experimental science造句
例句與造句
- Recoverable experimental science satellite
返回式科學與技術(shù)試驗衛(wèi)星 - There is an interesting parallel here with experimental science
這與實驗科學有一個有趣的類比。 - They study languages , a social science and experimental science , mathematics and the arts
他們要學習語言學，社會科學，實驗科學，數(shù)學和文學。 - They study languages , a social science , an experimental science , mathematics and the arts
他們要學習語言學，社會科學，實驗科學，數(shù)學，文學。 - In the experimental sciences , what is known to us we call the laws of necessity ; what is unknown to us we call vital force
在有關生物體的科學中，我們把已知的東西叫作必然性的法則把未知的東西叫做生命力。 - It's difficult to find experimental science in a sentence. 用experimental science造句挺難的
- History , in regard to the solution of this question , stands to the other sciences in the position of an experimental science to speculative sciences
在解決這個問題上，歷史與其他科學的關系，就像實驗科學與抽象科學的關系一樣。 - Cosmology has , over the last ten years , become a new emerging experimental science in view of the advanced technological breakthroughs in the last half century
經(jīng)過過去半個世紀高科技的突破，使得這十年來宇宙學已然成為一門新興實驗科學。 - In recent years , iterative equations play an important role in experimental sciences and engineerings and closely link with differential equations , difference equations , integral equations and dynamical systems
漫長的歷史沉淀使迭代方程成為與微分方程、差分方程、積分方程及動力系統(tǒng)緊密相關的現(xiàn)代數(shù)學分支，在實驗科學和工程科學研究中起著重要的作用。 - Consequently , the intelligent decision making ( idm ) problem is put forward in information processing , robot control , and experimental science , etc . that is , how the intelligent agent can make decision automatically to complete its mission
在信息處理、機器人控制、實驗科學研究等領域中提出了智能決策的問題，即機器如何才能根據(jù)其所面臨的任務，自主地做出行為決策以實現(xiàn)其目的。 - When francis bacon , english philosopher and a pioneer of experimental science , uttered this famous quote 400 years ago , the world was just moving out of its first economic developmental stage - the " agricultural economy " - into the second stage , the " industrial economy "
當英國哲學家，實驗科學先驅(qū)弗蘭西斯培根在四百年前講出這句傳世名言時，當時的世界剛剛開始從人類社會經(jīng)濟發(fā)展的第一階段“農(nóng)業(yè)經(jīng)濟”轉(zhuǎn)向第二個階段“工業(yè)經(jīng)濟” 。 - Knowledge is power . when francis bacon , english philosopher and a pioneer of experimental science , uttered this famous quote 400 years ago , the world was just moving out of its first economic developmental stage - the agricultural economy - into the second stage , the industrial economy
當英國哲學家,實驗科學先驅(qū)弗蘭西斯培根在四百年前講出這句傳世名言時,當時的世界剛剛開始從人類社會經(jīng)濟發(fā)展的第一階段“農(nóng)業(yè)經(jīng)濟”轉(zhuǎn)向第二個階段“工業(yè)經(jīng)濟” 。 - These effects were as followings : it philosophically promoted the establishment of the modern ways of thinking and the rising of experimental science ; the belief of christianity valuably provided the impulses for scientists , by which scientists had great desires to penetrate the mystery of nature ; the rationalism supplied the possibilities for the rising of modern natural science ; the churches , convents and the prosperities of their cultural course organically laid not only the solid social and cultural foundation for modern natural science , but also for the training of logical capacity of thinking , which people must possess in doing science in following days . of course , the words discussed before would not illustrate their harmonious relation , either
具體表現(xiàn)在三個方面：在哲學觀上促進了近代思維方式的確立和實驗科學的興起；在價值觀上，其信仰觀為科學家探索自然的奧秘提供了巨大的內(nèi)在動力；其理性主義給近代自然科學的勃興提供了可能性。在組織形式上，教會、修道院及其文化的興盛不但為近代自然科學的興起奠定了堅實的社會文化基礎，而且為日后人們從事科學必備的邏輯思維能力的訓練作好了準備。 - This history provides a key to understanding the role of magic in joanne rowling ' s books , for she begins by positing a counterfactual history , a history in which magic was not a false and incompetent discipline , but rather a means of controlling the physical world at least as potent as experimental science
這段歷史是我們理解羅琳書中角色的關鍵，因為羅琳同樣為故事安置了一個與事實相反的歷史，在這段歷史中，魔法不再是錯誤和無用的學科，相反成了至少和實驗科學同樣有效的控制物質(zhì)世界的方法。 - Technique of simulation , especially that of computer - simulation is a comprehensive and experimental science . it is established in the theories of the analogy and control . it can simulate the system behaviour only by calculation and it needn ` t abstract and simplify the system
仿真技術(shù),特別是計算機仿真技術(shù)是一門建立在相似理論、控制理論和計算機技術(shù)基礎上的綜合性與實驗性科學,由于它不需對系統(tǒng)進行抽象與簡化,通過計算就能模擬系統(tǒng)行為的全過程,能較準確的觀測和把握系統(tǒng)細節(jié)。 - Recent years , some new kinds of decision making problems are proposed in intelligent control , business , finance , and experimental science research , etc . , which have the common characteristics of huge body of data , uncertain environment , requirement of adaptation to changing environment , automatically decision making , real time constraints , and high reliability requirement , etc . those new problems bring great challenges to current idm techniques
近年來，隨著信息技術(shù)的發(fā)展普及，在智能控制、商務、金融、實驗科學研究、信息服務等應用領域提出了一系列新的復雜智能決策問題，它們具有海量數(shù)據(jù)、包含隨機因素、要求環(huán)境適應性、自動決策、實時決策、高可靠性等特點。這些問題，對傳統(tǒng)智能決策技術(shù)的建模方法和求解手段提出了新的要求。