absorbing      吸收(0) 吸(39) 吸波(17) 吸附(17) 吸收(17) 吸收法(17) 目前没有对本词条修改信息

吸收     THE ABSORPTION OF ~(60)Co NARROW BEAM γ-RAY IN OPTICAL GLASSES——ON THE RELATIONSHIP BETWEEN LINEAR ABSORBING COEFFICIENT, LEAD EQUIVALENT AND DENSITY     光学玻璃对~(60)Co窄束γ射线的吸收——论玻璃的线性吸收系数、铅当量和密度间的关系 短句来源     A NEW METHOD OF ABSORBING CO_2 BY BV HOT POTASH FLUID     BV热钾碱液吸收CO_2新方法 短句来源     The Principle and Application of Lithium Bromide Absorbing Type Refrigerator     溴化锂吸收式制冷机的原理及应用 短句来源     Microwave Absorbing Property of SiC Reticulated Porous Ceramics     碳化硅网眼多孔陶瓷的微波吸收特性 短句来源     Research on the Experimental Conditions of Absorbing and Preserving Chlonine with the NaOH Solution     用NaOH溶液吸收保存Cl_2实验条件的研究 短句来源 更多          吸     Study on Absorbing Hydrogen on the Surface of Melted Aluminium in Simulation     铝液表面吸氢的模拟研究 短句来源     The Electric and Absorbing Wave Properties of Fibers in Structural Radar Absorbing Materials     结构吸波材料中纤维的电性能和吸波性能 短句来源     The mechanism of absorbing hydrogen in lantanum boron system     镧—硼体系吸氢机理(英文) 短句来源     Research on the Thermodynamics Isotope Effects of Titanium Absorbing Hydrogen, Deuterium and Tritium     钛吸氕、氘和氚的热力学同位素效应 短句来源     The microwave absorbing mechanism and structure design of the ceramics fiber and its composites     陶瓷纤维吸波材料的吸波机理及其结构设计 短句来源 更多          吸波     The Electric and Absorbing Wave Properties of Fibers in Structural Radar Absorbing Materials     结构吸波材料中纤维的电性能和吸波性能 短句来源     The microwave absorbing mechanism and structure design of the ceramics fiber and its composites     陶瓷纤维吸波材料的吸波机理及其结构设计 短句来源     Research on absorbing EMW properties and mechanical properties of nanometric TiO_2 and cement composites     掺杂TiO_2水泥的吸波性能与力学性能研究 短句来源     Preparation of Microwave Absorbing Ceramic Material by Electroless Ni-Co Plating     Ni-Co化学镀制备陶瓷基吸波材料 短句来源     Research Progress of the Cement-Based Electromagnetic Shielding and Wave Absorbing Materials     水泥基电磁屏蔽与吸波材料的研究进展 短句来源   吸附     >97% W and Mo is absorbed with D354 at pH=3 and contact time 40min. And the saturated absorbing capacity from W/Mo coadsorption can reach 0.238 mol/ml wet resin.     在pH =3,接触时间为 40min时 ,D35 4树脂能吸附 97%以上的钨钼 ,钨钼共吸附的饱和吸附容量可达 0 2 38mol/L湿树脂 ; 短句来源     Compared with TiO2 infrared spectrum, the Ti-O stretching vibration of TiO2>/SnO2 moved from 500 to 656 cm-1 , and had 560 cm-1 shoulder peak. The intensity of the peaks near 1 650 and 3 420 cm-1 corresponding to water absorbing peaks increased.     与TiO2红外光谱相比,TiO2／SnO2中Ti-O键的伸缩振动由500 cm-1移到了656 cm-1,并有560 cm-1的肩 峰,与吸附水相应的1 650 cm-1附近的吸收峰和3 420 cm-1的吸收峰均有所增加。 短句来源     Study on Improvement of the Mass Transfer of Leaching and Absorbing Geniposide under Ultrasonic Field     超声波强化栀子甙浸取、吸附传质过程的研究 短句来源     The autor raises that MnO_2 is added into solution absorbing Fe~(2+). This method has the advantage of low MnO_2 ore fines consumption and of a few impurity on neutral character solution.     本文提出在浸出液进行固液分离后,向溶液中加MnO_2吸附除铁,具有MnO_2矿粉消耗低,中性溶液中杂质少等优点。 短句来源     The touching angle and absorbing heat between wollastanite particle and PVAC emulsion are tested. The results indicate that the wetting property of the treated wollastanite particles is obviously increased and -3.36×10\+2 J·mol\+ -1 of absorbing heat are released.     测定了硅灰石微粒与聚醋酸乙烯乳液（ P V A C乳液）的接触角及吸附热Δ Ha，结果表明：处理后的硅灰石微粒润湿性能显著增强，放出的吸附热为－ 3．36×102 J·m ol－ 1。 短句来源 更多          查询“absorbing”译词为其他词的双语例句 吸收 吸收法   查询“absorbing”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句

为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。   absorbing This paper considers how to find some joint distributions and their marginal distributions of crossing time and renewal numbers related to two PH-renewal processes by constructing an absorbing Markov process.        Discrete singular convolution method with perfectly matched absorbing layers for the wave scattering by periodic structures        Absorbing water from soil by roots in vascular plants is an important physiological function and plays an essential role on their water balance.        Results showed that compared with farmland watersheds, runoff generation time in forest watersheds was delayed remarkably, and peak flow was reduced greatly, which indicates that vegetation played an important role in holding and absorbing rainfall.        The contents of the tested microelements in soil fauna had significant correlations with their environmental background values, litter decomposition rate, food habit of soil fauna, and its absorbing selectively and enrichment to microelements.        更多

The Fe~(2+), Fe~(3+)-doped vycor was obtained by inpregnated the porous glass with a so-lution containing ferro-ions and then hydrated and consolidated under reducing condition.This glass has some special properties in infrared and ultraviolet absorption, that is, the transmittance at 1.1 μ is 5%, at visible region is about 80% and at wave length lessthan 0.33μ is completely cut off (for 0.76% ferro-containing sample, 4.5 mm thickness).The chemical durability and thermal shock resistance are almost the same... The Fe~(2+), Fe~(3+)-doped vycor was obtained by inpregnated the porous glass with a so-lution containing ferro-ions and then hydrated and consolidated under reducing condition.This glass has some special properties in infrared and ultraviolet absorption, that is, the transmittance at 1.1 μ is 5%, at visible region is about 80% and at wave length lessthan 0.33μ is completely cut off (for 0.76% ferro-containing sample, 4.5 mm thickness).The chemical durability and thermal shock resistance are almost the same as that of si-lica glass. Besides, the softening point of this glass is higher than 1400℃, the coefficientof linear expansion is about 8.6×10~(-7). This glass can absorb the infrared and ultravioletregions which are harmful to human body and so it may be used as an absorbent of in-frared and ultraviolet for certain light sources. This paper investigated and discussed the technology of fabrication and some physicaland chemical phenomena during fabrication, such as mechanism of ferric reduction,light absorption and crystallization of the glass.

将多孔玻璃浸以含铁离子溶液,然后干燥,并在还原条件下烧结后制得了含Fe~(2+)、Fe~(3+)的高硅氧玻璃。该玻璃在红外线与紫外线吸收方面具有特殊的性能即在1.1微米处透过率为5％,在可见光范围约80％,波长小于0.33微米处全部截去(对含0.76％铁、厚度为4.5毫米的样品而言),化学稳定性及抗热震性与石英玻璃差不多。此外,玻璃的软化点高于 1400℃,线膨胀系数约 8.6 ×10~(-7)。这种玻璃能吸收对人体有害波段的红外和紫外线,并可用作某些光源红外光与紫外光的吸收剂。 本文研究并讨论了制备工艺及制备中的某些物化性能,如铁的还原机理,玻璃的光吸收及析晶。

The strength data of Nasicon (Na_3Zr_2Si_2PO_(12)) ceramics as measured on ring specimensfit well to the Weibull distribution with a modulus of 3.2.The mean strength of the cera-mics is 107 MN/m~2,which lies between the three point and four point bending strengthes, theformer being 15% lower than the latter. The strength of Na_3Zr_2Si_2PO_(12) ceramics varies asa reciprocal linear function of the square root of the length of Knoop's indentation, orequivalently of the square root of the grain size. The toughness... The strength data of Nasicon (Na_3Zr_2Si_2PO_(12)) ceramics as measured on ring specimensfit well to the Weibull distribution with a modulus of 3.2.The mean strength of the cera-mics is 107 MN/m~2,which lies between the three point and four point bending strengthes, theformer being 15% lower than the latter. The strength of Na_3Zr_2Si_2PO_(12) ceramics varies asa reciprocal linear function of the square root of the length of Knoop's indentation, orequivalently of the square root of the grain size. The toughness parameter K_(1c) of undopedNasicon ceramics is 2.04 MN/m~(3/2). It increases with doped ZrO_2 up to 3 mole%, but thestrength changes rather insignificantly. As the doped content of ZrO_2 increases further,both the strength and K_(1c) decreases.When the doped ZrO_2 increases to more than 5 mole%,the electrical resistivity begins to rise obviously from a value of about 3.5 Ω·cm, Theseresults support the view point that the change of mechanical properties results from theenergy absorbing small matrix microcracks which are formed by the expansion of ZrO_2during the tetragonal-monoclinic transformation, whereas the applied stress may addition-ally affects the process of phase transformation.

磷锆硅酸钠(Na_3Zr_2Si_2PO_(12))固体电解质管的强度分布符合于Weibull概率方程。其Weibull模数为3.2,平均强度为107MN/m~2,处于三点抗弯强度和四点抗弯强度之间,而前者较后者偏低约15％。材料的抗弯强度与Knoop印痕长度的平方根成线性反比关系。在与强度的关系上,晶粒直径与印痕长度是等效的。无掺杂的磷锆硅酸钠的韧性参数K_(1C)为2.04MN/m~(3/2)。它随着ZrO_2掺杂量不同而变化,而强度随ZrO_2含量的变化并不明显。当ZrO_2掺杂量超过3mol％,强度和K_(1C)都开始下降。当ZrO_2掺杂量超过5mol％,材料的电阻率从原有的3.5Ω·cm显著增大。试验结果表明,由于ZrO_2四方相向单斜相转化过程中的体积膨胀,在Na_3Zr_2Si_2PO_(12)基体中诱导出微观裂纹,它起着吸收能量的作用,促使材料的力学性能发生变化。而外应力进一步影响了相变过程。

This paper describes a series of glasses colored by lead compounds of S, Se, Te.Theseglasse can absorb the entire visible spectrum and show steep rise in transmission atwave lengths of 0.7～2.5μm in the near infrared region. It is observed that the forbidden band gaps of some semiconductors in glass are closeto those of corresponding crystals, and the location of frontage absorption of glass isdetermined by the energy required for the transition of electrons from valence band toconduction band. Glasses... This paper describes a series of glasses colored by lead compounds of S, Se, Te.Theseglasse can absorb the entire visible spectrum and show steep rise in transmission atwave lengths of 0.7～2.5μm in the near infrared region. It is observed that the forbidden band gaps of some semiconductors in glass are closeto those of corresponding crystals, and the location of frontage absorption of glass isdetermined by the energy required for the transition of electrons from valence band toconduction band. Glasses with steep frontage at various wave lengthes in the near infraredregion are obtained by introducing PbX semiconductors into the glasses. During the process of heat treatment,the lead and cadmium chalcogenides in the glassform continuous solid solutions of which the forbidden band gaps are determined by com-positions of the aggregations just as in mixed crystals.

本文叙述了用铅的硫、硒、碲化合物着色的玻璃系列。该类玻璃能吸收全部可见光,对于在0.7～2.5μm的近红外区域的各种波长具有陡峭上升的透过性能。 我们观察到若干半导体在玻璃中的禁带宽度很接近于晶体的禁带宽度,玻璃的前截止吸收位置决定于电子从价带跃迁到导带所需的能量。我们通过把PbX半导体引入玻璃作出了在近红外区不同波长处具有陡峭前截止边缘的玻璃。 在热处理过程中,玻璃中铅和镉的硫、硒、碲化合物将形成连续固溶体,其禁带宽度决定于聚集物的各种组成,正象在混合晶体中一样。

<< 更多相关文摘

相关查询

absorbing property absorbing ability absorbing sets water absorbing absorbing materials absorbing properties absorbing performance absorbing capacity absorbing mechanism energy absorbing vibration absorbing absorbing water