fineness of scanning
简明释义
抛描密度
英英释义
The degree of detail and resolution achieved during the process of scanning an image or document. | 在扫描图像或文档过程中所达到的细节和分辨率的程度。 |
例句
1.In digital imaging, the fineness of scanning determines the clarity of the final print.
在数字成像中,扫描的精细度决定了最终打印件的清晰度。
2.When archiving historical documents, the fineness of scanning can affect future restoration efforts.
在归档历史文档时,扫描的精细度会影响未来的修复工作。
3.The technician adjusted the fineness of scanning settings to capture every detail of the artwork.
技术员调整了扫描的精细度设置,以捕捉艺术品的每一个细节。
4.The fineness of scanning used in this document is crucial for preserving its original quality.
此文档中使用的扫描的精细度对于保持其原始质量至关重要。
5.The artist emphasized the fineness of scanning in her detailed sketches, showcasing every intricate line.
这位艺术家在她的细致素描中强调了扫描的精细度,展示了每一条复杂的线条。
作文
In the realm of technology and data analysis, the term fineness of scanning refers to the level of detail and precision achieved when examining or analyzing data. This concept is particularly important in fields such as imaging, data collection, and even in the context of scientific research. The fineness of scanning can greatly affect the outcomes of various processes, influencing everything from the quality of images produced to the accuracy of data interpretation. For instance, in medical imaging, achieving a high fineness of scanning is crucial for accurate diagnoses. Techniques such as MRI or CT scans rely on the ability to capture minute details of internal structures. A higher fineness of scanning allows radiologists to identify subtle abnormalities that could indicate serious health issues. If the scanning is not fine enough, critical information may be overlooked, leading to misdiagnosis or delayed treatment.Moreover, in the field of data analysis, the fineness of scanning plays a significant role in how data is collected and interpreted. When researchers conduct surveys or experiments, the granularity of their data collection can determine the validity of their findings. For example, if a survey on consumer preferences only asks broad questions, the fineness of scanning is low, and the insights gained may not accurately reflect the true opinions of the population. Conversely, a survey designed with detailed questions will yield richer data, allowing for deeper analysis and more reliable conclusions.The importance of fineness of scanning extends beyond just technical fields; it is also relevant in everyday life. Consider the process of reading a book. A reader who engages in a careful and attentive reading—paying close attention to the language, themes, and nuances—demonstrates a high fineness of scanning of the text. This level of engagement leads to a better understanding of the material, enriching the reading experience and fostering critical thinking skills. In contrast, a superficial reading may result in missing key elements of the narrative, ultimately diminishing the overall comprehension of the work.Furthermore, the fineness of scanning can influence our decision-making processes. When faced with choices, individuals who take the time to thoroughly evaluate their options demonstrate a higher fineness of scanning compared to those who make hasty decisions without sufficient information. This meticulous approach allows for more informed choices, reducing the likelihood of regret or dissatisfaction later on.In conclusion, the concept of fineness of scanning transcends various domains, emphasizing the value of precision and attention to detail. Whether in medical imaging, data analysis, reading comprehension, or decision-making, a higher fineness of scanning enhances our understanding and effectiveness in navigating complex situations. As we continue to advance technologically and intellectually, recognizing the significance of fineness of scanning will be essential in maximizing our potential and achieving success in our endeavors.
在技术和数据分析领域,术语fineness of scanning指的是在检查或分析数据时所达到的细节和精确度水平。这个概念在成像、数据收集甚至科学研究等领域尤为重要。fineness of scanning可以极大地影响各种过程的结果,从生成的图像质量到数据解释的准确性。例如,在医学成像中,实现高水平的fineness of scanning对于准确诊断至关重要。MRI或CT扫描等技术依赖于捕捉内部结构的微小细节。更高的fineness of scanning使放射科医生能够识别出可能表明严重健康问题的微妙异常。如果扫描不够细致,关键的信息可能会被忽视,从而导致误诊或延误治疗。此外,在数据分析领域,fineness of scanning在数据收集和解释中也扮演着重要角色。当研究人员进行调查或实验时,他们的数据收集的粒度可以决定他们发现的有效性。例如,如果一项关于消费者偏好的调查只提出宽泛的问题,那么其fineness of scanning就很低,所获得的见解可能无法准确反映人群的真实意见。相反,设计有详细问题的调查将产生更丰富的数据,允许更深入的分析和更可靠的结论。fineness of scanning的重要性不仅仅局限于技术领域;它在日常生活中也很相关。考虑阅读一本书的过程。一个认真细致地阅读——关注语言、主题和细微差别的读者,展示了对文本的高水平fineness of scanning。这种参与程度带来了对材料的更好理解,丰富了阅读体验,并培养了批判性思维能力。相比之下,表面化的阅读可能会导致错过叙事的关键元素,最终降低对作品的整体理解。此外,fineness of scanning还可以影响我们的决策过程。当面临选择时,花时间仔细评估选项的个人表现出比那些没有足够信息就匆忙做出决定的人更高的fineness of scanning。这种细致入微的方法使得更明智的选择成为可能,减少了后续后悔或不满的可能性。总之,fineness of scanning的概念超越了各个领域,强调了精确性和关注细节的价值。无论是在医学成像、数据分析、阅读理解还是决策过程中,更高的fineness of scanning增强了我们在复杂情况下的理解和有效性。随着我们在技术和智力上不断进步,认识到fineness of scanning的重要性将对最大化我们的潜力和在事业中取得成功至关重要。
相关单词