combinative

简明释义

英[ˈkɒmbɪˌneɪtɪv;ˈkɒmbɪˌnətɪv]美[ˈkɑːmbəˌneɪtɪv;kəmˈbaɪnəˌtɪv

adj. 结合的；可结合的；有结合力的

英英释义

单词用法

同义词

反义词

例句

1.The prediction model of groundwater level dynamics was established using the combinative method of retrieved model and self-memorization equation in this paper.

本文运用反演建模和自记忆性方程相结合的方法，建立了地下水位动态预测模型。

2.The aerodynamic figuration of the normal MAV configuration was optimized applying the method of the combinative of single and multidisciplinary design optimization.

采用单学科优化和多学科优化相结合的方法对常规气动布局进行了气动外形优化，并比较分析了单、多学科的优化结果，得出重要结论。

3.As a specific kind of actions, the relationship between nonfeasance and feasance is opposite as well as combinative, or opposite and combinative.

不作为是行为的一种特殊方式，与作为具有一种相反同时又是结合与竞合关系。

4.The inner core pulling of The gear planetary frame can be solved by adopting combinative core.

采用带抽芯机构的组合压型，制作出了行星轮架整体蜡模。

5.Due to combinative of all Wood, it takes up the 80% paving surface in Occident's Projects.

由于它结合了其它木地板的优点，故在欧美国家，三层实木地板已占工程总铺装面积的80%。

6.It resembles we are combinative together, a friend of son.

它把我们结合在一起，像一圈子的朋友。

7.About this problem, the characteristic that I think should be combinative individual and course is specific the issue is specific analysis.

关于这个问题，我想应该是结合个人及学科的特点具体问题具体分析。

8.The artist's work is highly combinative, blending different styles and techniques.

这位艺术家的作品非常综合的，融合了不同的风格和技巧。

9.In mathematics, a combinative approach can help solve complex problems by using different strategies.

在数学中，组合的方法可以通过使用不同的策略来帮助解决复杂的问题。

10.The chef is known for his combinative cooking style, which fuses flavors from various cuisines.

这位厨师以其结合的烹饪风格而闻名，融合了各种美食的风味。

11.The software uses a combinative algorithm to enhance user experience by integrating multiple features.

该软件使用一种组合的算法，通过整合多个功能来增强用户体验。

12.Her combinative skills in negotiation helped close the deal successfully.

她在谈判中的组合能力帮助成功达成了交易。

作文

In the realm of creativity and innovation, the term combinative (组合的) plays a crucial role. It refers to the ability to merge different ideas, concepts, or elements to create something new and unique. This process of combination is essential in various fields, including art, science, technology, and even everyday problem-solving. When we look at the greatest inventions and masterpieces throughout history, we often find that they are the result of combinative (组合的) thinking. For instance, the smartphone is not just a phone; it is a combinative (组合的) device that integrates communication, computing, photography, and entertainment into one compact gadget. The importance of combinative (组合的) thinking can be seen in the world of art. Artists frequently draw inspiration from multiple sources, blending styles, techniques, and mediums to produce works that resonate on different levels. A prime example is the fusion of traditional painting with digital technology, resulting in stunning visual art that challenges our perceptions and expands the boundaries of creativity. This combinative (组合的) approach allows artists to express complex ideas and emotions in ways that were previously unimaginable. In science, combinative (组合的) methods have led to groundbreaking discoveries. The field of genetics, for instance, has benefited immensely from the combination of biology, chemistry, and computer science. Researchers utilize combinative (组合的) techniques to analyze vast amounts of genetic data, leading to advancements in medicine and our understanding of life itself. By merging diverse disciplines, scientists can tackle problems from multiple angles, fostering innovation and accelerating progress. Technology is another area where combinative (组合的) thinking is paramount. The development of software applications often involves combining various programming languages, frameworks, and tools to create functional and user-friendly products. For example, web development relies on the combinative (组合的) integration of HTML, CSS, and JavaScript to build interactive websites. This synergy not only enhances functionality but also improves user experience, demonstrating how combinative (组合的) approaches can lead to superior outcomes. Moreover, combinative (组合的) strategies are vital in addressing societal challenges. Issues such as climate change, poverty, and health crises require collaborative efforts that bring together experts from various fields. By leveraging the strengths of different disciplines, communities can develop comprehensive solutions that are more effective than isolated efforts. For instance, combating climate change necessitates the combinative (组合的) input of environmental science, economics, policy-making, and social activism to create sustainable practices and policies. In conclusion, the concept of combinative (组合的) thinking is integral to progress and innovation across multiple domains. Whether in art, science, technology, or social issues, the ability to combine diverse elements fosters creativity and leads to groundbreaking solutions. As we continue to face complex challenges in our rapidly changing world, embracing a combinative (组合的) mindset will be essential for driving meaningful change and achieving our goals. Therefore, cultivating this skill should be a priority for individuals and organizations alike, as it holds the key to unlocking new possibilities and enhancing our collective potential.

在创造力和创新的领域中，术语combinative（组合的）起着至关重要的作用。它指的是融合不同想法、概念或元素以创造出新颖独特事物的能力。这种组合过程在艺术、科学、技术甚至日常问题解决等多个领域都是必不可少的。当我们回顾历史上最伟大的发明和杰作时，常常会发现它们是combinative（组合的）思维的结果。例如，智能手机不仅仅是一部电话；它是一个combinative（组合的）设备，将通信、计算、摄影和娱乐集成到一个紧凑的设备中。 combinative（组合的）思维的重要性可以在艺术世界中看到。艺术家们经常从多个来源汲取灵感，融合风格、技术和媒介，创作出在不同层面上引起共鸣的作品。一个典型的例子是将传统绘画与数字技术相结合，产生出令人惊叹的视觉艺术，挑战我们的感知并扩展创造力的边界。这种combinative（组合的）方法使艺术家能够以以前无法想象的方式表达复杂的思想和情感。 在科学领域，combinative（组合的）方法促成了突破性的发现。例如，遗传学领域极大地受益于生物学、化学和计算机科学的结合。研究人员利用combinative（组合的）技术分析大量的遗传数据，从而推动医学和我们对生命本质的理解。通过融合不同学科，科学家们能够从多个角度解决问题，促进创新并加速进步。 技术是另一个combinative（组合的）思维至关重要的领域。软件应用程序的开发通常涉及将各种编程语言、框架和工具结合起来，以创建功能齐全且用户友好的产品。例如，网页开发依赖于HTML、CSS和JavaScript的combinative（组合的）整合来构建互动网站。这种协同作用不仅增强了功能性，还改善了用户体验，展示了如何通过combinative（组合的）方法获得更优的结果。 此外，combinative（组合的）策略在应对社会挑战中至关重要。气候变化、贫困和健康危机等问题需要各个领域专家的合作努力。通过利用不同学科的优势，社区可以制定出更全面的解决方案，这些解决方案比孤立的努力更有效。例如，应对气候变化需要环境科学、经济学、政策制定和社会行动主义的combinative（组合的）投入，以制定可持续的实践和政策。 总之，combinative（组合的）思维概念在多个领域的进步和创新中是不可或缺的。无论是在艺术、科学、技术还是社会问题上，结合多种元素的能力都能激发创造力，并带来突破性的解决方案。随着我们继续面临快速变化的世界中的复杂挑战，拥抱combinative（组合的）思维模式将是推动有意义变化和实现目标的关键。因此，培养这一技能应该成为个人和组织的优先事项，因为它是开启新可能性和提升我们集体潜力的关键。