ПЮГМНЕ ВЮЯРЭ 45

- Phys. Day, 1966, v. 19, ╧ 8r 34. Baulk K. Crystal oscillators. - Electron. Equipm. News, 1966, v. 8, ╧ 1. 35. Bechmann R. Uber die Temperaturabhangigheit der Frequenz von AT-und BT-Quarzresonatoren. - Archiv d. elektr. Obertragung, 1955, Bd. 9, ╧ 11. 36. Bechmann R. Die Temperaturkoeffizienten hoherer Ordnung der Elastizitatsmo-duln und Elastizitatskoeffizienten von Alpha-Quarz.-Archiv d. elektr. Obertragung, 1962, Bd 16, йЪ 6. 48, 49. 50, 51 52, 53. 54. 55. quartz resonators of fundamental and .c.uiation effects,-Proc. 16th Ann, Sympos. go smaller as accuracy and useincreases. - Ca- Brown я S Thomas L. A. The effect of impurities on the growth of synthetic quartz. - Physies and Chem. Sol., 1960, v. 13, ╧ 3/4. Gerber E A., Sykes R. A. State oi the art-quartz crystal units and oscillators. - Proc. IEEE, 1966, V. 54, ╧ 2, Glowinski A. Progres recents des quartz les quartz etalons. - Oude electr., 1966, t, 46, ╧ 469, Griffin J. P. Improvements in Technique for thermo-compressing mounting wi-es to quartz crystal plates, - Proc, 17 th, Ann. Sympos. Frequency Control. bSA, 1963, Grote H. Precision Crystal Units. - Nachrichtentechnik Z└ 1966, Bd 16, ╧ 12, Kyncel L, A contribution to the process of quartz polishing,-Czechosl. J. Phys., 1952, V. 12, ╧ 2. Munn R. i. Temperature compensated quartz crystal units. - Proc. 16 th Ann. Sympos. Frequency Control. USA, 1962. Pajewski W. High-stability quartz units. - Prace Inst, tele-i radiotechn., 1965, V. 9, .M. 1. Pajewski W. Properties of high-stability quartz crystals. - Czechosl. J. Phys., 1966, V. 16, йВ 5. Reed F. A. The specifiging quartz crystals. - West. Electron; News, 1966, V. 14, ╧ 6. SchnabI W. Die Frequenztoleranz von serienmaBig hergestellten AT-Schwing-quarzcn uber 0,8 MHz. - Nachrichtentechnik, 1963, Bd 13, ╧ 6. Seed A. Development of high-quaiity quartz units BT-cut. - Brit J. Appl. Phys., 1965, V. 16, кН 9. Smith W. L., Warner A. W. Fundamental on an improved crystal controlled standard