1. Synthesis and crystal structure of new Np(VII) compounds, M[NpO₄(OH)]·nH₂O (M = Ca, Sr, Ba)

   • N. N. Krot
   • I. A. Charushnikova
   • V. P. Perminov

   OriginalPaper 10 October 2015 Pages: 451 - 458

2. Synthesis, X-ray diffraction analysis, and spectral properties of the double cesium neptunium nitrite Cs₃[NpO₂(NO₂)₄] and thiocyanate Cs₄[NpO₂(NCS)₅]·2.5H₂O

   • I. A. Charushnikova
   • A. A. Bessonov
   • A. M. Fedoseev

   OriginalPaper 10 October 2015 Pages: 459 - 467

3. Structure and properties of complex chromates of hexavalent actinides with urea molecules

   • G. B. Andreev
   • N. A. Budantseva
   • A. M. Fedoseev

   OriginalPaper 10 October 2015 Pages: 468 - 474

4. Complexes of uranyl glutarate with urea and dimethylurea: Synthesis and structure

   • L. B. Serezhkina
   • M. S. Grigor’ev
   • V. N. Serezhkin

   OriginalPaper 10 October 2015 Pages: 475 - 482

5. Synthesis and structure of dimeric complexes of U(VI) and Np(VI) with isophthalic acid anions, {AnO₂[C₆H₄(COO)(COOH)]₂(H₂O)}₂

   • M. S. Grigor’ev
   • I. A. Charushnikova
   • A. M. Fedoseev

   OriginalPaper 10 October 2015 Pages: 483 - 487

6. Synthesis and study of the rubidium uranate Rb₄(UO₂)₈O₇(OH)₆·H₂O

   • N. G. Chernorukov
   • O. V. Nipruk
   • K. A. Chaplieva

   OriginalPaper 10 October 2015 Pages: 488 - 491

7. Behavior of Np(V) in sodium diethylenetriaminepentaacetate (DTPA) solutions

   • V. P. Shilov
   • A. M. Fedoseev

   OriginalPaper 10 October 2015 Pages: 492 - 497

8. Joint solubility of PuF₃ and UF₄ in a melt of lithium, sodium, and potassium fluorides

   • A. A. Lizin
   • S. V. Tomilin
   • A. Yu. Baranov

   OriginalPaper 10 October 2015 Pages: 498 - 503

9. Coprecipitation of barium and strontium nitrates in the course of crystallization from nitric acid solutions and simulated high-level PUREX process raffinate

   • N. E. Mishina
   • B. Ya. Zilberman
   • D. Yu. Gavshina

   OriginalPaper 10 October 2015 Pages: 504 - 512

10. Sorption of REE(III), Th(IV), and U(VI) ions from nitric acid solutions with sorbents based on tetraoctyldiglycolamide

    • V. V. Milyutin
    • V. M. Gelis
    • V. E. Baulin

    OriginalPaper 10 October 2015 Pages: 513 - 517

11. Physicochemical characteristics of cesium recovery with a sorbent based on dibenzo-24-crown-8

    • L. B. Guba
    • I. I. Dovhyi
    • V. I. Grishkovets

    OriginalPaper 10 October 2015 Pages: 518 - 521

12. Sorption of cesium radionuclides from aqueous solutions onto natural and modified aluminosilicates

    • A. V. Voronina
    • M. O. Blinova
    • Yu. D. Afonin

    OriginalPaper 10 October 2015 Pages: 522 - 529

13. Immobilization of polonium on natural minerals and rocks

    • A. V. Savenko
    • Yu. A. Sapozhnikov
    • V. I. Sergeev

    OriginalPaper 10 October 2015 Pages: 530 - 533

14. Use of iron sulfide for removing polonium from liquid radioactive waste

    • V. I. Sergeev
    • N. Yu. Stepanova
    • Yu. A. Sapozhnikov

    OriginalPaper 10 October 2015 Pages: 534 - 536

15. Radionuclide removal from radioactively contaminated drainage water and groundwater by precipitation and sorption methods

    • P. A. Bobrov
    • O. M. Slyunchev
    • T. A. Semenova

    OriginalPaper 10 October 2015 Pages: 537 - 541

16. Influence of the conditions of deuterium and tritium labeling of His–Phe–Arg–Trp–Pro–Gly–Pro oligopeptide on the isotope exchange efficiency

    • V. P. Shevchenko
    • A. S. Radilov
    • N. F. Myasoedov

    OriginalPaper 10 October 2015 Pages: 542 - 545

17. Leaching of borosilicate glasses containing simulated high-level waste from the experimental and demonstration center of the mining and chemical combine in mineralized water of a granitoid formation

    • A. S. Aloy
    • M. V. Nikandrova

    OriginalPaper 10 October 2015 Pages: 546 - 551

18. Distribution of radiocesium of accidental origin between the suspended alluvium and solution in rivers: Comparison of Fukushima and Chernobyl

    • A. V. Konoplev

    OriginalPaper 10 October 2015 Pages: 552 - 556

19. Tritium content of some components of the middle Yenisei ecosystem

    • L. G. Bondareva

    OriginalPaper 10 October 2015 Pages: 557 - 563