A model of the separation of intrinsic charge carriers - Protons and orientational defects - at the crystallization front of water

Shavlov AV

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A model of the separation of intrinsic charge carriers - Protons and orientational defects - at the crystallization front of water

机译：水结晶前质子和取向缺陷的内在电荷载体分离模型。

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A mechanism and the corresponding mathematical model of the formation of the crystallization potential of water, based on protons and orientational defects, are considered. On the basis of the comparison with the known model based on impurity ions, it is shown that it is orientational defects that are responsible for the formation of the crystallization potential of diluted solutions at a crystallization rate of 10(-5) m/s. (C) 2005 Pleiades Publishing, Inc.

机译：考虑了基于质子和取向缺陷的水结晶势形成的机理和相应的数学模型。与已知的基于杂质离子的模型进行比较的基础上，表明是取向缺陷导致以10（-5）m / s的结晶速率形成稀释溶液的结晶电位。（C）2005年Pleiades Publishing，Inc.

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《Crystallography reports》 |2005年第6期|共6页
作者
Shavlov AV;
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原文格式 PDF
正文语种 eng
中图分类晶体学;
关键词
AQUEOUS-SOLUTIONS; ICE;

机译：水溶液;冰;

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专利

1. A model of the separation of intrinsic charge carriers - Protons and orientational defects - at the crystallization front of water [J] . Shavlov AV Crystallography reports . 2005,第6期

机译：水结晶前质子和取向缺陷的内在电荷载体分离模型。
2. Electric potential at the front of crystallization of water and solutions: The role of protons and orientational defects [J] . Shavlov AV Russian Journal of Physical Chemistry . 2005,第9期

机译：水和溶液结晶前端的电势：质子和取向缺陷的作用
3. Formation and mobility of protonic charge carriers in methyl sulfonic acid-water mixtures: A model for sulfonic acid based ionomers at low degree of hydration [J] . Telfah A, Majer G, Kreuer KD, Solid state ionics . 2010,第11a12期

机译：甲基磺酸-水混合物中质子电荷载体的形成和迁移：低水合度下基于磺酸的离聚物的模型
4. EFFICIENT SEPARATION OF CHARGE CARRIERS IN THE CATALYST DESIGN FOR PHOTOCATALYTIC WATER SPLITTING [C] . Yang Li, Zhengmin Yu, Jianling Meng American Chemical Society National Meeting Exhibition . 2014

机译：光催化水分裂催化剂设计中电荷载体的高效分离
5. DEFECT CHEMISTRY AND INTRINSIC CARRIER CONCENTRATION FOR MERCURY(1-X)CADMIUM(X)TELLURIUM(S) FOR X = 0.20, 0.40 AND 1.0 [D] . SU, CHING-HUA. 1985

机译：X = 0.20、0.40和1.0的汞（1-X）镉（X）碲的缺省化学性质和内在载体浓度
6. Time-resolved HAXPES using a microfocused XFEL beam: From vacuum space-charge effects to intrinsic charge-carrier recombination dynamics [O] . Lars-Philip Oloff, Ashish Chainani, Masaharu Matsunami, -1

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7. Charge separation and successive reconfigurations of electronic and protonic states in a water-splitting catalytic cycle with the Mn4CaO5 cluster. On the mechanism of water splitting in PSII [O] . Kentaro Yamamoto, Kazuo Takatsuka 2020

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8. The Dielectric Relaxation Spectra of Water, Ice, and Aqueous Solutions and Their Interpretation. Viii. Transfer of Protons Through 'Pure' Ice I(H) Single Crystals. I. Polarization Spectra of Ice I(H). Ii. Molecular Models for Polarization and Conduction. Iii. Extrinsic- Versus Intrinsic Polarization; Surface- Versus Volume Conduction [R] . von Hippel, A. R., Knoll, D. B., Maidique, M. A., 1970

机译：水，冰和水溶液的介电弛豫谱及其解释。八。通过'纯'冰I（H）单晶转移质子。 I.冰I（H）的偏振光谱。二。极化和传导的分子模型。三。外在与内在极化;表面与体积传导

A model of the separation of intrinsic charge carriers - Protons and orientational defects - at the crystallization front of water

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