carbonize
简明释义
vt. 碳化；使与碳化合；使成碳
第 三 人 称 单 数 c a r b o n i z e s
现 在 分 词 c a r b o n i z i n g
过 去 式 c a r b o n i z e d
过 去 分 词 c a r b o n i z e d
英英释义
To convert into carbon or a carbon-containing residue, typically through the process of burning or heating in the absence of oxygen. | 将物质转化为碳或含碳残留物，通常通过燃烧或在缺氧条件下加热的过程。 |
单词用法
碳化木材 | |
碳化有机材料 | |
在高温下碳化 | |
碳化过程 | |
碳化产品 | |
在惰性气氛中碳化 |
同义词
| 炭化 | The wood will char if exposed to high temperatures for too long. | 如果木材长时间暴露在高温下，它会炭化。 | |
| 焦化 | 煤可以被焦化以产生更高的碳含量。 | ||
| 煅烧 | 该矿物经过煅烧以去除杂质。 | ||
| 燃烧 | 你应该燃烧纸张以安全处理它。 |
反义词
| 水合 | The process of hydrate helps to maintain moisture in the soil. | 水合过程有助于保持土壤中的水分。 | |
| 氧化 | 金属在暴露于空气和水分时会发生氧化。 |
例句
1.The effects of minerals (oxides) on coke microstructure are studied by adding 13 types of different oxides into coal to carbonize using optical microscopy and X-ray powder diffraction.
将十三种矿物质（氧化物）添加到煤中炭化，用光学显微镜和X射线衍射方法研究矿物质的存在对所得焦炭显微结构的影响。
2.Sometimes it is necessary to carbonize wool fibers or yarn before they are made into cloth.
有时在生产织物之前对毛纤维或纱线进行碳化。它被制成一可伸缩的部件。
3.Low power rate on the surface of heating tube. Medium does not scale, congeal, sinter or carbonize on the surface, and so is ideal heating element for viscous, and heat sensitive liquid medium.
加热器管表面功率负荷低，介质不会在表面结垢、粘结、烧焦、碳化等，是粘性、热敏性液体介质加热的理想元件。
4.Low power rate on the surface of heating tube. Medium does not scale, congeal, sinter or carbonize on the surface, and so is ideal heating element for viscous, and heat sensitive liquid medium.
加热器管表面功率负荷低，介质不会在表面结垢、粘结、烧焦、碳化等，是粘性、热敏性液体介质加热的理想元件。
5.To burn to carbon; carbonize.
将…烧成碳，使碳化。
6.The samples foam and expand during the combustion process, and they carbonize and extinguish right after being deviated from fire, without melting and dropping and with low smoking.
燃烧过程中有发泡膨胀现象，样品离火后迅速炭化自熄，无熔融、滴落现象，发烟量小，是一类较好的膨胀型阻燃剂。
7.Running at low speed for too long might carbonize the spark plug.
发动机长时间低速运行，可能导致火花塞积炭严重。
8.The ancient cultures often carbonized their food to preserve it for longer periods.
古代文化常常通过碳化食物来延长其保存时间。
9.During the experiment, we observed how the organic material would carbonize at high temperatures.
在实验中，我们观察到有机材料在高温下会碳化。
10.The intense heat caused the wood to carbonize, turning it into charcoal.
强烈的热量导致木材碳化，变成了木炭。
11.When exposed to fire, plastics can carbonize and release toxic fumes.
当暴露在火中时，塑料会碳化并释放有毒烟雾。
12.The chef used a technique to carbonize the outer layer of the meat for added flavor.
厨师使用了一种技术来碳化肉的外层，以增加风味。
作文
In the study of materials and chemical processes, the term carbonize (碳化) plays a crucial role in understanding how organic substances transform under heat. Carbonization is a process where materials, especially those containing carbon, are subjected to high temperatures in the absence of oxygen. This process leads to the conversion of these materials into carbon-rich residues, which can be used in various applications, such as the production of charcoal or carbon black. The importance of carbonize (碳化) can be observed in several industries, including metallurgy, agriculture, and energy production. For instance, in metallurgy, the carbonization of coal results in coke, an essential component in the production of iron and steel. The coke produced from the carbonize (碳化) process serves as a fuel and a reducing agent in the smelting of iron ore. In agriculture, the practice of biochar production involves the carbonize (碳化) of biomass, such as agricultural waste. This biochar can improve soil fertility and help sequester carbon, thus contributing to climate change mitigation. Farmers are increasingly adopting this technique to enhance soil quality while also addressing environmental issues. Moreover, in the realm of energy production, the carbonize (碳化) process is essential for converting organic materials into gas or oil through pyrolysis. This method not only generates renewable energy but also reduces waste by transforming discarded materials into valuable resources. As the world shifts towards sustainable practices, understanding the carbonize (碳化) process becomes increasingly vital. However, it is essential to consider the environmental implications of carbonize (碳化). While carbonization can yield beneficial products, improper practices can lead to harmful emissions and contribute to air pollution. Therefore, researchers and industry professionals are actively seeking ways to optimize the carbonize (碳化) process to minimize its ecological footprint. Advances in technology are enabling more efficient methods that reduce greenhouse gas emissions while maximizing the benefits derived from carbonized materials. In conclusion, the term carbonize (碳化) encapsulates a significant process with wide-ranging applications across various fields. From enhancing steel production to improving agricultural practices and generating renewable energy, the implications of carbonization are profound. As we strive for a more sustainable future, understanding and optimizing the carbonize (碳化) process will be critical in harnessing its potential while mitigating its environmental impact.
