160 results on '"Ermak G"'
Search Results
2. PECULIARITIES OF SIGNALS FROM A MOVING TARGET USING AUTODYNE SHORT-RANGE RADARS WITH LFM
3. Calculation procedure for permissible coal breakage face output by gas factor
4. NEW SCANNING MILLIMETER WAVEBAND ESR-MICROSCOPE WITH LOCALIZED MAGNETIC FIELD
5. Multiple roles of the DSCR1 (Adapt78 or RCAN1) gene and its protein product Calcipressin 1 (or RCAN1) in disease
6. Control of Shattering Effect of Explosion in Mass Ore Caving
7. Signal Processing Method in Frequency Switch Keying Radar Sensors
8. Features of Noise Characteristics of Frequency-Modulated Autodyne Radars
9. Autodyne Response Formation in Injection-Locked Microwave Oscillators
10. Constructive Principles of Autodyne Sensors for Internal Sizes Measuring in Metallic Products
11. Autodyne Radar Signals in the Presence of Asynchronous Influence
12. Autodyne Response of Injection-Locked Microwave Oscillators for Changing Output Power
13. THE DYNAMICS OF AUTODYNE SIGNAL AND NOISE CHARACTERISTIC FORMATION AT HIGH TARGET SPEEDS
14. THE INFLUENCE OF ACCOMPANYING AM ON THE FORMATION OF SIGNALS FROM AUTODYNE SHORT-RANGE SENSORS WITH FM
15. NEW SCANNING MILLIMETER WAVEBAND ESR-MICROSCOPE WITH LOCALIZED MAGNETIC FIELD
16. Noise characteristics of millimeter wave autodyne diffraction radiation oscillator
17. Signals of Autodyne Sensors with Sinusoidal Frequency Modulation
18. Особливості формування сигналів автодинних радіолокаторів із лінійною частотною модуляціэю
19. Moving object signal peculiarities of an autodyne radar with symmetric saw-tooth FM law
20. Influence of the autodyne oscillator coupling degree with antenna upon its transfer and noise characteristics
21. Autodyne effect application for stability analysis of the steady-state mode of UHF oscillating systems
22. Signal analysis of a double-diode autodyne
23. TWO FREQUENCY "UNAMBIGUOUS" HETERODYNE INTERFEROMETER BASED ON PHASE LOCKED MILLIMETER-WAVE BAND TRANSCEIVERS
24. SIGNALS FROM DISTRIBUTED TARGETS OF AUTODYNE SRR WITH PULSE AMPLITUDE MODULATION
25. Peculiarities of signal formation of the autodyne short-range radar with linear frequency modulation
26. Particularities of double-diode autodyne characteristics
27. Calculation of autodyne radar noise parameters
28. Mathematical model of double-diode autodyne
29. Double-diode autodyne of 8mm-range on Gunn diodes
30. Mathematical model of FM autodyne radar
31. Dependence of processing speed on the autodyne operation mode
32. Peculiarities of signal and noise characteristics of FMCW ayutodyne radar
33. Experimental studies of the 8-mm wave Gunn diode autodynes
34. Main expressions for anaslysis of signals and noise of FM autodyne radar
35. Application of double-diode autodynes in control systems for technological processes
36. OUTPUT, SIGNAL AND NOISE PARAMETERS OF AUTODYNES WITH A RIGID CONDUCTANCE CHARACTERISTIC OF AN ACTIVE ELEMENT
37. PARAMETERS' CALCULATION OF AUTODYNE SENSORS TAKING INTO ACCOUNT THE NOISE OF THE POWER SOURCE
38. THREE-CHANNEL PHASE METERS BASED ON THE AD8302 AND FIELD PROGRAMMABLE GATE ARRAYS FOR HETERODYNE MILLIMETER WAVE INTERFEROMETER
39. SIGNALS OF AUTODYNE RADARS WITH FREQUENCY MODULATION ACCORDING TO SYMMETRIC SAW-TOOTH LAW
40. Mode interaction in a diffracted radiation generator
41. Modeling of nonlinear processes in an autodyne DRG
42. The autodyne effect in a diffraction-radiation generator
43. Signal peculiarities of autodyne systems of short-range radar at target vibrations
44. SIGNAL AND FLUCTUATION CHARACTERISTICS OF AUTODYNE VIBRATION AND DISPLACEMENT METERS
45. MEASUREMENT ERRORS AND DYNAMIC RANGE OF AUTODYNE VIBRATION METERS
46. NEW DESIGN OF MICROWAVE INTERFEROMETER FOR TOKAMAK COMPASS
47. Autodyne sensors for hump yard and rail crossing applications
48. Radar sensors for hump yard and rail crossing applications
49. Modernization and calibration of intrferometer of TOKAMAK “Compass”
50. RADAR SENSORS FOR HUMP YARD AND RAIL CROSSING APPLICATIONS
Catalog
Books, media, physical & digital resources
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.