aerogels
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例句
Sodium montmorillonite can be freeze-dried into a spongelike material known as an aerogel. Aerogels are famously fragile.
鈉蒙脫石能被冷凍干燥成氣凝膠——類似海綿狀的物質。
Aerogels servers as a super thermal insulation material mainly due to its high nano-porosity and low thermal conductivity.
氣凝膠由于具有極高的孔隙率和極低的熱導率，因此可以作為一種超級絕熱材料。
And that put me in touch with such diverse design examples as the aerogels from the Lawrence Livermore Lab in California.
而這也讓我接觸到了多樣的設計例子，比如加州LawrenceLivermore實驗室的氣凝膠。
This trait indicated that the foam was a poor electrical conductor, unlike carbon aerogels.
這個特性說明了奈米泡沫有別于碳氣凝膠，是不良的導電體。
By contrast, other ultralight substances, including aerogels and metallic foams, have random cellular structures.
相比之下，其他超輕型物質，包括氣凝膠和金屬泡沫材料，分子結構都比較隨意。
This series of products are made by special technics, in which nano-silica aerogels is adopted as leading material.
該系列產品以納米二氧化硅氣凝膠為主體材料，通過特殊制造工藝復合而成。
The RF carbon aerogels are obtained from resorcinol(R) and formaldehyde (F) by atmospheric pressure drying method and characterized by SEM.
采用常壓干燥法以間苯二酚（R）、甲醛（F）為原料制備RF炭氣凝膠，用SEM對其進行表征。
However, they have another intriguing property: aerogels provide much better ballistic protection, weight for weight, than steel.
可是，氣凝膠還有一個有趣特性：可以提供理想的彈道保護，單就重量來說，比鋼材要理想得多。
However, aerogels tend to be extremely fragile.
然而，氣凝膠往往非常易碎。
So, the holes in carbon aerogels affect carbon aerogels content is the main factor reduction activities.
所以，炭氣凝膠的中孔含量是影響炭氣凝膠還原活性的主要因素。
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，世界上最輕的固體材料——硅土氣凝膠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炭氣凝膠作負極的比容量和比能量明顯高于活性炭作負極的電容器。
The transition metal based aerogels are available for target materials of ICF.
過渡金屬基氣凝膠是慣性約束聚變實驗中靶的候選材料。
and inspected heat treatment temperature on the pore structure of silca aerogels.
并考察了熱處理溫度對氣凝膠孔徑結構的影響。
Aerogels are surely the most ideal candidate.
無疑，氣凝膠將是最理想的候選材料！
Aerogels are famously fragile. But that is because they are mostly empty space.
氣凝膠以易碎著稱，不過那主要是因為他們大多數是空心的。
A comparative study of supercritical petroleum ether and carbon dioxide drying in the preparation of carbon aerogels
超臨界石油醚干燥和超臨界二氧化碳干燥在制備有機和炭氣凝膠中的比較研究
Fabrication of Carbon Aerogels with Novel Structure and its Application as Electrode Material for Capacitor
結構新穎的碳氣凝膠的合成及在電容器電極材料中的應用
Preparation and Modification of Nanoporous Super Thermal Insulator Material: Silica Aerogels
納米孔超級絕熱材料硅氣凝膠制備與改性
Preparation and Investigation of Nanoporous Super Thermal Insulation: Silica Aerogels
納米孔超級絕熱材料氣凝膠的制備與熱學特性
Preparation Method of Carbon Aerogels as the Target Materials of Laser Inertial Confinement Fusion
慣性約束聚變靶材料碳氣凝膠的制備方法
Nanometer porous material carbon aerogels and their application in electrosorption
納米多孔材料炭氣凝膠及其在電吸附領域的應用
Preparation and catalytic performance of Pt catalyst supported on carbon aerogels for methanol oxidation
炭氣凝膠負載Pt基催化劑的制備及其甲醇氧化催化性能
Preparation of Aerogels and Application in Inertial Confinement Fusion Experiments
氣凝膠的制備及其在慣性約束聚變實驗中的應用
Research Progress of Vanadium Pentoxide Aerogels as the Cathode Materials
五氧化二釩氣凝膠陰極材料的研究進展
Electrochemical Properties of Carbon Aerogels Electrode for Super-capacitor
炭氣凝膠為電極的超級電容器電化學性能的研究
Preparation of Carbon Aerogels by Conventional Drying and Their Control in Microstructure
碳氣凝膠的常壓干燥制備及結構控制
Measurements of Electronic Spectra and Researches on Quantum Chemistry for Silica Aerogels
硅氣凝膠電子能譜的測定與量子化學研究
Studies on preparation of carbon aerogels for the application of supercapacitor
炭氣凝膠的制備及其在超級電容器中的應用
Preparation and Characterization of Monolithic Iron Oxide Aerogels
氧化鐵氣凝膠的制備及其表征
Research progress in the preparation of carbon aerogels and their application in super-capacitors
炭氣凝膠的制備及其在超級電容器中的應用研究進展
Application of Drying Control Chemical Additives in Preparation for Silica Aerogels
干燥控制化學添加劑在制備硅氣凝膠中的應用
Synthesis of Inorganic Polymer Material Silica Aerogels Using Tartaric Acid as Catalyst
酒石酸為催化劑合成無機高分子材料硅氣凝膠
Response of Halide Ion on Nanosilver-Dispersed Carbon Aerogels Modified Electrode
納米銀摻雜炭氣凝膠修飾電極對鹵素離子的電化學響應
Research Progress of Carbon Aerogels and Their Application in Deionization
碳氣凝膠的制備及其電除鹽性能的研究
Computer Model for the Growing Mechanism of Aerogels Fractal Structure
氣凝膠分形結構的生長機制模型與計算機模擬
Preparation and characterization of silica aerogels
二氧化硅氣凝膠的制備和表征
Preparation of Aerogels by Non-supercritical Drying Technique
氣凝膠的非超臨界干燥制備技術
Study on the Preparation and Photoluminescence of Alumina Aerogels
氧化鋁氣凝膠的制備及光致發光特性研究
Preparation of Aerogels and Their Application in catalysis
氣凝膠的制備及其在催化領域的應用
