熱磁學 的英文怎麼說

中文拼音 [rècíxué]
熱磁學 英文
thermomagnetism
  • 磁 : 名詞1. [物理學] （磁性; 能吸引鐵、鎳等的性質） magnetism 2. （瓷） porcelain; china
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  1. So the effect of eutrophication of dianchi lake of sediment ca n ' t be ignored. based on the research of modern sediemnt of dianchi lake, the thesis is concerned about some physical and chemical characteristics ( including magnetic susceptibility, ammoniac nitrogen and effective phosphprus etc. ) and thermodynamics analysis of spontaneous mineral of iron

    本論文主要以滇池現代沉積物為研究對象，對滇池現代沉積物的主要物理和化學性質（包括氨氮、有效磷、磁化率等） ，進行基礎性地分析研究並對滇池現代沉積物鐵的自生礦物進行了熱力學分析。
  2. As a fundamental subject of many science departments and engineering departments, general physics, including mechanics, thermodynamics, optics, electromagnetism and atomics, is a required professional course for university students of science departments and engineering departments, making the physics teaching representatively and extensively in bilingual teaching

    摘要普通物理（含力學、熱學、光學、電磁學和原子物理學）是高等院校理工科大學生必修的專業基礎課，是理工科課程的基礎課，這使得物理教學在雙語教學上既具有代表性又具有廣泛性。
  3. However, the manufacture process of twt is so complicated that many kinds of subject, such as electron optics, magnetics, cathode electronics, microwave electronics, electronmagnetic fields theory, material science, mechanics and calorifics are involved in

    行波管的研製涉及到電子光學、磁學、陰極電子學、微波電子學、電磁場理論、材料學、機械與熱分析諸多學科，工藝過程十分復雜。
  4. After the preliminary trials and practice, the authors have proposed some new ideas and teaching strategies in implementing bilingual teaching in thermotics and electromagnetics in order to further promote bilingual education in colleges whose focus is directed at teaching

    通過對普通物理（熱學、電磁學）雙語教學的探索和實踐，本文旨在提出在教學型院校進一步推進雙語教學的思路和對策。
  5. Using results of this paper and thermodynamical bethe ansatz method, one can study the thermodynamics of this model under open boundary conditions

    在本文結果的基礎上，利用熱力學betheansatz方法，可進一步研究此模型的一些熱力學性質，如比熱、磁化率等。
  6. After studying the relation of distributive function and density matrix, the electron energy is calculated in magnetic field according to the distributive function in the thermodynamic statistical physics and the density matrix average value principle in the quantum mechanics, respectively

    摘要研究正則系綜中的配分函數與密度矩陣的關系，分別採用熱力學統計物理中的配分函數和量子力學中的密度矩陣與平均值原理，計算電子在磁場中的能量。
  7. The entropy or number of states of system or subsystem are closely related to interaction of particles and energy level distribution, therefore, to study the temperature dependence of the specific heat may supply some important and useful microscopic information which may play an important role in understanding electronic structure, density of state, phonon spectrum etc. the specific heat measurements at low temperatures also play important roles in the finding of the third law of thermodynamics, the quantum theory of solid and bcs theory for superconducting etc. moreover, specific heat measurements help us to understand the different kinds of phase transitions ( such as : structural phase transition, magnetic phase transition, superconducting phase transition etc. ) and the scaling behavior near the critical point

    系統、子系統的熵或微觀狀態數與微觀粒子間的相互作用及能級分佈密切相關，因此研究比熱與溫度的依賴關系能夠提供被測量系統許多極其有用的微觀信息，對理解固體的電子結構、電子態密度、聲子譜等起著十分重要的作用。低溫比熱的測量和研究對熱力學第三定律、固體量子理論和超導bcs等理論的建立起到了積極的推動作用。比熱研究還有助於認識各類相變如結構相變，磁性相變，超導相變等及臨界點附近的標度規律。
  8. In the 19th century, when scientists were feeling their way towards big concepts such as the laws of thermodynamics, electromagnetics and the periodic table without really knowing what they were looking for, that was normal

    在19世紀，科學家們在沒有意識到他們的研究目的的情況下而發現了諸如熱電學定理、電磁學和元素周期表之類大的科學定理是很正常的。
  9. Only on rare occasions do the thermodynamics work ; the fluid motions and the magnetic field all evolve in a compatible manner, so the new dipole polarity can diffuse in and establish a reversed magnetic field

    只有在很少的情況下熱力學才發揮作用，此時流體運動和磁場都會以相互訪調的方式演化，這樣新的偶極性就會散開並建立一個倒轉的磁場。
  10. In the chapter five, we study the quasi particle excitation energy spectrum and corresponding energy gap in ferromagnetic ( 1 / 2, 1 ) tow - leg heisenberg ladder system

    準一維磁性系統熱力學性質的研究摘要第五章中，我們研究了亞鐵磁雙鏈ow legheisenbergladder ）系統中的元激發譜和能隙。
  11. A general solution of the thermodynamic energy of systems of gas, magnetic dielectric, dielectric, and of battery was found by working from thermodynamics first law ' s different forms in different matter systems, by using equation of state and thermal capacity in different thermodynamics system and by solving thermodynamic energy differential equation, thus provide a method of studying other qualities in thermodynamics system

    摘要通過熱力學第一定律在不同物質系統中的不同形式，利用不同熱力學系統相應的物態方程及熱容量，以及通過求解熱力學能微分方程，一般性地求解了氣體系統、磁介質系統、電介質系統、電池系統的熱力學能，為研究其他熱力學系統的特性提供了一種方法。
  12. Some novel results are obtained, which will not only provide some theoretical bases for the optimal design and performance improvement of real thermodynamic cyclic equipments such as ferroelectric refrigerators, magnetic refrigerators and gas heat engines but also promote the development of new fields such as gas refrigerators for ultra - low temperature applications, molecule refrigerators and laser refrigeration technologies

    這些結論將對鐵電製冷機、磁製冷機、氣體熱機等實際的熱力學循環裝置的優化設計或性能改善提供理論指導，對極低溫下的氣體製冷機、分子製冷機和激光製冷技術等新領域也將所啟發和促進。
  13. The theory of ehd enhancement of heat transfer mentioned in this paper not only adds a new technical proposal to active heat transfer enhancement technology, but also plays promote role for crossing development of electromagnetic theory and thermodynamic theory

    文中所研究ehd強化換熱理論，不僅為有源強化換熱提供了一項新的技術方案，而且為電磁學和熱力學理論的跨學科研究有一定的促進作用。
  14. The discovery of left - handed material has been regarded as one of the ten most significant discoveries in science community in 2003, and has been the front and focus area in physis and electromagnetics research

    異向介質的發現被認為是2003年度十大科學突破之一，是當前物理與電磁學研究領域中的前沿與熱點問題。
  15. Newtonian mechanics and electromagnetism, supplemented by thermodynamics and optics, constitute the classical physics while quantum mechanics and its simple application to understand the behavior and structure of matter at various levels constitute the modern physics

    經典物理以經典力學和電磁學為骨幹，輔以熱力學和光學。近代物理以量子力學為基礎，探討並了解物質各種層次的結構和行為。
  16. Magnetic and thermodynamic properties of the mixed - spin antiferromagnet y2banio

    5的磁學和熱力學性質
  17. We put our emphases on four sections : the opening of the energy gap and its effects on the thermodynamic properties in low temperature, quantum fluctuation and the hidden long - distance order parameters, the magnetization and the specific heat properties under the extern magnetic field of the ferromagnetic chain, and the energy spectrum of the ferromagnetic ladder

    著重研究在一維量子自旋系統中的能隙的打開、以及能隙對系統熱力學性質的影響；量子漲落和系統隱含的序參量；亞鐵磁的在外場下的磁化性質以及比熱性質；和亞鐵磁雙鏈系統中的能譜。
  18. The ground state properties and the low temperature thermodynamic properties in several different quasi one - dimensional quantum magnetic systems were studied in the present thesis

    本文研究了幾種不同的準一維量子磁性系統的基態和低溫下的熱力學性質。
  19. In this paper, magnetomechanic effect, magneto - caloric effect, magnetoresistance effect and magnetic - optical effect of magnetic material and its application are discussed by thermodynamic functions

    摘要本文通過熱力學函數半定量地討論了磁性材料的磁力效應、磁熱效應，並定性地介紹了磁電阻效應和磁光效應及其應用。
  20. Starting with causing mechanism of magnetostriction, this paper analyses and discusses the relationship of physical properties of magnetic crystal, deduces thermodynamics equation of the properties of magnetic crystal, such as magnetism, thermal and elasticity

    本論文從磁致伸縮現象的產生機理入手，對磁性晶體物理性質之間的關系進行分析和論述，並根據熱力學理論，給出了磁性晶體的磁、熱和彈性性質的熱力學方程。
分享友人
分享到 Line

分享到臉書