quantum of interest 中文意思是什麼
quantum of interest
解釋
利益范圍-
There is significant current interest in the exitonic properties of semiconductor quantum wires because of their role in optoelectronic applications
由於半導體量子阱線中激子的特性在光學器件中有著重要的應用，所以這一方面的研究一直方興未艾。 -
Nanoscience have been drawn considerable interest and physicaly investigated all over the world. the nanoparticles have different properties compared with bulk materials such as quantum size effect, surface effect, the dieletric confinement etc. the intrinsic optical properties of nanoparticles have been thoroughly studied
納米材料科學是一門涉及多學科領域的科學，納米顆粒由於尺寸小能產生量子尺寸效應，表面效應，介電限域效應和宏觀量子隧道效應等。 -
For coupled - quantum - dot systems, no matter the spatial symmetry, size and tunnel coupling strength between quantum dots are all controllable. in this way, the dream of controlling solids is realized. for this reason, the transport properties of systems consisting mutiple quantum dots have attracted the interest of physicists
對于耦合量子點體系，無論其組成的量子點的空間對稱性，還是量子點的尺寸、相互之間的耦合強度都是人為可以調控的，從而實現了人們操縱固體的夢想，並因此而受到廣泛的關注。 -
From the exact expression of the field, we obtain a multipole polynomial expansion, and under the paraxial condition we furthermore obtain the approximate expression. the loffe trap, consisting of two coils with parallel currents and four straight conductors with currents in alternating directions, is one of the most important traps. we specially study the field structure of it by using both the exact expression and a multipole polynomial expansion that facilitates studies of classical or quantum orbits. if the region near the origin is of interest, we may obtain a simple expression of the field and this configuration may be called idealized loffe trap
若只討論阱中的近原點區域時，阱中的磁場可以呈現出一種簡潔的形式，人們把它稱為理想ioffe阱。磁矩反平行於磁場的中性粒子在阱中與磁場發生相互作用，藉助相互作用勢，可以獲得粒子在阱中的經典運動方程。在一定的近似條件下，我們可以採用逐次近似的方法，使方程簡化，其中三個分量式中關于z的方程比較容易求解，而關于x 、 y的方程則演化為我們熟悉的馬丟方程的形式。 -
The su ( 1, 1 ) lie algebra is of great interest in quantum optics because it can characterize many kinds of quantum optics systems
廣義su （ 1 ， 1 ）相干態su （ 1 ， 1 ）李代數能表示許多量子光學系統，所以它在這個領域內引起了人們極大的興趣。 -
The center for computational quantum chemistry at the university of georgia seeks to develop theoretical and computational methods through mathematical models for describing and understanding the movement and function of electrons in molecules and to apply the theoretical methods to significant problems of broad chemical interest
喬治亞州大學的計算量子化學中心致力於發展用數學的理論和計算描述電子的運動和分子結構，並使這種方法得到應用。
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