月和 1 2月雨水中硫酸盐的硫同位素比 ,同时据此确定了硫酸根离子的吸收比
4)specific absorption rate比吸收率
1.Calculation of the specific Absorption rate of the human central nervous system exposed to electromagnetic wave from 50 MHz to 3 GHz50MHz～3GHz电磁辐射下人体中枢神经系统比吸收率计算
2.The general formula of human tissuesspecific absorption rate is derived from the classical electro dynamics,this involves the Pointing vector and Maxwell equation.从电磁学的玻印廷矢量和麦克斯韦场方程出发,推导了人体组织比吸收率的近似表达式,并讨论了生物电磁效应的机理。
3.The results show that wearing metal-frame spectacles leads to an obvious increase ofspecific absorption rate(SRA) to the human body,especially to.结果表明:配戴金属边框眼镜会导致手机天线对人体辐射的比吸收率明显增加,尤其是对人眼的比吸收率增幅可达到1倍以上,但所有计算值未超出目前公认的国际非电离辐射防护标准。
5)Specific absorption rate(SAR)比吸收率
1.The comparison between the antennas hyper-thermia performances in the muscle tissue phantom made by specific absorption rate(SAR) shows that the sleeve antenna is the best.设计了2450MHz全裸、半裸、偶极子和挽袖侵入式医用微波辐射天线,通过比吸收率比较它们在体模中的加热效果,研究表明:挽袖天线的加热效果最好,它的加热范围大,形状固定,基本不受插入深度的影响。
6)specific absorption rate (SAR)比吸收率
1.T), dipole-type and sleeve are tested for their specific absorption rate (SAR) by heating the lettuces.方法:通过对莴笋加热,测定4种天线的比吸收率,比较它们的加热效果。
2.During the hyperthermic oncology, the heat distribution which means the specific absorption rate (SAR) and temperature patterns show the heating abilities of the hyperthermic applicators.热疗中热场(比吸收率和温度)分布形态显示了热疗辐射器的加热能力。
延伸阅读
吸收比分子式：CAS号：性质：在试样的吸收光谱曲线上，选择有特征的某一波长，测定该点的“E值”:，取其倒数表示为，即为吸收比。在浓度1％、吸收波长L=1cm时，为，如要表示出测定时用的波长，则表示为。所谓浓度，原则上是指1％(质量)，用质/体(体积)时，应明示。
