superscript

简明释义

英[ˈsuːpəskrɪpt;ˈsjuːpəskrɪpt]美[ˈsuːpərskrɪpt]

adj. 标在上方的

n. 上标

英英释义

单词用法

同义词

反义词

例句

1.CD4 rapid test system similar to home pregnancy tests, the use of fingers to obtain blood gill superscript measured the number of CD4 + t cells.

CD4快速测试系统类似居家妊娠试验，利用手指刺血获取标衡量的CD 4 +T细胞数量。

2.Also called Superscript. See Inferior characters.

参阅下标字符。

3.Raised text will become superscript, and lowered text will become subscript.

提升/降低的字符将转换为上标/下标。

4.Just as with subscript text, you use the XSL-FO vertical-align property to handle superscript text. Here's an HTML sample.

正如下标文本一样，可使用XSL - FOvertical - align属性来处理上标文本。

5.And I am going to superscript it molecular orbital, and this upper one, to indicate that it's antibonding, has the asterisk.

我将给分子轨道加上标，这个上标，表示反键轨道，有一个星号。

6.Superscript is commonly used for footnotes.

上标通常用于注脚。

7.Apply superscript formatting to the selected text.

将上标格式应用于所选的文字。

8.You can use this property to specify text as superscript or subscript.

可以使用此属性将文本指定为上标或下标。

9.In chemical formulas, the charge of an ion is displayed as a superscript next to the element symbol.

在化学公式中，离子的电荷作为上标显示在元素符号旁边。

10.To denote the square of a number, you can use a superscript 2.

要表示一个数字的平方，可以使用上标 2。

11.When typing a footnote in a document, you often use a superscript number.

在文档中输入脚注时，通常使用上标数字。

12.In programming languages, certain commands may require a superscript to denote specific functions.

在编程语言中，某些命令可能需要使用上标表示特定功能。

13.In mathematical equations, the exponent is often written as a superscript to indicate power.

在数学方程中，指数通常写作上标以表示幂。

作文

In the realm of mathematics and science, precision is paramount. One of the essential tools that help convey complex equations and formulas clearly is the use of superscript. A superscript is a character or string of characters that is set slightly above the normal line of type. This typographical feature is commonly used to denote powers in mathematical expressions, such as in the equation for area, where the formula for the area of a square is represented as A = s². Here, the '2' is a superscript, indicating that the side length 's' is multiplied by itself.The importance of superscript extends beyond mathematics into various scientific fields. For example, in chemistry, the superscript is often used to indicate the charge of ions. When writing the formula for sodium ion, we represent it as Na⁺. The plus sign here is a superscript that signifies the positive charge of the sodium ion. Similarly, in the case of sulfate, it can be represented as SO₄²⁻, where the '2' and the '−' are both superscript notations that convey vital information about the ion’s structure and charge.In addition to its applications in mathematics and science, superscript is also prevalent in other areas, such as publishing and writing. For instance, in academic writing, superscript is frequently used for footnotes and endnotes. When citing sources, authors may place a number in superscript next to a statement to refer readers to the corresponding note at the bottom of the page or at the end of the document. This practice not only enhances the readability of the text but also allows readers to access additional information without interrupting the flow of the main narrative.Moreover, the use of superscript can be seen in technology and programming as well. In HTML coding, for example, the superscript tag is utilized to create superscript text on web pages. This capability is crucial for web developers who need to present mathematical equations or scientific formulas accurately. The ability to format text using superscript ensures that the intended meaning is preserved across different platforms and devices.Understanding the function and application of superscript is essential for anyone engaged in academic or professional fields that require clear communication of complex ideas. Whether you are a student learning algebra, a scientist writing research papers, or a developer creating web content, mastering the use of superscript will enhance your ability to convey information effectively.In conclusion, the superscript serves as a vital component in various disciplines, facilitating clarity and precision in communication. Its role in mathematics, science, publishing, and technology underscores its significance in our daily interactions with information. As we continue to explore and expand our knowledge, the ability to utilize typographical elements like superscript will remain an essential skill, ensuring that we can express complex ideas succinctly and accurately.

在数学和科学领域，精确性至关重要。帮助清晰地传达复杂方程和公式的基本工具之一是使用上标。上标是一个字符或字符串，设置在正常文本行之上。这个排版特征通常用于表示数学表达式中的幂，例如，正方形面积的公式可表示为A = s²。在这里，‘2’是一个上标，表示边长‘s’乘以自身。上标的重要性超越了数学，延伸到各种科学领域。例如，在化学中，上标通常用于表示离子的电荷。当写钠离子的公式时，我们将其表示为Na⁺。这里的加号是一个上标，表示钠离子的正电荷。类似地，在硫酸根的情况下，它可以表示为SO₄²⁻，其中‘2’和‘−’都是上标符号，传达了该离子结构和电荷的重要信息。除了在数学和科学中的应用，上标在出版和写作等其他领域也很常见。例如，在学术写作中，上标经常用于脚注和尾注。当引用来源时，作者可能会在声明旁边放置一个上标数字，以引导读者查看页面底部或文档末尾的相应注释。这种做法不仅增强了文本的可读性，而且使读者能够在不打断主要叙述流的情况下访问额外信息。此外，上标的使用在技术和编程中也可以看到。例如，在HTML编码中，上标标签用于在网页上创建上标文本。这种能力对于需要准确呈现数学方程或科学公式的网络开发人员至关重要。使用上标格式化文本的能力确保了在不同平台和设备上保留了预期的含义。理解上标的功能和应用对于任何参与需要清晰沟通复杂思想的学术或专业领域的人来说都是必不可少的。无论你是学习代数的学生、撰写研究论文的科学家，还是创建网页内容的开发人员，掌握上标的使用将增强你有效传达信息的能力。总之，上标作为各种学科中的重要组成部分，促进了沟通的清晰和精确。它在数学、科学、出版和技术中的作用突显了其在我们日常信息交互中的重要性。随着我们继续探索和扩展知识，利用像上标这样的排版元素的能力仍将是一项基本技能，确保我们能够简明而准确地表达复杂思想。