torrefy

简明释义

[ˈtɒrɪˌfaɪ][ˈtɔːrəˌfaɪ]

v. 烘干,烘烤(药品、矿石等)

第 三 人 称 单 数 t o r r e f i e s

现 在 分 词 t o r r e f y i n g

过 去 式 t o r r e f i e d

过 去 分 词 t o r r e f i e d

英英释义

To heat (a substance, especially wood) to a high temperature in the absence of oxygen, resulting in the removal of moisture and volatile compounds.

在缺氧的情况下将(物质,特别是木材)加热到高温,从而去除水分和挥发性化合物。

单词用法

torrefy biomass

烘焙生物质

torrefied wood

烘焙木材

torrefy coffee beans

烘焙咖啡豆

process to torrefy

烘焙的过程

同义词

roast

烘焙

The coffee beans are roasted to enhance their flavor.

咖啡豆经过烘焙以增强其风味。

char

烧焦

The wood was charred to create a unique taste in the barbecue.

木材被烧焦,以在烧烤中创造独特的味道。

carbonize

碳化

The process of carbonizing biomass can produce biochar for soil enhancement.

碳化生物质的过程可以产生用于土壤改良的生物炭。

反义词

hydrate

水合

To hydrate the soil, we need to add water regularly.

为了给土壤补水,我们需要定期添加水。

moisten

湿润

Please moisten the paper before folding it.

请在折叠纸张之前先将其湿润。

例句

1.By torrefying the coffee beans, we can enhance their flavor profile.

通过烘焙咖啡豆,我们可以增强它们的风味特征。

2.The process to torrefy biomass increases its energy density.

将生物质烘焙的过程提高了其能量密度。

3.To improve the combustion efficiency, they decided to torrefy the coal.

为了提高燃烧效率,他们决定烘焙煤炭。

4.The company plans to torrefy agricultural residues for sustainable energy production.

该公司计划烘焙农业残余物以生产可持续能源。

5.Farmers often torrefy wood chips to create a more efficient fuel source.

农民们常常烘焙木屑,以创造更高效的燃料来源。

作文

The process of preparing food and enhancing flavors often involves various techniques that can transform the original ingredients into something extraordinary. One such technique is to torrefy, which refers to the method of roasting or heating a substance, typically coffee beans, to enhance their flavor profile. This technique not only brings out the natural oils and flavors but also adds a depth of character that is highly sought after in culinary practices. Torrefy plays a crucial role in the production of coffee, where the beans undergo a meticulous roasting process to achieve the perfect balance of acidity, sweetness, and bitterness. When coffee beans are torrefied, they undergo a chemical transformation that alters their physical and aromatic properties. The Maillard reaction, which occurs during roasting, creates complex flavor compounds that contribute to the overall taste of the coffee. Additionally, the process of torrefaction affects the color of the beans, turning them from green to various shades of brown, depending on the degree of roasting. Lightly torrefied beans retain more of their original flavors, while darker roasts develop a richer, bolder taste. The art of torrefying extends beyond coffee. In the culinary world, chefs often apply similar principles to various ingredients, such as nuts, grains, and even vegetables. For instance, torrefying nuts enhances their crunchiness and intensifies their flavors, making them a delightful addition to salads, desserts, or as snacks on their own. Similarly, grains like quinoa or farro can be torrefied to bring out their nutty undertones and add a unique texture to dishes. Furthermore, the concept of torrefaction is not limited to food but also finds applications in the energy sector. Biomass materials, for example, can be torrefied to improve their energy density and combustion characteristics. This process involves heating organic materials in a controlled environment, resulting in a product that is easier to transport and has a higher calorific value. As the world seeks sustainable energy solutions, torrefying biomass presents an innovative approach to produce cleaner energy sources. In conclusion, understanding the term torrefy allows us to appreciate the intricate processes that elevate our culinary experiences and contribute to advancements in energy production. Whether it is through the rich aroma of torrefied coffee or the enhanced flavors of torrefied nuts, this technique showcases the transformative power of heat and creativity in both the kitchen and beyond. Embracing the art of torrefying opens up a world of possibilities, inviting us to explore new flavors and sustainable practices that enrich our lives.

准备食物和增强风味的过程通常涉及各种技术,这些技术可以将原始成分转变为非凡的东西。其中一种技术是torrefy,指的是将某种物质(通常是咖啡豆)进行烘焙或加热,以增强其风味特征。这种技术不仅能提取出天然油脂和风味,还能增加深度,使其在烹饪实践中备受追捧。Torrefy在咖啡生产中起着至关重要的作用,咖啡豆经过精细的烘焙过程,以达到酸甜苦的完美平衡。当咖啡豆被torrefied时,它们会经历化学转变,改变其物理和香气特性。在烘焙过程中发生的美拉德反应,创造出复杂的风味化合物,有助于咖啡的整体口感。此外,torrefaction过程还影响豆子的颜色,将它们从绿色变为不同深浅的棕色,具体取决于烘焙的程度。轻度torrefied的豆子保留了更多原始风味,而深色烘焙则发展出更丰富、更大胆的口感。Torrefying的艺术不仅限于咖啡。在烹饪界,厨师们经常将类似的原则应用于各种食材,如坚果、谷物甚至蔬菜。例如,torrefying坚果增强了它们的脆度并加深了风味,使它们成为沙拉、甜点或单独作为小吃的美味添加物。同样,像藜麦或法罗这样的谷物可以通过torrefied来突显它们的坚果风味,并为菜肴增添独特的口感。此外,torrefaction的概念不仅限于食物,还在能源领域找到了应用。例如,生物质材料可以被torrefied以改善其能量密度和燃烧特性。该过程涉及在受控环境中加热有机材料,从而产生一种更易运输且热值更高的产品。随着世界寻求可持续能源解决方案,torrefying生物质呈现出一种创新的方法来生产更清洁的能源。总之,理解术语torrefy使我们能够欣赏提升烹饪体验的复杂过程,并为能源生产的进步做出贡献。无论是通过torrefied咖啡的浓郁香气,还是torrefied坚果的增强风味,这种技术展示了热量和创造力在厨房及其他领域的变革力量。拥抱torrefying的艺术为我们打开了可能性的世界,邀请我们探索新的风味和丰富我们生活的可持续实践。