電離能 的英文怎麼說
中文拼音 [diànlínéng]
電離能
英文
energy ionization-
Rockets and artificial satellites can go far above the ionosphere.
火箭和人造衛星能夠到達電離層以上極遠的地方。Ionization dominates if the particle has an energy larger compared to atomic binding energies.
若入射粒子能量大於原子的束縛能則電離是主要的。In the chapter four, we studied some low - lying absorption spectroscopy and the resonant absorption probability of bohrium ( z = 107 ) by using mcdf method which included the correlation effects and relativistic effects systematically. we got some satisfied results of the ionization energy which make a good agreement with the results obtained by the semi - empirical method
論文第四章通過系統考慮電子相關效應和相對論效應，使用mcdf方法進一步預言了107號元素bh的幾個較低的激發態能級以及由基態到這些激發態的共振吸收率，得到的電離能和使用半經驗方法得到的電離能結果具有很好的一致性。This product is the newest filming technique, the latest achievement of usa electronic magic, it utilizes decomposition principle of electronic material to form a positive negative ions film on the surface of car coating, which has high water repellency and makes the surface of coat has more than 95 % brightness of mirror surface, lt has preeminent performance on weathering resistance, ageing resistance, oxidation resistance static resistance and wear resistance, with the force of charged ions, this product can easy removes the dirt, water drop acid rain and grease on the surface of the film and perennially and effectively protect coat surface, lt is the fourth generation car beauty and protective product which replaces glaze sealing products
本品屬于當今最新的鍍膜技術，屬美國電子工學魔法的最新成果，它利用電子物質的分解原理，在車漆表面生成持有高撥水性的正負離子覆膜，使漆面光亮度可達鏡面光澤的95 %以上，並具有超強的耐候性、抗老化、防氧化、防靜電、耐磨性極好的功能，它利用電離子的力量，可輕松彈去覆膜表面的污垢、水滴、酸雨、油脂等，平時只需清水沖洗，便可立即使之恢復離子效應，達到長期保護漆面的目的，是取代封釉的第四代汽車美容保護產品。Cosmic rays and x-rays produce energetic electrons by ionization.
宇宙射線和X射線因其電離作用產生高能電子。Cosmic rays and x - rays produce energetic electrons by ionization
宇宙射線和x射線因其電離作用產生高能電子。Elastic collision and inelastic collision are considered in oxygen molecule, nitrogen molecule by electron impart. the mail simulation results were as follow : ( 1 ) the variations of drift velocity and the average energy of electron with the e / n in o2 and n2 are obtained. the number of electrons for excitation, ionization, dissociation and dissociative ionization collision with the e / n and the energy of electron are analyzed emphatically
考慮了各種彈性和非彈性碰撞過程，在純氧氣、純氮氣中，給出了不同簡化場e n條件下的電子漂移速度和平均電子能量的變化；著重分析了激發、電離、分解及分解電離碰撞的粒子數隨e n 、電子能量的變化，同時計算了激發發射光譜的波長。Their main limitation is that they are incapable of rising to the ionosphere.
他們主要局限性是不能上升到電離層。Inelastic collisions among photoelectrons rapidly distribute their initially gained energy throughout the region of ionized gas.
光電子之間的非彈性碰撞使它們原來獲得的能量在整個電離氣體中迅速分配。An increase in the energy of the electrons increases the probability of ionization.
增加電子能量，會增加電離幾率。Both ionization and excitation lead to electronic transitions that may be the emission of light.
電離和激發都將導致可能伴隨有光發射的電子躍遷。Neutrons in the slow and moderate speed ranges can produce ionization indirectly in other ways.
慢中子和中能中子可以通過其它方式產生間接電離作用。The alpha particles released from polonium - 210 have a very low penetrating power and can be stopped easily by the outer layer of skin or a sheet of paper. it is unlikely that the particles can affect human body through direct irradiation. however the ionization power of alpha particles is very high
釙210釋放的阿爾法粒子穿透能力很弱，人類的皮膚或一張紙已能隔阻它，粒子經照射影響人體的機會很微，不過由於它的電離能力很強，如果人類吸入或進食含有釙210的物質，其釋放的阿爾法粒子就能直接破壞內臟細胞，即使所吸收的份量不多，也會損害身體健康，急性高劑量阿爾法輻射可以引致輻射中毒。Abstract : this paper describes the methods to form silver clusters in solid, liquid and gas phases ; the properties of clusters such as absorption bands, esr, redox potential, ea and ip, and their catalytic behaviours in photo - splitting water and photographic development processes
文摘:本文綜述了在固相、液相和氣相中形成銀團簇的方法，銀團簇的主要性質如吸收光譜、 esr 、氧還電位、電子親和勢與電離能，以及銀團簇在光解水和照相顯影過程中的催化作用。The theoretical calculation methods, the calculated properties such as geometry, ea and ip of silver clusters are also discussed
總結了銀團簇的理論計算方法及計算得到的主要性質如穩定幾何結構、電子親和勢與電離能。Influence of the coupling between splitted levels on ionization in two - photon resonant three - photon ionization
雙光子共振三光子電離能級間耦合對電離的影響For a given species the energy required to remove the first electron is called the first ionization energy, and so on.
對于某種物種，移去第一個電能量所需要的能量叫做第一電離能，依此類推。Ionization energy ( ie ) and electron affinities ( ea ) are expressed as kilojoules per mole
電離能和電子親和性表達為每千焦耳摩爾。The boundary radius of an atom ( ion ) is defined by the classical turning point equation ( ( r ) = - i, where i denotes the first ionization potential of the atom ( ion ). the boundary radii of atoms and ions of elements from first - to fifth - row in the periodic table are obtained
對于中性原子，假設此時的能量等於其第一電離能i的負值，即v （ r ） = - i 。我們定義原子核到r的距離為原子的內稟邊界半徑，簡稱為邊界半徑。Although their penetrating power is weak, their ionization power is strong. the severity of biological effects inflicted will not be lower than other radiations
它的穿透能力雖然弱，但由於它的電離能力很強，它對生物所造成的危害並不下於其他輻射。分享友人