nblib.library.kz - /elib/library.kz/jurnal/v_2006_2/

(1)

2006. 2

1.Nikitin L.V., Tyurehodgaev A.N. Wave Propagation and Vibration of Elastic Rods with Interfacial Frictional Slip. Wave Motion 12 (1990) 513-526 North-Holland.

2.Nikitin L.V., Tyurehodgaev A.N. Defor d’un pipeline souterrain sous l’action de l’onde sismique. Deformation of the Underground Pipeline under Action of Seismic Wave. XII^th European Conference of Soil Mechanics and Geotechnical Engineering. 7-10 June 1999 Amsterdam, the Netherlands.

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. 98-106.

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Solution of the problem about longitudinal vibration of the rail in railway motion which consists of six-axis van and lies on ties taking into account dry friction on the “wheel-rail” contact are provided.

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. 2000. 6. . 3-50.

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, 1960. 303 .

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.: , 1960. 327 .

8.Chakrabartty S.K., Berkowitz N. Studies on the Structure of coals // Fuel. 1974. V. 53, N 4. P. 240-245.

9.Chakrabartty S.K., Kretschmer H.O. Studies on the Structure of coals. 2. The valence of carbon in coal // Fuel.

1974. V. 53, N 2. P. 132-135.

10. ., ., . .

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//

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11. ., ., . - -

// :

. . . : , 1985. . 42-66.

12. ., . -

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. 1986. 3. . 3-14.

13. . -

. .: , 1972. 216 .

14. ., ., . -

//

. 1978. 2. . 42-50.

15.Albers G., Lenart L., Oelert H.H. Spectroscopic studies on chemically reacted (oxidized) oals // FUEL. 1974. V. 53, N 1. P. 47-53.

16.Siskov G.D., Petrova R. Infared spectra of coal macerals separated from Bulgarian lignites // FUEL. 1974. V. 53, N 4.

P. 236-239.

17. ., ., . -

-

// -

. 1968. 4. . 3-11.

18. ., ., . .

// -

: . . . : , 1985. . 108-129.

19. . -

//

. 1993. 6. . 27-41.

20. ., ., .

-

// . 1999.

3. . 100-112.

21. Krichko A.A., Gagarin S.G. Physical and chemical aspects of donor-acceptoor interactions in coal hydrogenation // Proe. Intern. Conf. coal science. Pittsburgh: Intern/ energy Agency, 1983. P. 691-694.

22. .

// . 1998. 1.

. 24-31.

23. Ohue H., Kikkawa S. // J. Chem. Soc. Japan, Chem.

and Ind. Chem. 1989. 9. P. 1609-1615.

24. Briggs G.C., Lawson G.J. // Fuel. 1985. V. 64, N 6.

P. 890-896.

25. Yoshida T., Tokahashi K., Maekawa Y. // Fuel. 1970.

V. 49, 1. P. 39-48.

26. Winans R. E. Yoshida T., Tokahashi K., Maekawa Y. //

J. Anal. Appl. Pyrol. 1991. V. 20, N 1. P. 1-13.

27. ., .

28. ., . -

// . 1977. 2. . 109-118.

29.Haenel M.W. // Fuel. 1992. V. 71, N 11. P. 1211-1223.

30. Nelson P.F., Kelly M.D. // Proc. 7-th Int. Conf. on Coal Science. Devon (Canada): Int. Energy Agency, 1993. V. 2.

P. 140-143.

31. ., .

// . 1996. . 65, 6.

. 895-919.

32. ., .

// -

. 1983. . 9, 11. . 1447-14451.

33. . -

// -

. 1975. 3. . 15-23.

34. . -

// . 1973. 6. . 3-9.

35. .

// . 1974.

3. . 54-59.

36. ., ., .

// . 1992. 12. . 28-31.

37. ., .

// . 1976.

1. . 86-90.

38. .

// . 1970. 6. . 50-57.

39. ., . -

-

// . 2004. 2.

. 71-76.

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Summary

In the article the results of the investigations of the ascer- tainment of bonds character and analysis of functional groups in coal chemical structure are summarized. The possibility of coal chemical modification depending on functional contents of coal is analyzed.

541.6:620.18

3.04.06 .