| Article |
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| Article name |
Features of Microwave Properties of Ice with Salt Inclusions in the Temperature Range from −20◦ C to −190◦ C |
| Authors |
Shchegrina K.A.Postgraduate Student lgc255@mail.ruPetrov O.I.Postgraduate Student lgc255@mail.ruKrylov S.D.Candidate of Physics and Mathematics, Senior Reseacher lgc255@mail.ru |
| Bibliographic description |
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| Section |
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| DOI |
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| UDK |
53.096 |
| Article type |
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| Annotation |
The research of the microwave properties of salty ice containing NaCl, Na2CO3 and
natural ice from the ice lake Doroninskoye at temperatures ranging from −20◦ C to −190◦ C
was carried out. We used the following techniques: dielectric measurement of ice samples
placed in a waveguide at a frequency of 15 GHz, as well as measuring the radio thermal
radiation of ice against a cloudless sky at 5 GHz, 13.5 GHz and 37.5 GHz. Dependences of the
real ε′ and ε′′ imaginary parts of the relative permittivity of the samples of salted ice for the
temperatures below −60◦ C were found for the first time. The temperature of freezing liquid
in the pores of the salty ice was experimentally determined as −145◦ C.
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| Key words |
microwave spectroscopy, salty ice. |
| Article information |
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| References |
1. Bogorodsky V. V., Gavrilo V. P. Led. Fizicheskiye svoystva Sovremennye metody
glyatsiologii. L.: Gidrometizdat, 1980. 385 s.
2. Borzenko S. V. Formy serovodoroda v mineralnykh sodovykh vodakh ozera
Doroninskoye (Vostochnoye Zabaykalye) // Vestnik KRAUNTs. Nauka o Zemle. 2009 № 1.
Vyp. S. 54–57.
3. Gurulev A. A., Kharin Yu. V., Shchegrina K. A., Lukyanov P. Yu. Osobennosti
svoystv ledyanogo pokrova sadovogo ozera na chastote 13, 7 GGts // Sovremennye problemy
distantsionnogo zondirovaniya Zemli iz kosmosa. M.: IYEI RAN. 2012. S. 289–293.
4. Repina I. A. Elektrodinamicheskaya model izlucheniya arkticheskogo ledyanogo
pokrova dlya resheniya zadach sputnikovoy mikrovolnovoy radiometrii / I. A. Repina,
V. V. Tikhonov, T. A. Alekseyev [i dr.] // Issledovaniya Zemli iz kosmosa. 2012.№5. S. 29–36.
5. Fateyeva Ye. G. Anomalno-nizkaya uprugost NaCl-H2O lda pri nizkikh temperaturakh
// ZhTF. 2010. T. 80. № 7. S. 46–52.
6. Fateyev Ye. G. Sverkhnizkaya uprugaya stabilnost solyonykh ldov pri nizkikh
temperaturakh // ZhTF. 2012. T. 82. № 6. S. 35–43.
7. Shchegrina K. A., Petrov A. O. Krylov S. D. Mikrovolnovye svoystva lda, legirovannogo
khloristom natriyem // Sb. material. XII Mezhdunar. nauch.-prakt. konf. Chita. ZabGU, 2012.
S. 67–70.
8. Shchegrina K. A., Petrov O. I. Vliyaniye solevykh vklyucheny na mikrovolnovye
svoystva lda v diapozone temperatur ot 0◦ C ai −190◦ C // Tez. dokl. VI konf. molodykh
uchenykh Tikhookeanskogo okeanologicheskogo instituta im. V. I. Ilyichyova: DVO RAN
¾Okeanicheskiye issledovaniya¿. 15?19 aprelya 2013 g. Vladivostok. TOI DVO RAN. 2013.
S. 34.
9. Kim J. S., Yethiraj A. The effect of salt on the melting of ice: A molecular dynamics
simulation study // The Journal of Chemical Physics. 129. 2009. P. 124504.
10. Xing W., Miranda P. B., Shen Y. R. Surface Vibrational Spectroscopic Study of
Surface Melting of Ice // Phys. Rev. Lett. |
| Full article | Features of Microwave Properties of Ice with Salt Inclusions in the Temperature Range from −20◦ C to −190◦ C |
