Theory of the O+ States of O16.II
スポンサーリンク
概要
著者
関連論文
- Nuclear Magnetic Resonance of Ce(Co_Fe_x)_4B (0 ≤ x ≤ 0.20)
- Nuclear Magnetic Resonance of Tb_2Co_7
- Nuclear Magnetic Resonance of PrCo_5
- Magnetic contaminations of small iron meteorites, Odessa and Gibeon
- Nuclear Magnetic Resonances of Co^ in Gd_Y_xCo_5
- Nuclear Magnetic Resonance of GdCo_4B
- Nuclear Magnetic Resonance of RCo_5. III. R=Ce and Sm
- Nuclear Magnetic Resonance of RCo_5. II.R=Y,Tb,Dy and Ho
- The Magnetic Properties of the Intermetallic Compounds Dy (Fe_Mn_x)_2,0≤x≤1.0
- Nuclear Magnetic Resonance Study of the Pseudobinary Compounds,Y (Ni_Co_x)_2
- Specific Cardiomyopathy Caused by Multisystemic Lipid Storage in Jordans' Anomaly
- Magnetic Anisotropy of Y_2Co_7B_3 Compound
- Magnetic Properties of (Y_Sm_χ)_2Co_ Compounds
- NMR Study of R_2Co_7B_3 (R=Y, Ce, Nd, Sm and Gd) Compounds
- The Influence of Boron on the Magnetic Properties of 2-17 and 2-14 Rare Earth Cobalt Compounds
- NMR Study of Sm_2Co_B_x Compounds
- NMR Study of Y_2Co_B_x Compounds
- NMR Study of (Y_Sm_x)_2Co_B Compounds
- NMR Study of Y_2(Co_T_x)_B(T=Mn, Fe, Ni) Compounds
- The Magnetic Properties of Pseudo-Binary Compounds,Gd (Fe_Mn_x)_2 and Gd_6(Fe_Mn_y)_
- Nuclear Magnetic Resonances of^Y and^Al in Y (Fe_Al_x)_2
- NMR Study of ^Al in (Gd_1-xTb_x) Al_2
- NMR Study of (^Al) in (Gd_Dy_x) Al_2
- Nuclear Magnetic Resonaneces of Gd^, Gd^ and Co^ in Cd_2Co_7
- ^Co NMR Study of R_3Co Compounds (R=Y,Gd,Tb,Dy)
- Nuclear Magnetic Resonances of Mn^ and P^ in Ferromagnetic and Antiferromagnetic MnP
- The Co^ Nuclear Magnetic Resonances in (Y_Gd_x)_2Co_
- Hyperfine Fields at ^Y Nuclei in Y (Fe_T_x)_2 (T=V,Mn,Co,Ni,Al) with Low Concentrations x
- The magnetic anomaly and NRM directions of Odessa octahedrite
- The Nuclear Magnetic Resonances of ^Mn in RMn_2 and (Y_Gd_x)_6Mn_ (R=Gd,Tb,Ho:0≦x≦1)
- A case of unstable atrial tachycardia due to intermittent firing focus from the right inferior pulmonary vein following cavo-tricuspid isthmus dependent atrial flutter
- Specific Cardiomyopathy Caused by Multisystemic Lipid Storage in Jordans Anomaly
- Properties of Light Nuclei with Harmonic Oscillator Wave Functions III : The matrix elements of the non-central interactions for the (3d)2(2s)1configuration in LS coupling and its application to Ne21 and Na23 in intermediate coupling
- Properties of Light Nuclei with Harmonic Oscillator Wave Functions II : Application of the jj Conpling Model and its Configuration Mixing to Ne21 and Na23
- Properties of Light Nuclei with Harmonic Oscillator Wave-Functions I
- NMR Study of ^Co in Gd_Y_x (Fe_Co_)_2 and Gd_Y_x (Fe_Co_)_2
- Nuclear Magnetic Resonance of ^Y in Intermetallic Compounds Y (Fe_Mn_x)_2
- Magnetic properties of the mixtures of Fe-Ni alloys simulated to Y-74354, Y-74362 and Y-74190 chondrites
- Theory of the O^+ States of O^.I
- η and η' Meson Mixing in U(6) Symmetry
- Meson Masses in the Quartet Model
- The martensitic transformation and the change of thermo-remanent magnetization (TRM)
- Shell-Model Studies of 1f,2p-Shell Nuclei : IV. Possible energy levels of 44Ti
- Thermo-remanent magnetization (TRM) of Ni-Fe alloy
- SHELL MODEL STUDIES OF 1f,2p-SHELL NUCLEI : III. Orbital fractional parentage coefficients for the nuclear two-shell configurations (1f,2p)^3 and (1f,2p)^4
- The application of thermomagnetic properties of Fe-Ni alloys to the thermal history of the Y-74646 chondrite
- SHELL MODEL STUDIES OF 1f,2p-SHELL NUCLEI : II. Orbital fractional parentage coefficients for the nuclear f^4 configuration
- NMR Study of (Nd_R_x)_2Co_B Compounds
- A Short Note on Even-Parity States of Oxygen-16
- Ground-State Correlation in Excited 0^+ States of O^
- SHELL MODEL STUDIES OF 1f-SHELL NUCLEI : I. Fractional parentage coefficients for nuclear f^3 and f^4 configurations
- Cross Over and Shrinkage for Hadron-Hadron Elastic Scattering
- Magnetic properties of high petrologic grade L-LL chondrites: Tenham,Tuxtuac,Willard and Forrest(b)
- Theory of the O+ States of O16.II
- Effects of Center-of-Mass Motion on the Excited O+ States of O16
- Spatio-temporal understanding of the pathology of acute posterior multifocal placoid pigment epitheliopathy