Valery Timkov
Valery Timkov
Free Researcher
Підтверджена електронна адреса в nas.gov.ua
Назва
Посилання
Посилання
Рік
Planck universal proportions. Gravitational-electromagnetic resonance
V Timkov, S Timkov, V Zhukov
122015
Electric charge as a function of the moment of mass. Gravitational form of coulomb's law
VF Timkov, SV Timkov, VA Zhukov
Вимірювальна та обчислювальна техніка в технологічних процесах, 27-32, 2016
52016
FRACTAL GENESIS OF THE ANGLES OF THE NEUTRINO MIXING MATRIX.
V Timkov, S Timkov, V Zhukov, K Afanasiev
42018
FRACTAL STRUCTURE OF THE FUNDAMENTAL CONSTANTS. NUMERICAL EVALUATION OF THE VALUES OF SOME OF FUNDAMENTAL CONSTANTS WITH USE OF THE MAJOR CHARACTERISTICS OF MUON.
V Timkov, S Timkov, V Zhukov, K Afanasiev
42017
Gravitational-electromagnetic resonance of the sun as one of the possible sources of auroral radio emission of planets in kilometric range
VF Timkov, SV Timkov, VA Zhukov
Вимірювальна та обчислювальна техніка в технологічних процесах, 23-32, 2015
32015
Evaluation of the main spatial characteristics of the observable Universe based on the law “Planck Universal Proportions”
VF Timkov, SV Timkov, VA Zhukov
International scientific-technical magazine: Measuring and computing devices …, 0
3
THE GRAVITATIONAL-ELECTROMAGNETIC RESONANSE OF THE SUN IN THE LOW-FREQUENCY OF RADIO SPECTRUM OF THE JUPITER
V Timkov, S Timkov, V Zhukov
22016
Fractal structure of the Universe
V Timkov, S Timkov, V Zhukov
12016
ROTATING SPASE OF THE UNIVERSE, AS A SOURCE OF DARK ENERGY AND DARK MATTER
V Timkov, S Timkov
12015
Improving the quality of decision making, in the statistical recognition system based on a comprehensive consideration in their decisive rules, all the information from the …
VF Timkov, GD Bratchenko, VA Zhukov
Вимірювальна та обчислювальна техніка в технологічних процесах, 166-168, 2015
12015
Quantum of the gravitational field. Theoretical and experimental substantiation of gravitational electromagnetic resonance.
V Timkov, S Timkov, V Zhukov, K Afanasiev
2020
Analytical evaluation of the numerical values of the Hubble constant and main spatial-energy characteristics of the observable Universe.
V Timkov, S Timkov, V Zhukov, K Afanasiev
2020
THE METHOD FOR INCREASING THE ACCURACY OF SOME FUNDAMENTAL PHYSICAL CONSTANTS
V Timkov, S Timkov, V Zhukov, K Afanasiev
IX International Scientific Conference:«Technical regulation, metrology …, 2019
2019
THE METHOD FOR INCREASING THE ACCURACY OF SOME FUNDAMENTAL PHYSICAL CONSTANTS
T Valery, T Serg, Z Vladimir, A Konstantin.
https://osatrq.edu.ua/wp-content/uploads/2019/11/ikhconf.pdf 1 (1), 132 - 145, 2019
2019
Improving the accuracy of the numerical values of the estimates some fundamental physical constants.
V Timkov, S Timkov, V Zhukov, K Afanasiev
2019
THE PLANKS CONSTANT: LENGTH, MASS, TIME AND THE FINE STRUCTURE CONSTANT COMBINE GRAVITATIONAL AND ELECTROMAGNETIC INTERACTION
VF TIMKOV, SV TIMKOV, VA ZHUKOV, KE AFANASIEV
Склад організаційно-програмного комітету сімнадцятої МНТК ВОТТП 18–2018, 2018
2018
EVALUATION OF THE MAIN SPATIAL AND ENERGY CHARACTERISTICS OF THE OBSERVABLE UNIVERSE BASED ON THE LAW" PLANCK UNIVERSAL PROPORTIONS"
V Timkov, S Timkov, V Zhukov
2016
GRAVITATIONAL-ELECTROMAGNETIC RESONANCE OF THE JUPITER
VF TIMKOV, SV TIMKOV, VA ZHUKOV
Склад організаційно-програмного комітету шіснадцятої МНТК ВОТТП 16–2016, 47, 2016
2016
ЗАГАЛЬНІ ПИТАННЯ МЕТРОЛОГІЇ, ВИМІРЮВАЛЬНОЇ ТЕХНІКИ І ТЕХНОЛОГІЙ
VF TIMKOV, SV TIMKOV, VA ZHUKOV
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