faultiness

简明释义

英[ˈfɔːltinəs]美[fɔːlˈtɪnəs]

n. 不完善，可指责；有过失

英英释义

单词用法

同义词

反义词

例句

1.Lastly, show the inner relations between the management faultiness of the encouraging and constraining system and accounting cheat, under the condition of incomplete contract.

最后说明，在契约不完善的条件下，经营者激励与约束机制不完善与会计造假两者存在着内在联系。

2.The faultiness of existing models was discussed. A new model for elastic wave velocity of unconsolidated sandstone was developed on the basis of these models.

首先讨论了现有各类模型存在的不足，并在这些模型的基础上，提出了新的疏松砂岩弹性波速分析模型。

3.For example, the faultiness of the punishment mechanism makes discreditable costs so low that any marketers would like to take the punishment risk for the potential interests.

比如，失信惩罚机制不完善使得失信成本过低，各主体都愿意为了预期失信收益而冒风险。

4.It has many shortcomings, such as theoretical faultiness, the defect of abstract nature, disadvantages to the reality of laws life and negative attitude in the civil law, etc.

从物权行为理论在理论上的错误、无因性原则的弊端、其对现实法律生活的不利影响及我国民法对其否定的态度等方面，可以看到物权行为理论已无存在的必要。

5.Based on the complicacy relation between the two parameters, the fuzzy control theory is applied to solute the faultiness of the maths model.

基于温度和湿度两个参数之间的复杂关系，运用模糊控制理论解决温度和湿度之间的关系模型不完善性。

6.With the center of court records, the lack of concentrated cognizance principle of cognizance mode and faultiness of match system has blocked the implement of judgment in court pronouncement system.

以案卷笔录为中心，集中审理原则缺失的审判模式以及配套制度的不完善阻碍了刑事当庭宣判制度的推行。

7.The faultiness of breeding system and pests destroying cause the low seed-set rate.

五脉山黧豆的传粉系统不完善和虫害是结实率低的主要原因。

8.The engineer identified the faultiness in the design that caused the system to fail.

工程师识别出设计中的缺陷，导致系统失败。

9.The faultiness of the product led to a recall by the manufacturer.

产品的缺陷导致制造商进行了召回。

10.Quality control measures are essential to detect any faultiness before the products hit the market.

质量控制措施对于在产品上市前发现任何缺陷至关重要。

11.The report highlighted the faultiness of the software, which resulted in frequent crashes.

报告强调了软件的缺陷，导致频繁崩溃。

12.During the inspection, the team found several instances of faultiness in the construction.

在检查过程中，团队发现建筑中有几个缺陷。

作文

In the world of technology and engineering, the concept of faultiness (缺陷) plays a crucial role in determining the reliability and efficiency of products. Faultiness can manifest in various forms, from minor glitches in software to catastrophic failures in machinery. Understanding the implications of faultiness is essential for developers and engineers, as it directly impacts user experience and safety. One of the most significant aspects of faultiness is its potential to lead to financial losses. Companies invest substantial resources into research and development, aiming to create flawless products. However, when faultiness occurs, it can result in recalls, repairs, and a tarnished reputation. For instance, the automotive industry has seen numerous cases where faulty components have led to serious accidents, prompting manufacturers to issue recalls that cost millions. This highlights the importance of rigorous testing and quality assurance processes to minimize faultiness before products reach the market. Moreover, faultiness is not limited to physical products; it also extends to software applications. In the digital age, where software drives almost every aspect of our lives, the presence of faultiness can be detrimental. A bug in a banking app, for example, could lead to incorrect transactions or data breaches, compromising user trust. Therefore, developers must prioritize debugging and continuous monitoring to identify and rectify faultiness swiftly. Another critical area affected by faultiness is public safety. Infrastructure such as bridges, roads, and buildings must adhere to strict safety standards. Any faultiness in these structures can have dire consequences, including loss of life. Engineers must conduct thorough inspections and maintenance to ensure that any signs of faultiness are addressed promptly. The tragic collapse of the Tacoma Narrows Bridge in 1940 serves as a historical reminder of the catastrophic effects that can arise from engineering faultiness. On a broader scale, the concept of faultiness can also be applied to societal systems. For example, the education system may exhibit faultiness if it fails to meet the needs of all students. Such faultiness could stem from outdated curricula or inadequate resources, leading to disparities in educational outcomes. Addressing these systemic faultiness issues requires collaboration among educators, policymakers, and communities to create equitable solutions. In conclusion, faultiness (缺陷) is a multifaceted issue that affects various sectors, from technology to infrastructure and education. It is imperative for professionals in these fields to recognize the significance of identifying and mitigating faultiness to enhance safety, reliability, and overall performance. By prioritizing quality assurance and continuous improvement, we can strive towards a future with fewer defects and greater efficiency in our products and systems.