unascertained

简明释义

英[ˌʌnəˈsɜrˌteɪnd]美[ˌʌnəˈsɜrˌteɪnd]

adj. 未确定的；未弄清的；未查明的

英英释义

单词用法

同义词

反义词

例句

1.The definition and theorems on unascertained continuous function between two unascertained topological Spaces are introduced.

给出二未确知拓扑空间中的未确知连续函数的定义及定理。

2.Although the reason for this result is unascertained, the interaction between the auditory sensation and the vibration sensation at the same frequencies is suggested.

尽管此中的原因尚不明晰，但文中对同一频率下听觉与振动感觉之间的相互影响提出了建议。

3.Through correcting gross error by unascertained expectation, it maintained all the information of data.

通过求未确知期望值实现粗差修正，不会造成有效信息的丢失。

4.Structure resistance and effect are affected by lots of unascertained factors in structure reliability analysis.

在结构可靠性分析中，结构抗力和作用效应受许多未确知因素的影响。

5.Abstract: This paper gives the unascertained measure estimation model and applies it to the quality estimation of a water environment.

文摘：本文给出未确知测度综合评价模型并用于水环境质量评价。

6.In the paper, I Study mathematical treatment method of unascertained information.

本文研究未确知信息的数学处理方法。

7.Unascertained mathematics is adopted to calculate the probability of risk based on the survey.

在专家问卷的基础上利用未确知数学理论对危险发生的概率进行估算。

8.The rules of measurement function for grade of target threat were established, evaluate matrix was defined to obtain multi-parameters unascertained measurement.

建立目标威胁等级测度函数规则，定义评价矩阵得出多参量未确知测度。

9.The comprehensive evaluation model of Unascertained mathematics is set up to settle the selection of mine truck which belong.

矿用汽车选型属于典型的未确知信息综合决策问题，适用于建立未确知数学综合评价模型。

10.The cause of the accident remains unascertained.

事故的原因仍然是未确定的。

11.Several factors contributed to the unascertained outcomes of the experiment.

多种因素导致了实验结果的未确定。

12.The patient's symptoms were unascertained, making diagnosis difficult.

患者的症状是未确定的，使得诊断变得困难。

13.In legal cases, the truth often remains unascertained until all evidence is presented.

在法律案件中，真相往往在所有证据呈现之前保持未确定。

14.The value of the artwork was unascertained until an expert appraisal was conducted.

这件艺术品的价值在专家评估之前是未确定的。

作文

In the realm of scientific research, there are numerous variables that can influence the outcome of an experiment. One such variable is the factor of uncertainty, which often leads to results that remain unascertained (未确定的). This term encapsulates the idea that certain aspects of our findings may not be fully understood or defined, leaving room for interpretation and further inquiry. Take, for instance, the study of climate change. Scientists have gathered extensive data on temperature fluctuations, greenhouse gas emissions, and ice cap melting. However, despite their efforts, some effects of climate change remain unascertained (未确定的). The exact impact of these changes on global weather patterns is still a matter of debate, as researchers strive to predict future scenarios based on models that are inherently limited by the unascertained (未确定的) variables involved. Moreover, in the field of medicine, the diagnosis of certain diseases can also involve unascertained (未确定的) factors. For example, when doctors evaluate patients with chronic pain, they often face challenges in identifying the root cause. Many conditions exhibit overlapping symptoms, making it difficult to pinpoint an exact diagnosis. As a result, some aspects of a patient's health may remain unascertained (未确定的), leading to prolonged treatment plans and ongoing assessments. The concept of unascertained (未确定的) information extends beyond science and medicine into everyday decision-making processes. For instance, when individuals consider investing in the stock market, they must navigate through various risks and uncertainties. Economic indicators, market trends, and geopolitical events can all contribute to a sense of unascertained (未确定的) outcomes. Investors often rely on historical data and expert analysis, yet the unpredictable nature of the market means that no investment is without its unascertained (未确定的) risks. In conclusion, the notion of unascertained (未确定的) elements is prevalent across multiple disciplines. Whether in scientific research, medical diagnoses, or financial investments, acknowledging the presence of unascertained (未确定的) factors is crucial for a comprehensive understanding of any situation. Embracing uncertainty can lead to more informed decisions and encourage ongoing exploration in the pursuit of knowledge. As we continue to confront the complexities of our world, recognizing the unascertained (未确定的) aspects of our experiences will ultimately foster a deeper appreciation for the intricacies of life itself.

在科学研究领域，有许多变量可以影响实验的结果。其中一个变量是不确定性，这往往会导致一些结果仍然保持未确定的。这个术语概括了我们的发现中某些方面可能没有完全理解或定义的想法，留下了进一步探讨和询问的空间。 以气候变化研究为例。科学家们收集了关于温度波动、温室气体排放和冰盖融化的大量数据。然而，尽管他们付出了努力，气候变化的某些影响仍然保持未确定的。这些变化对全球天气模式的确切影响仍然是一个争论的话题，因为研究人员努力根据模型预测未来情景，而这些模型本质上受到涉及的未确定的变量的限制。 此外，在医学领域，某些疾病的诊断也可能涉及未确定的因素。例如，当医生评估慢性疼痛患者时，他们常常面临识别根本原因的挑战。许多病症表现出重叠的症状，使得精确诊断变得困难。因此，患者健康的一些方面可能仍然保持未确定的，导致长期的治疗计划和持续的评估。 未确定的信息的概念不仅限于科学和医学，还延伸到日常决策过程中。例如，当个人考虑投资股市时，他们必须应对各种风险和不确定性。经济指标、市场趋势和地缘政治事件都可能导致一种未确定的结果的感觉。投资者通常依赖历史数据和专家分析，但市场的不可预测性意味着没有任何投资是没有其未确定的风险的。 总之，未确定的元素的概念在多个学科中普遍存在。无论是在科学研究、医学诊断还是金融投资中，承认未确定的因素的存在对于全面理解任何情况至关重要。拥抱不确定性可以导致更明智的决策，并鼓励在追求知识的过程中持续探索。当我们继续面对世界的复杂性时，认识到我们经历中的未确定的方面将最终促进对生活本身复杂性的更深刻欣赏。