rejectance number; rejection number

简明释义

拒绝数,拒收数

英英释义

例句

1.In quality control, a low rejectance number suggests better product quality.

在质量控制中，低拒绝数表明产品质量更好。

2.The engineer calculated the rejectance number to determine the efficiency of the filter system.

工程师计算了拒绝数以确定过滤系统的效率。

3.A high rejection number indicates that many particles are being filtered out of the solution.

高拒绝数表明许多颗粒正在被过滤出溶液。

4.To improve performance, we need to reduce the rejectance number of our current process.

为了提高性能，我们需要降低当前过程的拒绝数。

5.The rejection number for this batch of products was higher than expected, triggering a review.

这一批产品的拒绝数高于预期，触发了审查。

作文

In the realm of mathematics and statistics, various concepts help us analyze data and make informed decisions. One such concept is the rejectance number; rejection number, which plays a significant role in understanding the effectiveness of different processes or systems. The rejectance number; rejection number refers to a metric used to quantify the rate at which items or proposals are rejected within a given framework. This could apply to numerous fields, including manufacturing, quality control, and even academic research. In essence, it provides insight into how many attempts or submissions were not accepted, which can be crucial for improving processes and outcomes.For instance, in a manufacturing setting, if a factory produces 1,000 units of a product and 50 of those units are deemed defective and rejected, the rejectance number; rejection number would be 50. This figure is vital for the management team as it indicates the quality of the production process. A high rejectance number; rejection number may suggest that there are issues in the manufacturing process that need addressing, such as equipment malfunctions or inadequate training for workers. By analyzing this data, managers can implement changes that could lead to better quality control and ultimately reduce the rejectance number; rejection number in future production runs.Moreover, the concept of rejectance number; rejection number is not limited to physical products but also extends to services and proposals. For example, in the context of grant applications or project proposals, organizations often track the number of submissions they receive versus the number that are accepted. If an organization receives 200 applications and only accepts 20, the rejectance number; rejection number would be 180. Understanding this metric allows organizations to assess the competitiveness of their selection process and can guide them in refining their criteria for acceptance.Additionally, the rejectance number; rejection number can serve as a benchmark for improvement over time. By consistently monitoring this number, organizations can set goals to decrease the rejectance number; rejection number through various strategies, such as providing better guidance for applicants or enhancing training for staff involved in the selection process. This continuous improvement cycle is essential for fostering a culture of excellence and accountability.Furthermore, in academic research, the rejectance number; rejection number can indicate the rigor of a journal or conference. If a publication receives 500 submissions and only publishes 50 papers, the rejectance number; rejection number is 450. This high rejection rate may signify that the publication maintains strict standards for quality, making it more prestigious. Researchers often consider these metrics when deciding where to submit their work, as a lower rejectance number; rejection number might suggest a less selective process, potentially impacting the perceived value of their research.In conclusion, the rejectance number; rejection number is a critical metric across various fields, providing valuable insights into processes, quality control, and competitiveness. By understanding and analyzing this number, organizations and individuals can identify areas for improvement, set benchmarks, and ultimately enhance their effectiveness. Whether in manufacturing, proposal submissions, or academic research, the rejectance number; rejection number serves as a guiding tool for continuous growth and development.

在数学和统计学的领域中，各种概念帮助我们分析数据并做出明智的决策。其中一个重要的概念是拒绝率；拒绝数，它在理解不同过程或系统的有效性方面发挥着重要作用。拒绝率；拒绝数指的是一个度量，用于量化在给定框架内被拒绝的项目或提案的比率。这可以应用于许多领域，包括制造、质量控制，甚至学术研究。实质上，它提供了对未被接受的尝试或提交数量的洞察，这对于改善流程和结果至关重要。例如，在制造环境中，如果一家工厂生产1000个产品，其中50个被认为是有缺陷并被拒绝，那么拒绝率；拒绝数将为50。这个数字对管理团队至关重要，因为它表明生产过程的质量。较高的拒绝率；拒绝数可能表明制造过程中存在需要解决的问题，例如设备故障或员工培训不足。通过分析这些数据，管理者可以实施变更，从而改善质量控制，最终减少未来生产中的拒绝率；拒绝数。此外，拒绝率；拒绝数的概念不仅限于物理产品，还扩展到服务和提案。例如，在拨款申请或项目提案的背景下，组织通常跟踪他们收到的提交数量与被接受的数量。如果一个组织收到200份申请，仅接受20份，则拒绝率；拒绝数将为180。理解这一指标使组织能够评估其选择过程的竞争力，并可以指导他们改进接受标准。此外，拒绝率；拒绝数可以作为改进的基准。通过持续监测这一数字，组织可以设定目标，通过各种策略减少拒绝率；拒绝数，例如为申请者提供更好的指导或增强参与选择过程的员工培训。这种持续改进的循环对于培养卓越和问责文化至关重要。此外，在学术研究中，拒绝率；拒绝数可以表明期刊或会议的严格程度。如果一本出版物收到500份提交，仅发表50篇论文，则拒绝率；拒绝数为450。这个高拒绝率可能意味着该出版物保持严格的质量标准，使其更具声望。研究人员在决定将工作提交到何处时，通常会考虑这些指标，因为较低的拒绝率；拒绝数可能表明选择过程不那么严谨，从而可能影响他们研究的感知价值。总之，拒绝率；拒绝数是各个领域的重要指标，为流程、质量控制和竞争力提供了宝贵的见解。通过理解和分析这个数字，组织和个人可以识别改进领域，设定基准，并最终提高他们的效率。无论是在制造、提案提交还是学术研究中，拒绝率；拒绝数都作为持续增长和发展的指导工具。