ablating的音標(biāo)是[??ble?t??]，基本翻譯是“燒掉，熔化，蒸發(fā)”。速記技巧是：可以通過詞根記憶的方法來快速記憶。

ablating這個詞的詞源可以追溯到拉丁語ablatus，意思是“被驅(qū)逐的，被剝奪的”。它的變化形式包括過去式ablated，過去分詞ablated，現(xiàn)在分詞ablating和形容詞ablative。

相關(guān)單詞：

1. ablate - 動詞，意思是“切除，消除”，例如在醫(yī)學(xué)手術(shù)中切除腫瘤或疤痕組織。

2. ablation - 名詞，意思是“消除，去除”，例如在地質(zhì)學(xué)中，巖漿的噴發(fā)可以導(dǎo)致地層的消除。

3. ablative - 名詞詞性，意思是“被動的，受影響的”，在英語中常用于表示方向、來源或結(jié)果。

4. ablution - 名詞，意思是“沐浴，凈身”，源自阿拉伯語，用于宗教儀式或清潔身體。

5. abolish - 動詞，意思是“廢除，廢止”，例如廢除奴隸制度或法律制度。

6. abatement - 名詞或動詞，意思是“減少，減輕”，例如價格下降或減輕罪行。

7. abjure - 動詞，意思是“發(fā)誓放棄或否認(rèn)”，通常用于宗教誓言中。

8. abysm - 名詞，意思是“深淵，深不可測的境地”，源自拉丁語ablatus，表示被驅(qū)逐到深淵。

9. abrade - 動詞和名詞，意思是“磨損，磨蝕”，例如石頭表面被風(fēng)化或物體表面被磨損。

10. abrasion - 名詞，意思是“磨損”，通常用于描述物體表面因摩擦而產(chǎn)生的痕跡。

以上這些單詞都與ablating這個詞源有密切的聯(lián)系，反映了人類在語言和思想上的發(fā)展和變化。

常用短語：

1. ablate material

2. ablation process

3. ablation technology

4. ablate surface

5. ablate layer

6. ablate material analysis

7. ablation rate

例句：

1. The ablation process of a space satellite is a complex one, which requires precise control and management.

2. The ablation surface of the spacecraft is very sensitive to the environment, so it needs to be protected by a special coating.

3. Ablation rate is an important parameter for spacecraft design, which determines the lifetime of the spacecraft.

4. Analysis of ablation material is crucial for understanding the behavior of spacecraft in the harsh environment of space.

5. The technology of ablation material has been widely used in various fields, such as aerospace, medicine and energy.

6. The ablation process of a solar panel can affect its performance and lifetime, so it needs to be carefully monitored and maintained.

7. Ablation surface design is a key factor in ensuring the reliability and safety of spacecraft.

英文小作文：

Ablation is a crucial process in space exploration, which plays an important role in the design and maintenance of spacecraft and solar panels. Ablation occurs when space debris or ultraviolet radiation interacts with the surface of the spacecraft, causing it to lose material. To prevent this from happening, various protective measures are taken, including coating the surface with a special material or designing the surface to have a low reflectivity. However, these measures can only delay the onset of ablation, and eventually the spacecraft will need to be repaired or replaced. Therefore, it is crucial to monitor the ablation rate of the spacecraft and make timely adjustments to ensure its reliability and safety. Ablation also plays an important role in solar panel design, as it can affect the performance and lifetime of the panel. To prevent this from happening, various measures are taken, including ensuring that the panel has a low reflectivity and using a protective coating to prevent damage from ultraviolet radiation. In conclusion, ablation is an essential process in space exploration, which requires precise monitoring and management to ensure the reliability and safety of spacecraft and solar panels.