Aerogels是什么意思

Sodium montmorillonite can be freeze-dried into a spongelike material known as an aerogel. Aerogels are famously fragile.

钠蒙脱石能被冷冻干燥成气凝胶——类似海绵状的物质。

Aerogels servers as a super thermal insulation material mainly due to its high nano-porosity and low thermal conductivity.

气凝胶由于具有极高的孔隙率和极低的热导率，因此可以作为一种超级绝热材料。

And that put me in touch with such diverse design examples as the aerogels from the Lawrence Livermore Lab in California.

而这也让我接触到了多样的设计例子，比如加州LawrenceLivermore实验室的气凝胶。

This trait indicated that the foam was a poor electrical conductor, unlike carbon aerogels.

这个特性说明了奈米泡沫有别于碳气凝胶，是不良的导电体。

By contrast, other ultralight substances, including aerogels and metallic foams, have random cellular structures.

相比之下，其他超轻型物质，包括气凝胶和金属泡沫材料，分子结构都比较随意。

This series of products are made by special technics, in which nano-silica aerogels is adopted as leading material.

该系列产品以纳米二氧化硅气凝胶为主体材料，通过特殊制造工艺复合而成。

The RF carbon aerogels are obtained from resorcinol(R) and formaldehyde (F) by atmospheric pressure drying method and characterized by SEM.

采用常压干燥法以间苯二酚（R）、甲醛（F）为原料制备RF炭气凝胶，用SEM对其进行表征。

However, they have another intriguing property: aerogels provide much better ballistic protection, weight for weight, than steel.

可是，气凝胶还有一个有趣特性：可以提供理想的弹道保护，单就重量来说，比钢材要理想得多。

However, aerogels tend to be extremely fragile.

然而，气凝胶往往非常易碎。

So, the holes in carbon aerogels affect carbon aerogels content is the main factor reduction activities.

所以，炭气凝胶的中孔含量是影响炭气凝胶还原活性的主要因素。

By comparison the density of silica aerogels - the world 's lightest solid materials - is only as low as 1. 0mg per cubic cm.

相比之下，世界上最轻的固体材料——硅土气凝胶的密度最小也要每立方厘米1.0毫克。

The specific capacitance and specific energy of using RF carbon aerogels as cathode are larger than that of using actived carbon as cathode.

RF炭气凝胶作负极的比容量和比能量明显高于活性炭作负极的电容器。

The transition metal based aerogels are available for target materials of ICF.

过渡金属基气凝胶是惯性约束聚变实验中靶的候选材料。

and inspected heat treatment temperature on the pore structure of silca aerogels.

并考察了热处理温度对气凝胶孔径结构的影响。

Aerogels are surely the most ideal candidate.

无疑，气凝胶将是最理想的候选材料！

Aerogels are famously fragile. But that is because they are mostly empty space.

气凝胶以易碎著称，不过那主要是因为他们大多数是空心的。

A comparative study of supercritical petroleum ether and carbon dioxide drying in the preparation of carbon aerogels

超临界石油醚干燥和超临界二氧化碳干燥在制备有机和炭气凝胶中的比较研究

Fabrication of Carbon Aerogels with Novel Structure and its Application as Electrode Material for Capacitor

结构新颖的碳气凝胶的合成及在电容器电极材料中的应用

Preparation and Modification of Nanoporous Super Thermal Insulator Material: Silica Aerogels

纳米孔超级绝热材料硅气凝胶制备与改性

Preparation and Investigation of Nanoporous Super Thermal Insulation: Silica Aerogels

纳米孔超级绝热材料气凝胶的制备与热学特性

Preparation Method of Carbon Aerogels as the Target Materials of Laser Inertial Confinement Fusion

惯性约束聚变靶材料碳气凝胶的制备方法

Nanometer porous material carbon aerogels and their application in electrosorption

纳米多孔材料炭气凝胶及其在电吸附领域的应用

Preparation and catalytic performance of Pt catalyst supported on carbon aerogels for methanol oxidation

炭气凝胶负载Pt基催化剂的制备及其甲醇氧化催化性能

Preparation of Aerogels and Application in Inertial Confinement Fusion Experiments

气凝胶的制备及其在惯性约束聚变实验中的应用

Research Progress of Vanadium Pentoxide Aerogels as the Cathode Materials

五氧化二钒气凝胶阴极材料的研究进展

Electrochemical Properties of Carbon Aerogels Electrode for Super-capacitor

炭气凝胶为电极的超级电容器电化学性能的研究

Preparation of Carbon Aerogels by Conventional Drying and Their Control in Microstructure

碳气凝胶的常压干燥制备及结构控制

Measurements of Electronic Spectra and Researches on Quantum Chemistry for Silica Aerogels

硅气凝胶电子能谱的测定与量子化学研究

Studies on preparation of carbon aerogels for the application of supercapacitor

炭气凝胶的制备及其在超级电容器中的应用

Preparation and Characterization of Monolithic Iron Oxide Aerogels

氧化铁气凝胶的制备及其表征

Aerogels

扩展信息

例句