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ИНФОРМАЦИОННЫЙ БЮЛЛЕТЕНЬ «СТАТЬИ» № 9/10 05.03.2018;
12.03.2018 |
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С 133 - Дифференциальные и интегральные уравнения |
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1. Ohkitani, K. Cole–Hopf-Feynman–Kac
Formula and Quasi-Invariance for Navier–Stokes Equations / K.Ohkitani //
Journal of Physics A. – 2017. – Vol.50, No.40. – p.405501. - Bibliogr.:29. |
С 15 - Теория вероятностей и математическая статистика |
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2. Семенова, Т.А. Принципы непараметрической обработки данных на примере работы "Эффект Доплера" / Т.А.Семенова, Е.Л.Финогеев // Физическое образование в вузах. – 2017. – Т.23, №2. – с.163-173. - Библиогр.:8. |
С 3 - Физика
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3. Grosberg, A.Yu. In Celebration of
Ilya Lifshitz / A.Yu.Grosberg, [et al.] // Physics Today. – 2017. – Vol.70,
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4. Трунов, Г.М. Об участии А.Г.Столетова в разработке международных единиц электрических величин / Г.М.Трунов // Физическое образование в вузах. – 2017. – Т.23, №3. – с.126-134. - Библиогр.:12. |
С 31 - Системы единиц. Фундаментальные физические константы |
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5. Глазов, А.И. Международные сличения эталонов в области волоконно-оптических систем связи и передачи информации / А.И.Глазов, [др.] // Измерительная техника. – 2017. – №10. – с.66-71. –. - Библиогр.:10. https://doi.org/10.1007/s11018-018-1319-3 |
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6. Перепелкин, В.А. Государственный первичный эталон единицы мощности электромагнитных колебаний в диапазоне частот от 37,5 до 78,33 ГГц ГЭТ 167-2017 / В.А.Перепелкин, [др.] // Измерительная техника. – 2017. – №10. – с.3-6. - Библиогр.:7. |
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7. Тищенко, В.А. Анализ измерительной области преобразователя магнитного дипольного момента / В.А.Тищенко, [др.] // Измерительная техника. – 2017. – №10. – с.55-57. - Библиогр.:5. |
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8. Фетисов, И.Н. Визуальный метод магнетрона для определения e/m электрона в сравнении со стандартным методом магнетрона / И.Н.Фетисов // Физическое образование в вузах. – 2017. – Т.23, №1. – с.92-99. - Библиогр.:8. |
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9. Фетисов, И.Н. К вопросу экспериментального определения электрической постоянной / И.Н.Фетисов // Физическое образование в вузах. – 2017. – Т.23, №2. – с.127-133. - Библиогр.:9. |
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10. Шэнь, К. Разработка алгоритма коррекции инерциальной навигационной системы в автономном режиме / К.Шэнь, [др.] // Измерительная техника. – 2017. – №10. – с.16-20. - Библиогр.:11. |
С 321 - Классическая механика |
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11. Бунтин, Д.А. Влияние температуры носовой части конуса на спектры возмущений в гиперзвуковом пограничном слое / Д.А.Бунтин, [др.] // Журнал технической физики. Письма. – 2017. – Т.43, №20. – с.12-19. - Библиогр.:6. |
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12. Хаджи, П.И. Колебания составного пружинного маятника / П.И.Хаджи, Н.С.Штацкая // Физическое образование в вузах. – 2017. – Т.23, №2. – с.134-142. - Библиогр.:2. |
С 322 - Теория относительности
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13. Ambjorn, J. Four-Dimensional CDT
with Toroidal Topology / J.Ambjorn, [et al.] // Nuclear Physics B. – 2017. –
Vol.922. – p.226-246. - Bibliogr.:18. |
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14. Dray, T. The Geometry of
Relativity / T.Dray // American Journal of Physics. – 2017. – Vol.85, No.9. –
p.683-691. - Bibliogr.:22. |
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15. Mathur, H. An Analysis of the LIGO
Discovery Based on Introductory Physics / H.Mathur, [et al.] // American
Journal of Physics. – 2017. – Vol.85, No.9. – p.676-682. - Bibliogr.:21. |
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16. Mitchem, S.L. Student
Understanding of Electric and Magnetic Fields in Materials / S.L.Mitchem, [et
al.] // American Journal of Physics. – 2017. – Vol.85, No.9. – p.705-711. -
Bibliogr.:34. |
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17. Norsen, T. The Gravitational
Self-Interaction of the Earth's Tidal Bulge / T.Norsen, [et al.] // American
Journal of Physics. – 2017. – Vol.85, No.9. – p.663-669. - Bibliogr.:17. |
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18. Pegna, G. An Extraordinary
Tabletop Speed of Light Apparatus / G.Pegna // American Journal of Physics. –
2017. – Vol.85, No.9. – p.712-720. - Bibliogr.:20. |
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19. Sack, A. Dripping Faucet in
Extreme Spatial and Temporal Resolution / A.Sack, T.Poschel // American
Journal of Physics. – 2017. – Vol.85, No.9. – p.649-654. - Bibliogr.:45. |
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20. Tao, J. Black Hole Radiation with
Modified Dispersion Relation in Tunneling Paradigm: Static Frame / J.Tao, [et
al.] // Nuclear Physics B. – 2017. – Vol.922. – p.346-383. - Bibliogr.:88. |
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21. Yang, H.S. Mirror Symmetry in
Emergent Gravity / H.S.Yang // Nuclear Physics B. – 2017. – Vol.922. –
p.264-279. - Bibliogr.:37. |
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22. Волков, В.Ф. Математическое моделирование движения заряженных частиц в электрическом поле системы зарядов / В.Ф.Волков, В.Г.Приданов // Физическое образование в вузах. – 2017. – Т.23, №3. – с.112-125. - Библиогр.:6. |
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23. Молотков, Н.Я. Сложение и интерференция двух когерентных электромагнитных волн с произвольной ориентацией линий поляризации / Н.Я.Молотков, А.В.Ермаков // Физическое образование в вузах. – 2017. – Т.23, №1. – с.50-62. - Библиогр.:10. |
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24. Мубаракшин, И.Р. Ошибки формального применения закона электромагнитной индукции Фарадея / И.Р.Мубаракшин // Физическое образование в вузах. – 2017. – Т.23, №1. – с.11-19. - Библиогр.:10. |
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25. Мубаракшин, И.Р. Электромагнитное поле соленоида / И.Р.Мубаракшин // Физическое образование в вузах. – 2017. – Т.23, №3. – с.46-53. - Библиогр.:6. |
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26. Юнин, В.С. Моделирование волновой картины, регистрируемой приемником, движущимся прямолинейно и равномерно относительно однородной изотропной среды, в которой распространяются волны от точечного источника / В.С.Юнин // Физическое образование в вузах. – 2017. – Т.23, №3. – с.93-100. - Библиогр.:2. |
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27. Юнин, В.С. Моделирование распространения волн от точечного источника, движущегося прямолинейно и равномерно относительно однородной изотропной среды / В.С.Юнин // Физическое образование в вузах. – 2017. – Т.23, №2. – с.26-33. - Библиогр.:3. |
С 323 - Квантовая механика
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28. Amaku, M. On the Definition of the
Time Evolution Operator for Time-Independent Hamiltonians in Non-Relativistic
Quantum Mechanics / M.Amaku, [et al.] // American Journal of Physics. – 2017.
– Vol.85, No.9. – p.692-697. - Bibliogr.:26. |
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29. Jatkar, D.P. Entangled Spins and
Ghost-Spins / D.P.Jatkar, K.Narayan // Nuclear Physics B. – 2017. – Vol.922.
– p.319-345. - Bibliogr.:36. |
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30. Liao, S.-K. Satellite-to-Ground
Quantum Key Distribution / S.-K.Liao, [et al.] // Nature. – 2017. – Vol.549,
No.7670. – p.43-47. - Bibliogr.:31. |
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31. Ren, J.-G. Ground-to-Satellite
Quantum Teleportation / J.-G.Ren, [et al.] // Nature. – 2017. – Vol.549,
No.7670. – p.70-73. - Bibliogr.:27. |
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32. Schroeder, D.V. The
Variational-Relaxation Algorithm for Finding Quantum Bound States /
D.V.Schroeder // American Journal of Physics. – 2017. – Vol.85, No.9. –
p.698-704. - Bibliogr.:28. |
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33. Кологривов, В.Н. Замечания относительно определения постоянной Планка / В.Н.Кологривов // Физическое образование в вузах. – 2017. – Т.23, №3. – с.87-92. - Библиогр.:6. |
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34. Рудой, Ю.Г. Об одной интересной и важной модели в квантовой механике. I. Динамическое описание / Ю.Г.Рудой, Е.О.Оладимеджи (мл.) // Физическое образование в вузах. – 2017. – Т.23, №1. – с.20-33. - Библиогр.:9. |
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35. Рудой, Ю.Г. Об одной интересной и важной модели в квантовой механике. II. Термодинамическое описание / Ю.Г.Рудой, Е.О.Оладимеджи (мл.) // Физическое образование в вузах. – 2017. – Т.23, №2. – с.13-25. - Библиогр.:5. |
С 323.5 - Теория взаимодействия частиц при высоких энергиях |
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36. Modarres, M. LHC Production of
Forward-Center and Forward-Forward Di-Jets in the k t -Factorization
and Transverse Dependent Unintegrated Parton Distribution Frameworks /
M.Modarres, [et al.] // Nuclear Physics B. – 2017. – Vol.922. – p.94-112. -
Bibliogr.:61. |
С 324.1а - Квантовая электродинамика. Эксперименты по проверке КЭД при высоких и низких энергиях |
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37. Hisano, J. Two-Loop Anomalous
Dimensions for Four-Fermi Operators in Supersymmetric Theories / J.Hisano,
[et al.] // Nuclear Physics B. – 2017. – Vol.922. – p.77-93. - Bibliogr.:23. |
С 324.1д - Квантовая хромодинамика
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38. Zarrin, S. Solution of QCDÄQED Coupled DGLAP Equations at NLO
/ S.Zarrin, G.R.Boroun // Nuclear Physics B. – 2017. – Vol.922. – p.126-147.
- Bibliogr.:18. |
С 324.1е - Суперсимметричные
теории. Супергравитация. Суперструны
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39. Rasmussen, J. Galilean
Contractions of W-Algebras / J.Rasmussen, C.Raymond // Nuclear Physics B. –
2017. – Vol.922. – p.435-479. - Bibliogr.:116. |
С 324.2 - Нелокальные и нелинейные
теории поля. Теории с высшими производными. Теории с индефинитной метрикой.
Квантовая теория протяженных объектов. Струны. Мембраны. Мешки
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40. Foster, D. The Decay of Hopf
Solitons in the Skyrme Model / D.Foster // Journal of Physics A. – 2017. –
Vol.50, No.40. – p.405401. - Bibliogr.:14. |
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41. Kachru, S. 3D String Theory and
Umbral Moonshine / S.Kachru, [et al.] // Journal of Physics A. – 2017. –
Vol.50, No.40. – p.404003. - Bibliogr.:27. |
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42. Kong, L. Boundary-Bulk Relation in
Topological Orders / L.Kong, [et al.] // Nuclear Physics B. – 2017. – Vol.922.
– p.62-76. - Bibliogr.:44. |
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43. Maghsoodi, E. Fractional-Wrapped
Branes with Rotation, Linear Motion and Background Fields / E.Maghsoodi,
D.Kamani // Nuclear Physics B. – 2017. – Vol.922. – p.280-292. - Bibliogr.:49.
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44. Malatesta, E.M. Two-Loop
Corrections to Large Order Behavior of f4 Theory / E.M.Malatesta, [et al.] // Nuclear
Physics B. – 2017. – Vol.922. – p.293-318. - Bibliogr.:37. |
С 325 - Статистическая физика и термодинамика |
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45. Демин, А.В. Лабораторная работа "Изучение законов теплового излучения" / А.В.Демин, Л.Г.Скорняков // Физическое образование в вузах. – 2017. – Т.23, №1. – с.71-77. - Библиогр.:4. |
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46. Прудникова, М.В. Лабораторная работа "Исследование температурной зависимости намагниченности аморфных ферромагнитных сплавов на вибрационном магнитометре" / М.В.Прудникова, А.М.Салецкий // Физическое образование в вузах. – 2017. – Т.23, №2. – с.107-117. - Библиогр.:6. |
С 325.8 - Квантовые объекты низкой размерности (за исключением эффектов Холла) |
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47. Рыбаков, Ю.П. Взаимодействие двухслойного графена с внешним магнитным полем / Ю.П.Рыбаков, А.Б.Ахмед // Физическое образование в вузах. – 2017. – Т.23, №2. – с.5-12. - Библиогр.:12. |
С 326 - Квантовая теория систем из многих частиц. Квантовая статистика |
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48. Ordonez, G. The Arrow of Time in
Open Quantum Systems and Dynamical Breaking of the Resonance–Anti-Resonance
Symmetry / G.Ordonez, N.Hatano // Journal of Physics A. – 2017. – Vol.50,
No.40. – p.405304. - Bibliogr.:53. |
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49. Skogvoll, V. Composite Fermion
Basis for M-Component Bose Gases / V.Skogvoll, O.Liabotro // Journal of
Physics A. – 2017. – Vol.50, No.40. – p.405301. - Bibliogr.:25. |
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50. Zibrov, A.A. Tunable Interacting
Composite Fermion Phases in a Half-Filled Bilayer-Graphene Landau Level /
A.A.Zibrov, [et al.] // Nature. – 2017. – Vol.549, No.7672. – p.360-364. -
Bibliogr.:30. |
С 33 а - Нанофизика.
Нанотехнология
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51. Acerce, M. Metallic Molybdenum
Disulfide Nanosheet-Based Electrochemical Actuators / M.Acerce, [et al.] //
Nature. – 2017. – Vol.549, No.7672. – p.370-373. - Bibliogr.:30. |
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52. Kassem, S. Stereodivergent Synthesis
with a Programmable Molecular Machine / S.Kassem, [et al.] // Nature. – 2017.
– Vol.549, No.7672. – p.374-378. - Bibliogr.:30. |
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53. Martin, J.H. 3D Printing of
High-Strength Aluminium Alloys / J.H.Martin, [et al.] // Nature. – 2017. –
Vol.549, No.7672. – p.365-369. - Bibliogr.:32. |
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54. Гаврилов, Н.В. Нанокристаллические покрытия a-Al 2 O 3 , полученные реакционным термическим анодным испарением в дуговом разряде при низкой температуре / Н.В.Гаврилов, [др.] // Журнал технической физики. Письма. – 2017. – Т.43, №20. – с.86-94. - Библиогр.:11. |
С 332.8 - Синхротронное излучение.
Лазеры на свободных электронах. Получение
и использование рентгеновских лучей
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55. Ahmadi, E. Lattice Design for an
Ultra-Low Emittance Synchrotron Light Source / E.Ahmadi, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.867. –
p.93-100. - Bibliogr.:27. |
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56. Drebot, I. Study of Photon–Photon
Scattering Events / I.Drebot, [et al.] // Nuclear Instruments & Methods
in Physics Research A. – 2017. – Vol.865. – p.9-12. - Bibliogr.:24. |
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57. Gadjev, I. High-Gain, Short
Wavelength FEL in the Raman Regime / I.Gadjev, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.865. – p.20-24.
- Bibliogr.:8. |
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58. Gover, A. Coherent Emission from a
Bunched Electron Beam: Superradiance and Stimulated-Superradiance in a
Uniform and Tapered Wiggler FEL / A.Gover, [et al.] // Nuclear Instruments
& Methods in Physics Research A. – 2017. – Vol.865. – p.25-31. -
Bibliogr.:12. |
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59. Inclan, C.M.C. Methodology Trends
on Gamma and Electron Radiation Damage Simulation Studies in Solids Under
High Fluency Irradiation Environments / C.M.C.Inclan, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.865. – p.32-34.
- Bibliogr.:23. |
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60. Majernik, N. Resonant Excitation
of Betatron Oscillations / N.Majernik, J.Rosenzweig // Nuclear Instruments
& Methods in Physics Research A. – 2017. – Vol.865. – p.91-94. -
Bibliogr.:16. |
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61. Marin, E. Collimation Study for
LCLS / E.Marin, [et al.] // Nuclear Instruments & Methods in Physics
Research A. – 2017. – Vol.866. – p.248-251. - Bibliogr.:13. |
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62. Niknejadi, P. Discussion and
Analytical Test for Inclusion of Advanced Field and Boundary Condition in
Theory of Free Electron Lasers / P.Niknejadi, J.M.J.Madey // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.865. – p.35-38.
- Bibliogr.:9. |
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63. Petrillo, V. Optical Beam with
Vortices: A First Order Paraxial Analysis / V.Petrillo, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.865. – p.13-19.
- Bibliogr.:28. |
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64. Prat, E. Enhanced X-Ray
Free-Electron-Laser Performance from Tilted Electron Beams / E.Prat, [et al.]
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65. Shafqat, N. Design Study of High
Gradient, Low Impedance Accelerating Structures for the FERMI Free Electron
Laser Linac Upgrade / N.Shafqat, [et al.] // Nuclear Instruments &
Methods in Physics Research A. – 2017. – Vol.867. – p.78-87. - Bibliogr.:26. |
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66. Sudar, N. Phase Space
Manipulations for Optimization of an Inverse Free Electron Laser / N.Sudar,
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– Vol.865. – p.39-42. - Bibliogr.:10. |
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67. Villa, F. Generation and
Characterization of Ultra-Short Electron Beams for Single Spike Infrared FEL
Radiation at SPARC_LAB / F.Villa, [et al.] // Nuclear Instruments &
Methods in Physics Research A. – 2017. – Vol.865. – p.43-46. - Bibliogr.:50. |
С 341.1ж - Источники радиоактивных излучений. Источники нейтронов |
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68. Fioreze, M. Conical Slit and
Conventional X-Ray Sources: Challenging Steps for Calcium Spots Detection /
M.Fioreze, [et al.] // Nuclear Instruments & Methods in Physics Research
A. – 2017. – Vol.867. – p.171-181. - Bibliogr.:45. |
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69. Hoshor, C.B. Real-Time Neutron
Source Localization and Identification with a Hand-Held,
Volumetrically-Sensitive, Moderating-Type Neutron Spectrometer / C.B.Hoshor,
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– Vol.866. – p.252-264. - Bibliogr.:16. |
С 344.1 - Методы и аппаратура для регистрации элементарных частиц и фотонов |
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70. Ayyad, Y. Performance of Resistive
Plate Chambers Under Irradiation of 136Xe at Relativistic Energies
/ Y.Ayyad, [et al.] // Nuclear Instruments & Methods in Physics Research
A. – 2017. – Vol.866. – p.111-117. - Bibliogr.:25. |
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71. Bertelsen, M. The Automatic
Neutron Guide Optimizer Guide_Bot / M.Bertelsen // Nuclear Instruments &
Methods in Physics Research A. – 2017. – Vol.867. – p.195-203. - Bibliogr.:32.
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72. Binda, F. Generation of the
Neutron Response Function of an NE213 Scintillator for Fusion Applications /
F.Binda, [et al.] // Nuclear Instruments & Methods in Physics Research A.
– 2017. – Vol.866. – p.222-229. - Bibliogr.:33. |
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73. Bondi, M. Large-Size CsI(Tl)
Crystal Read-Out by SiPM for Low-Energy Charged-Particles Detection /
M.Bondi, [et al.] // Nuclear Instruments & Methods in Physics Research A.
– 2017. – Vol.867. – p.148-153. - Bibliogr.:24. |
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74. Bornheim, A. Precision Timing
Detectors with Cadmium-Telluride Sensor / A.Bornheim, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.867. – p.32-39.
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75. Depero, E. High Purity 100 GeV
Electron Identification with Synchrotron Radiation / E.Depero, V.N.Frolov,
V.Lysan, V.A.Matveev, V.V.Myalkovskiy, V.D.Peshekhonov, D.V.Peshekhonov, [et
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Vol.866. – p.196-201. - Bibliogr.:18. |
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76. Duenas, J.A. Characterization of
an NTD Double-Sided Silicon Strip Detector Employing a Pulsed Proton
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77. Dugger, M. Design and Construction
of a High-Energy Photon Polarimeter / M.Dugger, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.867. –
p.115-127. - Bibliogr.:13. |
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78. Fretwurst, E. Determination of the
p-Spray Profile for n+p Silicon Sensors Using a MOSFET /
E.Fretwurst, [et al.] // Nuclear Instruments & Methods in Physics
Research A. – 2017. – Vol.866. – p.140-149. - Bibliogr.:24. |
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79. Fretwurst, E. The Influence of
Edge Effects on the Determination of the Doping Profile of Silicon Pad Diodes
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Research A. – 2017. – Vol.867. – p.231-236. - Bibliogr.:18. |
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80. Frosini, M. Charged Particle
Tracking Without Magnetic Field: Optimal Measurement of Track Momentum by a
Bayesian Analysis of the Multiple Measurements of Deflections Due to Multiple
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81. Galunov, N.Z. Radiation Resistant
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82. Giraldo, L.O. Using a Pulsed Laser
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83. Grace, E. Index of Refraction,
Rayleigh Scattering Length, and Sellmeier Coefficients in Solid and Liquid
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84. Hassan, M.T. The aCORN
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85. Heikinheimo, J. Detector
Resolution in Positron Annihilation Doppler Broadening Experiments /
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86. Heim, T. Self-Adjusting Threshold
Mechanism for Pixel Detectors / T.Heim, M.Garcia-Sciveres // Nuclear
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87. Hussey, D.S. Neutron Imaging
Detector with 2 mm Spatial
Resolution Based on Event Reconstruction of Neutron Capture in Gadolinium
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88. Kelly, K.J. Numerical Integration
of Detector Response Functions Via Monte Carlo Simulations / K.J.Kelly, [et
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89. Kuzminchuk-Feuerstein, N. First
Beam Test of a Liquid Cherenkov Detector Prototype for a Future TOF
Measurements at the Super-FRS / N.Kuzminchuk-Feuerstein, [et al.] // Nuclear
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90. Meo, S.L. Study of Silicon + 6LiF
Thermal Neutron Detectors: GEANT4 Simulations Versus Real Data / S.L.Meo, [et
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91. Minafra, N. Test of Ultra Fast
Silicon Detectors for Picosecond Time Measurements with a New Multipurpose
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92. Mohammadi, A. Improvement of
Crystal Identification Performance for a Four-Layer DOI Detector Composed of
Crystals Segmented by Laser Processing / A.Mohammadi, [et al.] // Nuclear
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93. Nakano, Y. Measurement of Radon
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94. Nosek, D. A Bayesian On–Off
Analysis of Cosmic Ray Data / D.Nosek, J.Noskova // Nuclear Instruments &
Methods in Physics Research A. – 2017. – Vol.867. – p.222-230. - Bibliogr.:31.
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95. Oya, T. Scintillation Properties
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96. Pleshanov, N.K. Beam Choppers for
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97. Shutler, P.M.E. Signal-to-Noise
Ratio of Singer Product Apertures / P.M.E.Shutler, K.Byard // Nuclear
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98. Strandlie, A. Exploration and
Extension of an Improved Riemann Track Fitting Algorithm / A.Strandlie,
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99. Stuhl, L. PANDORA, a Large Volume
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100. Wu, Y. Scintillation Properties
of a 2-Inch Diameter KCa 0.8 Sr 0.2 I 3 :Eu2+
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101. Yu, L. Multi-Layer Plastic
Scintillation Detector for Intermediate- and High-Energy Neutrons with n-g Discrimination Capability / L.Yu,
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102. Zeng, Z.M. A Novel Method to
Measure Low Flux Ambient Thermal Neutrons with 3He Proportional
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103. Антипов, М.В. О статистической обработке данных в физическом практикуме / М.В.Антипов, [др.] // Физическое образование в вузах. – 2017. – Т.23, №1. – с.106-114. - Библиогр.:8. |
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104. Попов, Д.И. Анализ потенциальной точности измерения угловой координаты / Д.И.Попов // Измерительная техника. – 2017. – №10. – с.24-27. - Библиогр.:4. |
С 344.1с - Детекторы гамма-квантов |
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105. Atak, H. Photon Counting CT:
Effects of Dynamic Beam Attenuator on Image Quality / H.Atak, P.M.Shikhaliev
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106. Goodman, D. 1-D Fast Neutron
Source Localization Using Digital Pixelated 3-D Position-Sensitive CdZnTe
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107. Krieger, C. A GridPix-Based X-Ray
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108. Krzyżanowska, A. Characterization
of the Photon Counting CHASE Jr., Chip Built in a 40-nm CMOS Process with a
Charge Sharing Correction Algorithm Using a Collimated X-Ray Beam /
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Vol.64, No.9. – p.2561-2568. - Bibliogr.:18. |
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109. Lee, D. A New Cross Detection
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2017. – Vol.867. – p.154-162. - Bibliogr.:22. |
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110. Lee, S. Hadron Detection with a
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Methods in Physics Research A. – 2017. – Vol.866. – p.76-90. - Bibliogr.:16. |
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111. Moslemi, V. Introducing a Novel
Parallel Hole Collimator: The Theoretical and Monte Carlo Investigations /
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112. Ruan, D. Separation of a Mixture
of Simultaneous Dual-Tracer PET Signals: A Data-Driven Approach / D.Ruan,
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113. Shi, J. A Novel X-Ray
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114. Zaghloul, M.A.S. High Spatial
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С 344.3 - Ядерная электроника |
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115. Fausti, F. Design and
Characterization of a 64 Channels ASIC Front-End Electronics for High-Flux
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116. Giordano, R. Redundant-Configuration
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117. Joly, B. Sampling Rate and ADC
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118. Liu, F. Radiation-Hardened CMOS
Negative Voltage Reference for Aerospace Application / F.Liu, [et al.] //
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119. Marco-Hernandez, R. A Low-Noise
Charge Amplifier for the ELENA Trajectory, Orbit, and Intensity Measurement
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120. Milosz, S. Pulse Height, Pulse
Shape, and Time Interval Analyzer for Delayed a/b Coincidence Counting / S.Milosz, [et al.] // IEEE Transactions on
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121. Wen, X. Pulse Shape
Discrimination of Cs 2 LiYCl 6 :Ce3+
Detectors at High Count Rate Based on Triangular and Trapezoidal Filters /
X.Wen, A.Enqvist // Nuclear Instruments & Methods in Physics Research A.
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С 345 - Ускорители заряженных частиц
|
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122. Awida, M.H. Development of Low b Single-Spoke Resonators for the
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123. Barquest, B.R. RFQ Beam Cooler
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124. Cahill, A.D. RF Design for the
TOPGUN Photogun: A Cryogenic Normal Conducting Copper Electron Gun /
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125. Gonzalez, E.M. An
Accelerator-Based Boron Neutron Capture Therapy (BNCT) Facility Based on the 7Li(p,
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126. Gonzalez Lazo, E. Effects of
Vacancies on Atom Displacement Threshold Energy Calculations Through
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127. Hattori, A. SRF Cavity Alignment
Detection Method Using Beam-Induced HOM with Curved Beam Orbit / A.Hattori,
H.Hayano // Nuclear Instruments & Methods in Physics Research A. – 2017.
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128. Joo, Y. Development of New S-Band
RF Window for Stable High-Power Operation in Linear Accelerator RF System /
Y.Joo, [et al.] // Nuclear Instruments & Methods in Physics Research A. –
2017. – Vol.866. – p.1-8. - Bibliogr.:19. |
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129. Khan, S. Ultrashort
High-Brightness Pulses from Storage Rings / S.Khan // Nuclear Instruments
& Methods in Physics Research A. – 2017. – Vol.865. – p.95-98. -
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130. Kozak, M. Dielectric Laser
Acceleration of Sub-Relativistic Electrons by Few-Cycle Laser Pulses /
M.Kozak, [et al.] // Nuclear Instruments & Methods in Physics Research A.
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131. Ma, W. Three-Dimensional
Multi-Physics Analysis and Commissioning Frequency Tuning Strategy of a
Radio-Frequency Quadrupole Accelerator / W.Ma, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.866. –
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132. Marin, C.F.C. Radiobiological
Concepts for Treatment Planning of Schemes That Combines External Beam
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133. Maxson, J. Ultrafast Laser Pulse
Heating of Metallic Photocathodes and Its Contribution to Intrinsic Emittance
/ J.Maxson, [et al.] // Nuclear Instruments & Methods in Physics Research
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134. Ody, A. Flat Electron Beam
Sources for DLA Accelerators / A.Ody, [et al.] // Nuclear Instruments &
Methods in Physics Research A. – 2017. – Vol.865. – p.75-83. - Bibliogr.:37. |
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135. Pirez, E. S-Band 1.4 Cell
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136. Prakash, R. Multipacting Studies
in Elliptic SRF Cavities / R.Prakash, [et al.] // Nuclear Instruments &
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137. Prat, E. Outline of a Dielectric
Laser Acceleration Experiment at SwissFEL / E.Prat, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.865. – p.87-90.
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138. Xu, C. Multiple Bunch HOM
Evaluation for ERL Cavities / C.Xu, [et al.] // Nuclear Instruments &
Methods in Physics Research A. – 2017. – Vol.867. – p.163-170. - Bibliogr.:14.
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139. Zhang, Z. Surface-Plasmon
Enhanced Photoemission of a Silver Nano-Patterned Photocathode / Z.Zhang, [et
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Vol.865. – p.114-118. - Bibliogr.:9. |
С 345 а - Общие сведения о проектируемых и действующих ускорителях |
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140. Chiadroni, E. Beam Manipulation
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Instruments & Methods in Physics Research A. – 2017. – Vol.865. –
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141. Lueangaramwong, A. Numerical
Simulations of Early-Stage Dynamics of Electron Bunches Emitted from
Plasmonic Photocathodes / A.Lueangaramwong, [et al.] // Nuclear Instruments
& Methods in Physics Research A. – 2017. – Vol.865. – p.119-124. -
Bibliogr.:11. |
С 345 е - Фазотрон и
сихрофазотрон. Ускорители на сверхвысокие энергии
|
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142. Appel, S. Injection Optimization
Through Generation of Flat Ion Beams / S.Appel, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.866. – p.36-39.
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С 345 о - Электронная и ионная
оптика. Формирование и анализ пучков
|
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143. Campogiani, G. Electron Beam
Trajectory and Optics Control in the ELI-NP Gamma Beam System / G.Campogiani,
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144. Cianchi, A. Transverse Emittance
Diagnostics for High Brightness Electron Beams / A.Cianchi, [et al.] //
Nuclear Instruments & Methods in Physics Research A. – 2017. – Vol.865. –
p.63-66. - Bibliogr.:12. |
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145. Craievich, P. Effects of the
Quadrupole Wakefields in a Passive Streaker / P.Craievich, A.A.Lutman //
Nuclear Instruments & Methods in Physics Research A. – 2017. – Vol.865. –
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146. Curatolo, C. Phase Space Analysis
of Secondary Beams Generated in Hadron–Photon Collisions / C.Curatolo, [et
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147. Curry, E. Simulation of 3-D
Effects in THz-Based Phase Space Manipulation / E.Curry, [et al.] // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.865. – p.67-70.
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148. Huang, R. Generation of High
Brightness Electron Beam by Brake-Applied Velocity Bunching with a Relatively
Low Energy Chirp / R.Huang, [et al.] // Nuclear Instruments & Methods in
Physics Research A. – 2017. – Vol.866. – p.65-71. - Bibliogr.:47. |
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149. Kourkafas, G. Transverse Beam
Matching Under the Influence of Space Charge / G.Kourkafas, [et al.] //
Nuclear Instruments & Methods in Physics Research A. – 2017. – Vol.865. –
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150. Marongiu, M. Thermal Behavior of
the Optical Transition Radiation Screens for the ELI-NP Compton Gamma Source
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151. Pellegriti, M.G. EuroGammaS Gamma
Characterisation System for ELI-NP-GBS: The Nuclear Resonance Scattering
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Physics Research A. – 2017. – Vol.865. – p.60-62. - Bibliogr.:7. |
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152. Qiang, J. A Fast Numerical
Integrator for Relativistic Charged Particle Tracking / J.Qiang // Nuclear
Instruments & Methods in Physics Research A. – 2017. – Vol.867. – p.15-19.
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С 345 с - Магнитные поля и
сверхпроводящие магниты. Магнитные измерения
|
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153. Iino, A. Development of Flow-Loss
Cryo-Accelerating Structure with High-Purity Copper / A.Iino, [et al.] //
Nuclear Instruments & Methods in Physics Research A. – 2017. – Vol.866. –
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154. Рояк, М.Э. Применение новой модели остаточной намагниченности железа для расчета поворотного магнита ускорителя / М.Э.Рояк, [др.] // Журнал технической физики. Письма. – 2017. – Т.43, №20. – с.28-36. - Библиогр.:4. |
С 346.2 - Нуклоны и
антинуклоны
|
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155. Kahlbow, J. Neutron
Radioactivity-Lifetime Measurements of Neutron-Unbound States / J.Kahlbow,
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С 346.6 - Резонансы и новые частицы |
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156. Corliss, R. Searching for a Dark
Photon with DarkLight / R.Corliss // Nuclear Instruments & Methods in
Physics Research A. – 2017. – Vol.865. – p.125-127. - Bibliogr.:7. |
С 347 - Космические лучи
|
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157. Abdellaoui, G. Cosmic Ray
Oriented Performance Studies for the JEM-EUSO First Level Trigger /
G.Abdellaoui, S.Biktemerova, M.Gonchar, D.Naumov, L.Tkachev, [a.o.] //
Nuclear Instruments & Methods in Physics Research A. – 2017. – Vol.866. –
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158. Knurenko, S.P. Radio Emission of
Air Showers with Extremely High Energy Measured by the Yakutsk Radio Array /
S.P.Knurenko, [et al.] // Nuclear Instruments & Methods in Physics
Research A. – 2017. – Vol.866. – p.230-241. - Bibliogr.:50. |
С 348 - Ядерные реакторы. Реакторостроение
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159. Bose, D. An Interval Approach to
Nonlinear Controller Design for Load-Following Operation of a Small Modular
Pressurized Water Reactor / D.Bose, [et al.] // IEEE Transactions on Nuclear
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160. Марачев, А.А. Анализ динамики импульсного реактора ИБР-2М при статистически оптимальном автоматическом регуляторе / А.А.Марачев, Ю.Н.Пепелышев, А.К.Попов, Д.Сумхуу // Атомная энергия. – 2017. – Т.123, №3. – с.172-175. - Библиогр.:5. |
С 349 - Дозиметрия и физика защиты |
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161. Pfeiffer, D. The Radiation Field
in the Gamma Irradiation Facility GIF++ at CERN / D.Pfeiffer, [et al.] //
Nuclear Instruments & Methods in Physics Research A. – 2017. – Vol.866. –
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С 349 д - Биологическое действие излучений |
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162. Mao, X.W. Role of NADPH Oxidase
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163. Thome, C. Initial
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С 349.1 - Действие излучения на материалы |
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164. Ammar, M. System-Level Analysis
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165. Chen, R. Single-Event Multiple
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166. Wesolowski, M.J. X-Ray Dosimetry
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С 350 - Приложения методов ядерной физики в смежных областях |
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167. Marticke, F. Simulation Study of
an X-Ray Diffraction System for Breast Tumor Detection / F.Marticke, [et al.]
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