@article{NAN1994317,
  author =        {Li Nan and Hu Rong-Zu},
  journal =       {Thermochimica Acta},
  pages =         {317--331},
  title =         {Determination of thermal conductivities of solids by
                   microcalorimetry},
  volume =        {231},
  year =          {1994},
  abstract =      {A method and a calculation formula for determining
                   the thermal conductivity of solids under constant
                   radial heat flow conditions by use of the Peltier and
                   Joule effects is presented. The instrument constant
                   and coefficient of thermal disequilibrium have been
                   determined using four standard samples with known
                   thermal conductivity: quartz glass, plexiglass,
                   teflon and polyethylene. The reproducibilities of
                   measurements for the heat of thermal disequilibrium
                   in the investigated sample were less than 0.50% and
                   the amount of heat flux through the wall of the
                   investigated cylinder was within 0.07%. The standard
                   deviation, relative error and accuracy of the thermal
                   conductivity determined using this method were 1.8%,
                   0.22% and 5%, respectively. The thermal
                   conductivities of quartz glass, plexiglass,
                   polyethylene and teflon at 298 K were measured and it
                   was found that the heat of thermal disequilibrium was
                   the principal factor affecting the magnitude of the
                   thermal conductivity of these samples.},
  doiurl =        {https://doi.org/10.1016/0040-6031(94)80034-0},
  issn =          {0040-6031},
  url =           {https://www.sciencedirect.com/science/article/pii/
                  0040603194800340},
}

@article{2,
  author =        {Каневский, Л С},
  journal =       {Электрохимическая
                   энергетика.},
  pages =         {92--102},
  title =         {Исследование и диагностика
                   литиевых источников тока
                   методом электрохимических
                   шумов. I. Динамика
                   электрохимических шумов
                   литиевого электрода в
                   апротонных органических
                   электролитах},
  volume =        {8},
  year =          {2008},
  language =      {russian},
}

@article{3,
  author =        {Каневский, Л С},
  journal =       {Электрохимическая
                   энергетика},
  pages =         {3--11},
  title =         {Исследование и диагностика
                   литиевых источников тока
                   методом электрохимических
                   шумов II. Разрядные и шумовые
                   характеристики
                   тионилхлоридно-литиевых
                   источников тока разного типа
                   и их эволюция в ходе разряда
                   элементов},
  volume =        {9},
  year =          {2009},
  language =      {russian},
}

@article{4,
  author =        {Клюев, А Л and Давыдов, А Д and
                   Графов, Б М and
                   Добровольский, Ю А and Укше, А Е and
                   Астафьев, Е А},
  journal =       {Электрохимия},
  pages =         {1123--27},
  title =         {Электрохимическая шумовая
                   спектроскопия: метод
                   вторичного спектра Чебышева},
  volume =        {52},
  year =          {2016},
  language =      {russian},
}

@article{5,
  author =        {Wagner, N},
  journal =       {J Applied Electrochem.},
  pages =         {859--863},
  title =         {Characterization of membrane electrode assemblies in
                   polymer electrolyte fuel cells using a.c. impedance
                   spectroscopy},
  volume =        {32},
  year =          {2002},
}

@article{6,
  author =        {Macdonald, D D},
  journal =       {Electrochimica Acta},
  pages =         {1376--88},
  title =         {Reflections on the history of electrochemical
                   impedance spectroscopy},
  volume =        {51},
  year =          {2006},
}

@article{7,
  author =        {Hua, X and Li, S and Peng, H},
  journal =       {Journal of Power Sources},
  pages =         {359--367},
  title =         {A comparative study of equivalent circuit models for
                   Li-ion batteries},
  volume =        {189},
  year =          {2012},
}

@article{8,
  author =        {Rahmoun, A and Loske, M and Rosin, A},
  journal =       {Energy Procedia},
  pages =         {204--213},
  title =         {Determination of the impedance of lithium-ion
                   batteries using methods of digital signal processing},
  volume =        {46},
  year =          {2014},
}

@article{9,
  author =        {Каневский, Л С},
  journal =       {Электрохимия},
  pages =         {85--93},
  title =         {Проблема импедансной
                   диагностики
                   тионилхлоридно-литиевых
                   источников тока},
  volume =        {43},
  year =          {2007},
  language =      {russian},
}

@article{10,
  author =        {Каневский, Л С},
  journal =       {Электрохимия},
  pages =         {899--910},
  title =         {Особенности разрядных
                   характеристик
                   тионилхлоридно-литиевых
                   элементов разного типа и
                   проблема их диагностики},
  volume =        {45},
  year =          {2009},
  language =      {russian},
}

@book{11,
  author =        {Коровин, Н В and Скундин, А М},
  publisher =     {Издательство МЭИ},
  title =         {Химические источники тока},
  year =          {2003},
  language =      {russian},
}

@article{12,
  author =        {Scrosati, B},
  journal =       {Electrochim. Acta.},
  pages =         {1559--67},
  title =         {Non aqueous lithium cells},
  volume =        {26},
  year =          {1981},
}

@article{13,
  author =        {Клюев, А Л and Батраков, В В and
                   Ротенберг, З А},
  journal =       {Электрохимия},
  pages =         {85--93},
  title =         {Проблема импедансной
                   диагностики
                   тионилхлоридно-литиевых
                   источников тока},
  volume =        {41},
  year =          {2005},
  language =      {russian},
}

@article{14,
  author =        {Klyuev, A L and Grafov, B M and Davydov, A D and
                   Lukovtsev, V P and Petrenko, E M},
  journal =       {J Solid State Electrochem.},
  pages =         {497--502},
  title =         {Analysis of discrete spectra of electrochemical noise
                   of lithium power sources},
  volume =        {23},
  year =          {2019},
}