The in-solid nuclear spin quantum calculation device can be produced by adding a fine metal gate structure to a quantum Hall effect device fabricated by a semiconductor two-dimensional electron system. Control, initialization, unitary transformation, and read of a small number of nuclear spins can ...
1) nuclear spin quantum number 核自旋量子数 2) spin quantum 自旋量子数 1. We obtained ground state magnetizations M_(T(A,B))/M_(0(A,B)) and analyzed them change rule withspin quantumnumber and anisotropic parameter X_1, X_2, X_3 by calculating correlations function s operator and ...
isobaric( )spin quantum number 同位旋量子数 magnetic spin quantum number 【化】 磁自旋量子数; 内量子数 nuclear rotational quantum number 核转动量子数 nuclear spin 核自旋 quantum number 量子数 quantum spin liquid n. 液态自旋量子 nuclear number 质量数 nuclear spin resonance 核旋共振 相似...
nuclear spin quantum number 核自量子数相关短语 inverse Compton effect (量子) 逆康普顿效应 gas model (核的) 气体模型 total binding energy (核的) 总结合能 autogeosyncline (自拗地槽) 独立地槽 bit (缩自 binary digit) 二进制位 Schmidt's syndrome (疑核副神经核性麻痹) 施密特氏综合征 float tape...
d Spin-echo calculation in broader θB and τ ranges, where the two white dashed lines mark the fixed τ times at which sensitivities are plotted in (e). e Comparison of angle sensitivities using the nuclear-assisted method (solid curves) in this work vs. conventional magnetometry (dashed ...
Each orbital is defined by a unique set of quantum numbers and can host at most two electrons, one for each value of spin— another quantum property that can assume one of two values, namely spin up or spin down. You can learn everything about quantum numbers at our quantum number calcul...
nuclear spin Medical [′nü·klē·ər ′spin] (nuclear physics) The total angular momentum of an atomic nucleus, resulting from the coupled spin and orbital angular momenta of its constituent nuclei. Also known as nuclear angular momentum. SymbolizedI. ...
quantum many-body methods, such computations are now becoming feasible for heavy nuclei16,17,18,19. The ab initio computation of208Pb we report herein represents a significant step in mass number from the previously computed tin isotopes16,17(Fig.1). The complementary statistical analysis in ...
Due to substantial progress in the fabrication of graphene quantum dots, the consideration of such a small number of nuclear spins is experimentally relevant. This choice allows us to use exact diagonalization to calculate the longtime average of the electron spin as well as its decoherence time. ...
Based on the Weisskopf–Ewing limit of Hauser–Feshbach theory [135], which assumes that the decay probability of a compound nucleus (CN) is independent of its spin parity, the method makes use of a surrogate reaction with an available beam and target to produce the same CN as the neutron...