absorption coating
英 [əbˈzɔːpʃn ˈkəʊtɪŋ]
美 [əbˈzɔːrpʃn ˈkoʊtɪŋ]
【化】吸波涂层， 雷达吸波涂层， 微波吸收涂层
双语例句
- Development and perspective of in-situ-sensors for CIGS absorption layer Depositing an Apatite Coating in/ on Massive Chitosan Porous Scaffolds by an Alternate Soaking Method
CIGS吸收层沉积在线监控方式的研究现状与展望块状壳聚糖多孔支架内交替浸渍沉积磷灰石层 - A solar energy absorption coating layer can not be influenced by the high-temperature baking when the vacuum is pumped, and the manufacturing cost of the utility model can be greatly reduced.
设备投资少，且太阳能吸收涂层不受抽真空时高温烘烤影响，合格率大，生产率高，能大幅度降低其造价。 - The absorption distributions for quarter wavelength coating stacks and enhanced metal-dielectric laser reflect coatings are analyzed in this paper. The thermal distortions of optical components subjected to CW DF high power laser irradiation are computed and measured. The calculated data is compared with the experimental results.
分析了四分之一波长膜堆和金属介质增强激光反射膜的吸收，计算和测量了连续波高功率激光辐照下光学元件的热变形.对理论计算和实测结果进行了比较。 - This Paper relates the absorption function of microwave absorption coating and the coating preparation, as well as its application in military 'concealment' techniques.
叙述了微波吸收涂料的吸收机理，涂料的制备及其在军事隐身技术中的应用。 - Simultaneously, absorption characteristic of anechoic coating on underwater structure is studied.
研究带有空腔结构的非均匀复合吸声覆盖层结构的声吸收特性； - Influence of graphite flake on the strength and water absorption of epoxy coating
鳞片石墨对环氧涂层强度和吸水性能的影响 - Furthermore, the problem of absorption can be solved by coating waterproof mortar and water-resistant mortar on the composite concrete surface.
通过表面抹防水砂浆或憎水砂浆，克服了吸水率大的问题。 - The Study of the Theory for a New Functional Type of Underwater Sound Absorption Coating
新型功能性水声吸声覆盖层机理研究 - Because fluorocarbon coating has excellent performance, especially non-dust absorption and non-fouling performance of coating film surface, it has acquired good service effect for 2 years.
鉴于氟碳漆的优异性能，尤其是表面的不易粘尘结垢等特性，经过近二年试用取得了良好使用效果。 - The microwave absorption coating layer blocks composed of activated carbon powder and adhesive and the electromagnetic parameters and absorption properties of the blocks are studied in X wave band in this paper.
本文研究了以活性炭粉与胶粘剂为原料的吸波涂层块，在X波段的电磁参数及吸波性能。 - Simple method for design and calculation of single-layer MAM coating and optimum absorption thickness discussions of coating
一种单层MAM设计计算的简便方法及其最佳吸收厚度问题初探 - Microwave Absorption of Composite with Coating Modified Carbon Fiber
涂层改性碳纤维复合材料的微波性能研究 - Infrared Absorption Coating and Its BRDF Measurement
红外吸收涂层与双向反射分布系数测试 - In order to improve the moderate and high temperature properties of surface for selective absorption of solar energy a coating of W-AIN cermet composite material was adopted.
为了改善太阳能选择性吸收表面的中高温性能；采用掺钨的氨化铝金属陶瓷复合材料作为太阳能选择性吸收涂层。 - Effect of Thickness of Heat Absorption Inner Coating on Radiation and Absorption
吸热层内膜厚度比对辐射率和吸热率的影响 - The effect of CO2-laser conditioned surface on the absorption and damage threshold of optical coating is investigated with films coated on the substrates of silicon, fused silica and glass.
本文报道用CO2激光作光学薄膜预处理对薄膜的吸收和损伤阈值的影响。 - Experimental study on solar energy absorption coating: CrO 3 by using powder fire spray coating method
粉末火焰喷涂法制备黑铬太阳能选择性吸收涂层的实验研究 - Effect of stoving temperature and improvable sodium silicate on the behavior of moisture absorption of coating is studied.
通过试验研究了改进水玻璃及焊条烘焙温度对焊条药皮吸潮行为的影响。 - A two-dimensional analytic model based on linear viscoelastic Kelvin-Voigt model has been established for analyzing the reflection and absorption from a coating containing periodic cylindrical holes at normal incidence.
发展了一种基于线性粘弹性Kelvin-Voigt模型的二维解析理论，分析声波垂直入射情况下含有周期分布圆柱形空腔的吸声覆盖层的反声和吸声特性。 - Basing on the metal-dielectric medium model, we use NHSs as the dispersion metal particles, acrylic resin as the dielectric medium, aluminium sheet as the basal body to fabricate the solar selective absorption coating by dipping method.
即以金属-电介质涂层模型为基础，以超细空心镍球作为内部分散金属颗粒，以丙烯酸树脂作为电介质涂层，以铝板作为基体，用浸沾法制备出太阳能光谱选择性涂层。 - A Study of the Properties of Activated Carbon Powder Microwave Absorption Coating Layer in Rectangular Waveguide
矩型波导内活性炭吸波涂层吸波性能的研究 - The results show that under the constant coating parameters the thermal absorption of the single-layer coating not only depends on the extinction coefficient of the coating, but also the extinction coefficient of the adjacent coating.
结果表明，单一膜层的热吸收率，在膜层参数确定的条件下，不仅取决于此膜层材料的消光系数，而且取决于相邻膜层的消光系数。 - Methods: Taking moisture absorption rate as measure index, various facters effected the moisture absorption rate, and the optimal coating process can be selected with well disturbed uniform design and computer analog test.
方法：用吸湿率为考察指标，研究了包衣过程中，影响包衣颗粒吸湿率的各因素，用均匀设计和计算机模拟实验选择了最优包衣工艺。 - The influence of surface treatment methods of acetone cleanout, chemical modification and Co~ ( 60) irradiation was studied on surface element content and adhesive peel strength and water absorption of polyester coating.
探讨了聚酯膜的表面进行丙酮清洗表面处理、化学处理和Co60辐照处理，对聚酯膜表面主要元素含量、胶粘剂剥离强度和吸水性的影响。 - The effects of reaction conditions, DMPA content and EDA content on emulsion stability, hardness, adhesion and water absorption of the coating film were discussed.
研究了工艺条件、DMPA用量和乙二胺（EDA）用量对乳液稳定性及涂膜硬度、附着力和吸水率的影响。 - In order to systematically study the mechanism of microwave absorption and microwave absorption properties of magnetic micro-and nanometer coating materials, several works have been done in the thesis: First, we focused on the study of the morphology-controlled preparation and microwave absorption properties of Cobalt particles.
为了全面系统地研究磁性微米纳米涂层材料的微波吸收机理和微波吸收性能，本文主要完成了以下几个方面的工作：首先，制备了不同形貌的钴材料并研究了其微波吸收性能。 - The effect of DMPA content, dosage of sorbitol polyether and NCO/ OH ratio on hardness, adhesion and water absorption of the coating film cured with isocyanate were discussed in detail.
详细讨论了异氰酸酯固化剂改性水性聚氨酯中DMPA用量、山梨醇聚醚用量和NCO/OH摩尔比对涂膜硬度、附着力和吸水率的影响。 - The water absorption process of coating, which may reduce the physical shielding effect, plays an important role in coating degradation process. The reduction of oxygen occurred in the coating/ steel interface is important factor to coating stripping process.
涂层的吸水过程会降低涂层的物理屏蔽作用，它在涂层劣化中扮演着重要的角色，而氧在涂层/基体界面区的还原是涂层剥离的重要因素之一。 - The ideal electromagnetic wave absorbent is expected to possess the following properties: strong absorption, wide bandwidth, thin coating thickness and light mass.
理想的吸波材料应该具有强吸收、宽频段、厚度薄、质量轻的特点。