气凝胶 - 翻译成英语

• aerogel
• aerogels
• airgel

在 中文 中使用 气凝胶 的示例及其翻译为 英语

研究小组花了两年时间(从2016年8月到2018年8月)开发制造PET气凝胶的技术。
The research team took two years, from August 2016 to August 2018, to develop the technology to fabricate PET aerogels.

然后凯斯勒通知他的学生，他们需要大量的气凝胶样品来完成他的论文。
Teichner then informed his student that a large number of aerogel samples would be needed for him to complete his dissertation.

Teichner为其研究生任命了一个为此应用准备和研究气凝胶的任务。
Teichner assigned one of his graduate students the task of preparing and studying aerogels for this application.

还有一个问题是，如何给火星上提供足够的硅气凝胶。
There's also the question of how to supply silica aerogel on Mars.

为了更快地发生这种情况，他们正在开办自己的公司来管理他们的棉和PET气凝胶。
Eager for that to happen sooner, they are in the process of starting their own company to manage their cotton and PET aerogels.

委员会注意到附带技术给环境带来的好处，其中包括一种称为气凝胶的超绝缘、柔软和半透明的材料。
The Committee noted environmental benefits of spin-off technologies, including a super-insulating, flexible and translucent material called aerogel.

研究团队花了两年时间(从2016年8月到2018年8月)来开发制造PET气凝胶的技术。
The research team took two years(from August 2016 to August 2018) to develop the technology to fabricate PET aerogels.

超级材料”这个词近来被大量的使用--陶瓷超级材料，气凝胶超级材料，弹性体超级材料。
The word“super-material” gets thrown around a lot these days- ceramic super-materials, aerogel super materials, elastomeric super materials.

它天生的灵活性可以帮助它抵御极端高温和温度冲击，从而导致其他陶瓷气凝胶失效。
Its innate flexibility helps it take the pounding from extreme heat and temperature shocks that would cause other ceramic aerogels to fail.”.

而这则直接导致了气凝胶科学的主要进展之一，即溶胶-凝胶化学在二氧化硅气凝胶制备中的应用。
This directly lead to one of the major advances in aerogel science, namely the application of sol-gel chemistry to silica aerogel preparation.

然而，使用凯斯勒的方法，其中包括两个费时费力的溶剂交换步骤，他们的第一个气凝胶需要几周才能准备。
However, using Kistler's method, which included two time-consuming and laborious solvent exchange steps, their first aerogel took weeks to prepare.

他们还将气凝胶放入带LED的电路中，发现它可能作为柔性设备的一个组件。
They also incorporated the aerogel in a circuit with an LED and found it could potentially function as a component of a flexible device.

卓越的耐热性加上气凝胶的稀薄和更轻的性质,预计将在预测期内带动气凝胶市场。
Superior thermal resistance coupled with the thinner and lighter nature of aerogel is expected to drive the aerogel market during the forecast period.

在实验室中，一个涂有6毫米气凝胶的金属板在炸药爆炸中几乎毫发无损。
In the laboratory, a metal plate coated in 6mm of aerogel was left almost unscathed by a direct dynamite blast.

气凝胶可以直接放在行星表面，像瓷砖一样铺上红色的泥土。
The aerogel could be placed directly on the planet's surface, paving the red dirt like tiles.

不过，气凝胶的最佳用途可能要算用作消防员外套制服的保护性隔热材料。
However, the best use of aerogels may be considered as a protective insulation for firefighter jacket uniforms.

超过95％的气凝胶体积由空气制成，因此材料具有高内表面积和吸收性质。
Over 95 per cent of an aerogel's volume is made of air, hence the material's high internal surface area and absorbent qualities.

这些气凝胶目前用于各种工程应用，包括NASA的火星探测器。
The aerogels are already used in several engineering applications, including Nasa's Mars exploration rovers.

在家庭和建筑物中广泛使用气凝胶可有助于大大减少全球能源消耗量和温室气体排放量。
Widespread use of aerogel in homes and buildings could significantly reduce global energy consumption and greenhouse gas emissions.

在吉尼斯记录中，气凝胶拥有多达15个吉尼斯纪录，远多于其他材料。
Aerogel Aerogel holds 15 entries in the Guinness Book of Records for material properties, more than any other material.