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Magnetic Resonance and Non-Central Position of Cu~(2+) Ions in Ferroelectric Lead Germanate

机译：铁电引线锗锗矿铜〜（2+）离子的磁共振和非中心位置

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The previously published papers [1-2] have been dedicated to the questions of the localization of doubly-charged Cu ions in ferroelectric lead germanate (Pb_5Ge_3O_(11), T_C= 450 K) and their influence on the crystal characteristics, especially on the temperature of structural transition P3(C_3~1) <->P6-(bar)(C_(3h)~1).

机译：先前公布的论文[1-2]一直致力于铁电引用锗酯（PB_5GE_3O_（11），T_C = 450 k）中双电荷的Cu离子定位的问题及其对晶体特性的影响，尤其是在结构过渡的温度P3（C_3〜1）< - > P6-（棒）（C_（3H）〜1）。

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《Asia-Pacific EPR/ESR Symposium》|2006年||共1页
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Vladimir A. Vazhenin; Alexander P. Potapov; Valentina B. Guseva;
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1. Paramagnetic resonance and off-center location of Cu2+ ions in ferroelectric lead germanate [J] . Vazhenin VA, Potapov AP, Guseva VB, Physics of the solid state . 2007,第4期

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3. Synthesis, stability and nuclear magnetic resonance studies for the complexation of trivalent lanthanides, Ca~(2+), Cu~(2+) and Zh~(2+) by N,N'-bis(amide) derivatives of ethylenedinitrilotetraacetic acid [J] . Yun-Ming Wang, Yueh-Ju Wang, Ya-Ling Wu Polyhedron: The International Journal for Inorganic and Organometallic Chemistry . 1999,第1a2期

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4. Magnetic Resonance and Non-Central Position of Cu~(2+) Ions in Ferroelectric Lead Germanate [C] . Vladimir A. Vazhenin, Alexander P. Potapov, Valentina B. Guseva Asia-Pacific EPR/ESR Symposium . 2006

机译：铁电引线锗锗矿铜〜（2+）离子的磁共振和非中心位置
5. Nuclear Magnetic Resonance Studies of Disorder and Local Structure in Borate and Germanate Materials. [D] . Michaelis, Vladimir K. 2011

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Magnetic Resonance and Non-Central Position of Cu~(2+) Ions in Ferroelectric Lead Germanate

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