A1 noun 正式 #2,674 最常用

解明

kaimei /kaimeː/

The act of clarifying, solving, or unraveling a mystery, a complex problem, or a scientific phenomenon through investigation. It emphasizes the process of making something that was previously hidden or unknown clear and understandable.

例句

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1

昨日見た映画の謎がようやく解明した。

The mystery of the movie I watched yesterday has finally been solved.

2

警察は事件の全容を解明するために全力を尽くしています。

The police are doing their best to clarify the full details of the incident.

3

なんで彼が怒ったのか、理由を解明しなきゃ。

I have to figure out the reason why he got angry.

词族

名词
解明
Verb
解明する
相关
解明者
💡

记忆技巧

The first kanji 解 means 'to untie/unravel' and the second kanji 明 means 'bright/clear'. Think of untying a knotted string until the situation becomes clear as day.

快速测验

科学者たちは、この病気の原因を( )するために研究を続けている。

正确!

正确答案是: 解明

例句

1

昨日見た映画の謎がようやく解明した。

everyday

The mystery of the movie I watched yesterday has finally been solved.

2

警察は事件の全容を解明するために全力を尽くしています。

formal

The police are doing their best to clarify the full details of the incident.

3

なんで彼が怒ったのか、理由を解明しなきゃ。

informal

I have to figure out the reason why he got angry.

4

この研究により、細胞分裂のメカニズムが解明された。

academic

Through this research, the mechanism of cell division was clarified.

5

システムエラーの根本的な原因を解明し、再発を防止する。

business

We will identify the root cause of the system error and prevent recurrence.

词族

名词
解明
Verb
解明する
相关
解明者

常见搭配

謎を解明する to solve a mystery
真相を解明する to clarify the truth
原因の解明 clarification of the cause
実態を解明する to uncover the actual situation
メカニズムを解明する to unravel the mechanism

常用短语

徹底解明

thorough clarification/investigation

早期解明

early resolution/clarification

事実解明

clarifying the facts

容易混淆的词

解明 vs 解決

Kaiketsu focuses on ending a problem or conflict, while kaimei focuses on the intellectual understanding of how or why something happened.

解明 vs 解説

Kaisetsu refers to explaining something that is already known to others, whereas kaimei is about discovering or revealing something unknown.

📝

使用说明

It is primarily used in formal or intellectual contexts, such as scientific research, police investigations, or historical studies. It is almost always used with 'suru' to function as a transitive verb.

⚠️

常见错误

Learners often use this for simple math problems; however, 'toki' or 'kaitou' is appropriate for math. Kaimei is reserved for complex 'mysteries' or 'unknown phenomena'.

💡

记忆技巧

The first kanji 解 means 'to untie/unravel' and the second kanji 明 means 'bright/clear'. Think of untying a knotted string until the situation becomes clear as day.

📖

词源

Derived from Middle Chinese roots where '解' (to divide/untie) and '明' (light/clarity) were combined to describe the process of making things evident.

语法模式

~を解明する (transitive verb structure) ~の解明 (noun phrase used as a subject or object) ~が解明される (passive form often used in news reports)
🌍

文化背景

In Japan, this word is a staple of news broadcasts, especially regarding the 'kaimei' of scientific breakthroughs or 'kaimei' of corruption scandals in politics.

快速测验

科学者たちは、この病気の原因を( )するために研究を続けている。

正确!

正确答案是: 解明

相关词

対角

A1

Refers to a diagonal relationship or position, specifically relating to opposite corners or angles in a geometric shape or a physical space. It is commonly used in mathematics to describe lines connecting non-adjacent vertices, as well as in daily life to describe sitting or standing diagonally across from someone.

半径

A1

The distance from the center of a circle to its outer edge. It is half of the diameter and is used in both mathematical contexts and to describe a physical area around a specific point.

直径

A1

The distance from one side of a circle to the other, passing through the center point. It is a fundamental measurement used in geometry and daily life to describe the size of round objects like plates or pipes.

面積

A1

面積 refers to the measurement of the size of a surface or the amount of space inside a two-dimensional shape. It is commonly used in mathematics, real estate, and geography to describe how much space a flat object or land occupies.

容積

A1

The internal volume or capacity of a container or three-dimensional space. It refers to how much a container can hold, often used in architectural, shipping, or scientific contexts.

重量

A1

The measurement of how heavy an object is, typically expressed in standard units like kilograms or pounds. It is frequently used in technical, industrial, or official contexts such as shipping and manufacturing.

密度

A1

Density refers to the degree to which something is compact or crowded. It can describe physical mass per volume, the concentration of people in an area, or the richness and intensity of time and content.

濃度

A1

The degree to which a substance is contained within a solution or mixture, or the depth of color and thickness of a liquid. It is commonly used in scientific, culinary, and environmental contexts to describe how strong or weak a solution is.

硬度

A1

Hardness refers to the degree or level of how hard a material is, often measured scientifically. It is commonly used to describe the physical properties of minerals, metals, or the mineral content in water (water hardness).

温度

A1

Temperature refers to the physical measurement of how hot or cold an object, liquid, or environment is. It is measured in degrees and is a fundamental concept used in daily life, science, and weather.

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