Значение фразеологизма с высоты птичьего полета: с высоты птичьего полёта — Викисловарь

Цитаты из русской классики со словосочетанием С ВЫСОТЫ ПТИЧЬЕГО ПОЛЕТА Чрезвычайно извилистое русло реки Пия блуждает по долине, и, если смотреть на реку с высоты птичьего полета, получается впечатление кружев. Город с высоты птичьего полёта имеет вид двух расположенных один на другом правильных четырёхугольников. Большой мыс Лессепс-Дата, выдвинувшийся с северной стороны в море, с высоты птичьего полета должен был казаться громадным белым лоскутком на темном фоне воды, а в профиль его можно было принять за чудовище, которое погрузилось наполовину в воду и замерло, словно прислушиваясь к чему-то. Но мои грезы обширнее, потому что с высоты птичьего полета, и притом с одной стороны, величавому олимпийцу, сменившему по воле судеб свой божественный Олимп на фронтон Большого театра, ему казались все равными: вельможи и архиереи, купцы и купчихи на рысаках — и пеший люд всякого звания, состояния, и сытый, и голодный. Путешествие наше близилось к концу. Сплошная тайга кончилась и начались перелески, чередующиеся с полянами. С высоты птичьего полета граница тайги, по выходе в долину Амура, представляется в виде ажурных кружев. Чем ближе к горам, тем они казались плотнее, и чем ближе к Амуру, тем меньше было древесной растительности и больше луговых пространств. Лес как-то разбился на отдельные куртины, отошедшие в стороны от Хунгари. В проекции, если смотреть на него с высоты птичьего полета, он представляет собой как бы вогнутый нос корабля.

 

Синонимы к словосочетанию «с высоты птичьего полета&raquo

Предложения со словосочетанием «с высоты птичьего полета»

• Но я не мог оторвать глаз от экрана курсового телескопа, где с высоты птичьего полёта был виден район предполагаемого падения корабля.
• Уже не нужен телескоп: город с высоты птичьего полёта был на видиоэкране… Никто не собирался нас буксировать.
• С высоты птичьего полёта всё сооружение напоминало большой пятиугольник.
• (все предложения)

Значение словосочетания «с высоты птичьего полёта»

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90000 A bird’s-eye view — Idioms by The Free Dictionary 90001 MOHAMMED AL-SULAMI Arab News took to the skies with the Royal Saudi Air Force on Friday for a bird’s-eye view of pilgrims and the measures in place for their safety and security.You get a bird’s-eye view of the country’s greatest sights while special effects including wind, mist and aromas add to the experience.Our picture Editor’s choice of today’s top picture TODAY’S picture gives a bird’s-eye view of a couple of international icons — the Liver Building and King Edward VII — as snapped by ECHO Flickr group user David Nesbitt uk.THE organisers of the London 2012 Olympics have invited the world to enjoy a bird’s-eye view of the completed «world-class venues» where the Games will be held next year.Third, students must be able to read a bird’s-eye view. By answering relevant questions, they can engage the view in a «conversation» to identify pertinent content in the view, make sense of that content, connect it to what is being studied, and communicate findings.The system, using four highly sensitive, high -resolution, super-wide angle radio cameras mounted on a vehicle’s front, sides and rear, synthesizes a bird’s-eye view of the vehicle and its surrounding environment, Sanyo said in its release.It gives a bird’s-eye view of this ancient forest, situated a few miles south of Northampton, and its birds and other wildlife.Students will create an abstract drawing that represents a community from a bird’s-eye view.The structure culminates with a two -story elevated platform that affords the visitor a bird’s-eye view of Oiticica’s Eden, 1966-69 / 2005: From this perspective, the rich sensorial experience of the installation’s brightly colored wading pools, plastic tents, cabins, and straw nests appears to resolve into an orchestrated plan of abstract geometric forms.Rawles gives readers a bird’s-eye view of true plantation life as we follow Sadie through several masters, a number of states and at least three companions — but only one love.Images captured by Eagle Eye’s state-of-the-art sensor systems will be sent back in real time, vastly expanding the ship’s footprint and giving commanders a bird’s-eye view of the tactical picture.From the ship’s top deck, the visitors got a bird’s-eye view of staged equipment that would soon be enroute to Iraq . * BOULDER, COLORADO Fly like an eagle For a bird’s-eye view of Rocky Mountain splendor, splurge on a soar with Mile High Gliding, which offers FAA-certified flights in high-performance sailpianes year-round out of Boulder Municipal Airport.A BIRD’S-EYE VIEW Near-infrared light — which is just beyond the red edge of the visible spectrum — can’t penetrate dust as well as X rays can.Bigger, though not as dense as Stephen Hawking’s A Brief History of Time , this autobiography by one of the most important American physicists of the 20th century offers a bird’s-eye view of most of the folks (Albert Einstein, Enrico Fermi, Niels Bohr, J. .90000 Bird’s-eye view — Idioms by The Free Dictionary 90001 If you had to draw a bird’s-eye view of your community, how would you orient the view? Compare and contrast satellite photographs of the Earth to abstract artworks that represent bird’s-eye view.This year’s Peter Rentschler Memorial Lecture was delivered by Rick Sommer , president / CEO of Citation Corp., a company with a bird’s-eye view on change.With a dynamic bird’s-eye view not only of the Manhattan skyline but also of the construction project itself moving full speed ahead right in its front window, the sales office at Bridge Tower Place on the Upper East Side of Manhattan has officially opened for business.Focusing on three of these prints in which a bird’s-eye view of the city is framed with illustrations of the festivities, this essay explores relations between space, gender, allegory and costume as they were manifested in this rare female procession.Scientists now have taken their own bird’s-eye view at holograms for a slew of new uses — from images on credit cards and CD-ROMs to thwart counterfeiters, to medical image scans that recreate images of the human brain.In Michigan’s Upper Peninsula, a papermaker and an ecology firm are creating a bird’s-eye view of ecosystem forestry.Take to the skies for a bird’s-eye view of the sun going down and the twinkling lights of London coming on as dusk falls.The impressive artwork has been carved from the spoil of a former coal tip in the heart of the South Wales Valleys The production team from the BBC show launched a hot air balloon from the site on the weekend to get a bird’s-eye view of the 200-metre long sculpture.To create its bird’s-eye view of the world, Earthflight uses a host of extraordinary filming techniques including filming «imprinted» flocks from microlights, wild flocks filmed from model gliders and silent drones, full-sized helicopter with stabilised mounts and cameras on the backs of trained birds.From the orchard’s hilltop, one has a bird’s-eye view of the village’s beauty.Knowsley council has produced a new cycle map giving a bird’s-eye view of the best cycle-friendly routes across the borough.There is a six and a half- inch bird’s-eye view map display, 30GB hard disc for storing mapping data and music, an auxiliary socket for connecting MP3 players and a DVD player function that can be used only when vehicle is stationary.The system, using four ultrawide-angle 180- degree high-resolution cameras mounted on a vehicle’s front, sides and rear, synthesizes a bird’s-eye view of the vehicle and its surrounding environment, the automaker said.Bird’s-eye view and magnification thus come to define two oscillating poles of Gatten’s inquiry. .90000 Definition of Phraseology by Merriam-Webster 90001 90002 To save this word, you’ll need to log in. 90003 phra · se · ol · o · gy | \ ˌFrā-zē-ä-lə-jē, frā-zä- \ 90004 Definition of 90005 phraseology 90006 90007 1 90008: 90009 a manner of organizing words and phrases into longer elements 90008: 90009 style 90004 Examples of 90005 phraseology 90006 in a Sentence 90007 90002 I recognized the writer’s distinctive 90005 phraseology 90006 even before I saw the name.the unique 90005 phraseology 90006 of the suspect’s answer stuck in my mind 90003 Recent Examples on the Web This 90005 phraseology 90006 is all too familiar for anyone who has closely followed the last decade of debate around climate change. — Justin Worland, 90005 Time 90006, «The Economic Principle That Tells Us a Lot About Coronavirus and Climate,» 13 May 2020 Sleeveless does not attempt this kind of verisimilitude, rarely foregrounding electronic devices or the sparse 90005 phraseology 90006 of online dialogue.- Zoë Hu, 90005 The New Republic 90006, «Natasha Stagg Has No Illusions,» 28 Oct. 2019 The great helmsman recounted the youthful dissenters ‘arrest and repeated the axe 90005 phraseology 90006. — David B. Moore, 90005 Quartz Africa 90006, «The many failures and betrayals of Robert Mugabe to his people,» 7 Sep. 2019 Dominant and tonic chords (aka V and I chords) are the most common in classical music, playing a vital role in musical 90005 phraseology 90006, and there are many variants within those two broad classifications.- Jennifer Ouellette, 90005 Ars Technica 90006, «Roll over, Beethoven: Decoding the maestro’s musical style with statistics,» 3 Aug. 2019 His expletive 90005 phraseology 90006 is particularly entertaining — original and hysterical. — Matthew Gilbert, 90005 BostonGlobe.com 90006, «David Simon versus Twitter,» 24 June 2018 After they’re seated, Brock gently coaches Bourdain on the intricacies of Waffle House hash brown 90005 phraseology 90006.- Perri Ormont Blumberg, 90005 Southern Living 90006, «Watch Anthony Bourdain’s First Meal at Waffle House:» It Is Indeed Marvelous «,» 13 June 2018 Now the latest market froth is contributing its own colorful 90005 phraseology 90006. — Dan Beucke, 90005 latimes.com 90006, «Hello, inflation, my old friend. What you need to know about financial markets today,» 14 Feb. 2018 After promising to create the images, Rockwell faced the difficult task of transforming governmental 90005 phraseology 90006 into evocative tableaux on canvas.- Alice George, 90005 Smithsonian 90006, «Norman Rockwell’s Four Freedoms Brought the Ideals of America to Life,» 5 Feb. 2018 90002 These example sentences are selected automatically from various online news sources to reflect current usage of the word ‘phraseology.’ Views expressed in the examples do not represent the opinion of Merriam-Webster or its editors. Send us feedback. 90003 See More 90004 First Known Use of 90005 phraseology 90006 90007 90060 1604, in the meaning defined at sense 1 90003 90004 History and Etymology for 90005 phraseology 90006 90007 90002 New Latin 90005 phraseologia 90006, irregular from Greek 90005 phrasis 90006 + 90005 -logia 90006 -logy 90003 90004 Learn More about 90005 phraseology 90006 90007 90004 Statistics for 90005 phraseology 90006 90007 90002 Cite this Entry 90003 90002 «Phraseology.»90005 Merriam-Webster.com Dictionary 90006, Merriam-Webster, https://www.merriam-webster.com/dictionary/phraseology. Accessed 13 Jul. 2020. 90003 MLA Chicago APA Merriam-Webster 90002 More Definitions for 90005 phraseology 90006 90003 90002 Comments on 90005 phraseology 90006 90003 90002 What made you want to look up 90005 phraseology 90006? Please tell us where you read or heard it (including the quote, if possible). 90003.90000 A Bird’s-Eye View of Veterinary Medicine 90001 \ n 90002 2. The experimental part 90003 \ n 90004 To investigate the physical phenomena associated with generation of PD, a research station allowing for simulation and studying the phenomena of PD generation in insulating oil was designed and practically implemented. Also, the spark gaps for modelling of PD in surface (SURF), needle-needle (NN) and needle-needle with gas (air) bubbles (NNB) systems were designed and manufactured. The multi-variate experimental studies, performed under laboratory conditions, consisted of simultaneous recording of acoustic emission, electrical and optical signals, electromagnetic radiation of ultra-high frequency and high-energy X-, alpha, beta and gamma rays, which were generated by three considered fundamental forms of PD.The mentioned methods were applied during all planned trails. The trails included PD generation at different supply voltage levels, starting from 0 V and finishing by the breakdown voltage, which was different in the sub-sequential trials. 90005 \ n 90004 A professional test apparatus which enables measurement and analysis of acoustic emission (AE) signals was applied: PULSE DynXI system type 3050-B-A4 from Bruel & Kjael, numerical measuring instrument type 945A from SVAN, instrumentation transducers 4514-B-001 100mV / g and 4513-B-002 500mV / g, amplifiers with the power suppliers type Nexus from Bruel & Kjael, instrumentation cards Acquitec CH-3160, instrumentation computer Dell E6400 ATG, instrumentation computer Atlas ATXB-150.The AE signals were recorded for each type of PD modelling setup and for various levels of the supply voltage. Results of studies related to the AE are depicted in Section 3.3. 90005 \ n 90004 In order to implement the proposed research works connected with measurement and analysis of optical radiation generated by the modelled basic forms of PD, a spectrometer, HR4000 from Ocean Optics, equipped with multi-grating which allows for analysis of optical radiation spectra in the range from at least 270 to 1700 nm with a resolution of about 0.5 nm, was applied. The recorded signal is supplied to the grid by optical fibre. The sensor can be immersed in the insulating oil, which enabled measurements in the very vicinity of the PD generation location. The studies included measurement trails conducted at various distances of the sensor to the PD generation area. Results of studies related to the spectrophotometry are depicted in Section 3.2. 90005 \ n 90004 Also, a professional UVollé camera from OFIL, which enables registration of PD in the ultraviolet spectrum (in the range from 250 to 280 nm) and visible region, was applied.This camera can not be immersed in oil, thus UV measurements were performed at larger distances to the PD generation area, outside of the tank, where the electrodes were mounted. The analysis of results depicted no UV radiation outside of the tank; thus, this analysis is not included in this chapter. 90005 \ n 90004 Furthermore, the equipment included a PDS 100 device from Double that allows for measurements of the electromagnetic disturbances levels in the range from 50 MHz to 1 GHz. Additional measurement and research apparatus include: a multi-channel PD measurement and detection system with the electrical method, equipped with PD detectors, an external module for interferences elimination, UHF probe and software to analyze and evaluate the measuring results, according to the requirements of IEC 60270-2000 standard.Results of studies related to the electrical and UHF methods are depicted in Section 3.1. 90005 \ n 90004 Another instrument, which was partly built and partly purchased, is a setup for study of high-energy radiation comprising X-, gamma, alpha and beta ray sensors and equipment for acquisition of pulses representing the measured value of radiation (counters ). Similar as it was the case of UV camera, the high-energy radiation sensor was mounted near the oil surface, at a larger distance to the PD generation area.The analysis of results depicted no high-energy radiation outside of the tank, thus this analysis is not included in this chapter. If interested, the reader is referred to [24,25], where the authors present results of PD high-energy radiation measurements in a gas-insulated system. 90005 \ n 90004 During an 8-hour period of time, the emitted infrared radiations were registered using an infrared camera, type ThermoGear G100EX, from NEC that allows for registration of electromagnetic radiation in the range from 8 to 13 microns, which is in the mid-infrared (MIR) frequency band (typically 5-30 microns).The camera is equipped with NS9500Lite software that is used to analyze the thermal images. Results of studies related to the infrared technology are depicted in Section 3.4. 90005 \ n 90004 The measuring setup along with the applied instrumentation and chosen preliminary results of the considered research were described in detail in [26], thus its presentation was omitted in this chapter. For archiving and processing of the measured data, numerical procedures implemented in the Matlab programming environment were applied.90005 \ n 90004 The physical and chemical properties of applied insulation oil were investigated by means of a chromatographic analysis of collected oil samples, which was conducted by a specialist chemical laboratory. Results of studies related to chromatography are depicted in Section 3.5. 90005 \ n \ n 90002 3. Analysis of measurement results 90003 \ n 90004 All gathered signals were subjected to a comprehensive processing and analysis. In the following sections, the achieved results are given. The particular measurement methods are juxtaposed for the three measuring setups for better comparison.90005 \ n \ n 90026 3.1. Results of analysis obtained using the electrical and UHF methods 90027 \ n 90004 The first step in the analysis of data gathered with the electrical and UHF method was to consider the background environment. Figure 1 depicts the spectrum of UHF sweep, at which there were no significant interferences detected. In Figures 2-4 the UHF amplitude spectra for PD measured in the needle-needle system with air bubbles, the needle-needle system and the surface system are depicted, respectively.Based on these spectra, three frequencies for each setup were selected, at which the UHF measurements were performed: 90005 90030 90031 90004 For the NN system: 350, 480, 580 MHz 90005 90034 90031 90004 For the NNB system: 350, 460, 560 MHz 90005 90034 90031 90004 For the SURF system: 390, 485, 570 MHz 90005 90034 90043 \ n 90044 Figure 1. 90045 90004 The UHF amplitude spectrum for background noise. 90005 \ n 90044 Figure 2. 90045 90004 The UHF amplitude spectrum for PD measured in the needle-needle system with air bubbles.90005 \ n 90044 Figure 3. 90045 90004 The UHF amplitude spectrum for PD measured in the needle-needle system. 90005 \ n 90044 Figure 4. 90045 90004 The UHF amplitude spectrum for PD measured in the surface system. 90005 \ n 90004 The gathered charges, measured with the electrical method and voltages, measured with the UHF method were subjected to further analysis. The collected data were depicted in the form of histograms, illustrating the relation of the apparent charge and voltage values, in the function of time that was registered during 1 min for each trail.An example is depicted in Figure 5. 90005 \ n 90044 Figure 5. 90045 90004 Charge values ​​measured with the electrical method at the frequency f = 480 MHz, during the generation of PD at supply voltage U = 29 kV in the NN system. 90005 \ n 90004 For each phase of the supply voltage, the maximal intensity was chosen. The resulted curve was subjected for an interpolation using local regression and weighted linear least squares with a second-degree polynomial model. An example is depicted in Figure 6.90005 \ n 90044 Figure 6. 90045 90004 Envelope over the maximal charge intensities and its interpolation as the function of phase. Data measured for f = 480 MHz, U = 29 kV in the NN system. 90005 \ n 90004 The mentioned procedure was conducted for all measured signals. For better comparison for each of the considered PD type and generation voltage, the particular interpolates were plotted in one chart. An example is depicted in Figure 7. 90005 \ n 90044 Figure 7. 90045 90004 Interpolates over 10 measurements performed with the electrical method for f = 560 MHz, U = 56 kV in the NNB system.90005 \ n 90004 The gathered interpolates for same PD type and generation voltage were averaged. The achieved arithmetical means were plotted into one chart to observe the influence of the PD generation voltage on the registered data. In Figures 8-13, the dependencies for the charge values ​​and voltage values ​​measured in the NN system are presented. 90005 \ n 90044 Figure 8. 90045 90004 Charges measured at f = 350 MHz. 90005 \ n 90044 Figure 9. 90045 90004 Voltages measured at f = 350 MHz. 90005 \ n 90044 Figure 10.90045 90004 Charges measured at f = 480 MHz. 90005 \ n 90044 Figure 11. 90045 90004 Voltages measured at f = 480 MHz. 90005 \ n 90044 Figure 12. 90045 90004 Charges measured at f = 580 MHz. 90005 \ n 90044 Figure 13. 90045 90004 Voltages measured at f = 580 MHz. 90005 \ n 90004 In Figures 14-19, the arithmetical means over the interpolates in the function of phase and PD generation voltage, measured in the SURF system, are presented. 90005 \ n 90044 Figure 14. 90045 90004 Charges measured at f = 390 MHz.90005 \ n 90044 Figure 15. 90045 90004 Voltages measured at f = 390 MHz. 90005 \ n 90044 Figure 16. 90045 90004 Charges measured at f = 485 MHz. 90005 \ n 90044 Figure 17. 90045 90004 Voltages measured at f = 485 MHz. 90005 \ n 90044 Figure 18. 90045 90004 Charges measured at f = 570 MHz. 90005 \ n 90044 Figure 19. 90045 90004 Voltages measured at f = 570 MHz. 90005 \ n 90004 The next type of analysis considered calculation of the empirical distribution (histograms) of the registered data for each of the phase of the PD generation voltage.In Figures 20-25, the results for charges and voltages registered at the selected frequencies, while generating PD at 90131 U 90132 = 30kV in the SURF system, are presented. In the case of charges, registered with the electrical method, there are no significant differences between the three considered frequency ranges to recognize. In the case of voltages, registered with the UHF method, the densities are different for the particular frequency ranges. 90005 \ n 90044 Figure 20. 90045 90004 Charges measured at f = 390 MHz.90005 \ n 90044 Figure 21. 90045 90004 Voltages measured at f = 390 MHz. 90005 \ n 90044 Figure 22. 90045 90004 Charges measured at f = 485 MHz. 90005 \ n 90044 Figure 23. 90045 90004 Voltages measured at f = 485 MHz. 90005 \ n 90044 Figure 24. 90045 90004 Charges measured at f = 570.MHz. 90005 \ n 90044 Figure 25. 90045 90004 Voltages measured at f = 570 MHz. 90005 \ n 90004 In Figures 26-31, the results of histograms calculated for the supply voltage phases over charges registered at a chosen frequency 90131 f 90132 = 570 MHz, while generating PD at various voltage levels in the SURF system, are presented.90005 \ n 90044 Figure 26. 90045 90004 \ nU = 28 kV. 90005 \ n 90044 Figure 27. 90045 90004 \ nU = 26 kV. 90005 \ n 90044 Figure 28. 90045 90004 \ nU = 24 kV. 90005 \ n 90044 Figure 29. 90045 90004 \ nU = 22 kV. 90005 \ n 90044 Figure 30. 90045 90004 \ nU = 20 kV. 90005 \ n 90044 Figure 31. 90045 90004 \ nU = 19 kV. 90005 \ n 90004 In Figures 32-34, the results for histograms calculated for the supply voltage phases over charges registered while generating PD at 90131 U 90132 = 56 kV for various frequencies 90131 f 90132 in the NNB system are presented.In this electrode system, it was observed that all charts are normally distributed independently of the supply voltage phase. 90005 \ n 90044 Figure 32. 90045 90004 \ nf = 350 MHz. 90005 \ n 90044 Figure 33. 90045 90004 \ nf = 460 MHz. 90005 \ n 90044 Figure 34. 90045 90004 \ nf = 560 MHz. 90005 \ n \ n \ n 90026 3.2. Results of analysis obtained using the spectrophotometry method 90027 \ n \ n 90044 3.2.1. Results related to the needle-needle system 90045 \ n 90004 Measurements using the spectrophotometer were performed for different voltage values ​​and at several distances between the measuring sensor and the PD generation area.In Figures 35-37, signals registered in the needle-needle system for distances 6, 7.5 and 8 mm are presented, respectively. Analysis of the charts resulted in the statement that there is no significant influence of the voltage value at the registered intensities at the three considered distances. The shape of the spectra remains similar when registered at the particular distances. 90005 \ n 90044 Figure 35. 90045 90004 Spectra of the optical radiation emitted by PD generated at various supply voltage levels.The measuring sensor was placed at a distance equal to 6 mm from the HV electrode. 90005 \ n 90044 Figure 36. 90045 90004 Spectra of the optical radiation emitted by PD generated at various supply voltage levels. The measuring sensor was placed at a distance equal to 7.5 mm from the HV electrode. 90005 \ n 90044 Figure 37. 90045 90004 Spectra of the optical radiation emitted by PD generated at various supply voltage levels. The measuring sensor was placed at a distance equal to 8 mm from the HV electrode.90005 \ n 90004 To confirm the above-mentioned visual analysis of voltage dependence, the maximal intensities in the registered spectra were selected for each of the trails. This type of analysis resulted in the presentation of the direct dependence of the intensity on the voltage, which is presented in Figures 38-40 for the considered distances, respectively. In charts also, a linear approximation is presented together with the determination coefficient R 90223 2 90224, which was calculated from the Pearson equation.90005 \ n 90044 Figure 38. 90045 90004 Maximal intensity registered at the distance 6 mm, in the function of PD generation voltage. 90005 \ n 90004 Analyzing the curve depicted in Figure 38, one may consider an increasing dependency of the voltage on intensity. Although the very low 90131 R 90132 90223 2 90224 coefficient implies that the linear curve is not well-approximated. Reciprocal dependency was observed for data gathered at the distance of 7.5 (Figure 39) and 8 mm (Figure 40). In these cases, the 90131 R 90132 90223 2 90224 values ​​also imply low approximation quality.Based on the above, the lacking dependence of the voltage on the intensity was confirmed. 90005 \ n 90044 Figure 39. 90045 90004 Maximal intensity registered at the distance 7.5 mm, in the function of PD generation voltage. 90005 \ n 90044 Figure 40. 90045 90004 Maximal intensity registered at the distance 8 mm, in the function of PD generation voltage. 90005 \ n \ n \ n \ n 90004 In the next step, the energy contained in the registered spectra was determined based on defined integrals calculated within the considered frequency range.In Figures 41-43, the estimated integrals in the function of supply voltage value are presented for the considered distances, respectively. 90005 \ n 90044 Figure 41. 90045 90004 Integrals calculated for intensity spectra in the function of the PD generation voltage, while the sensor was installed at a distance equal to 6 mm. 90005 \ n 90044 Figure 42. 90045 90004 Integrals calculated for intensity spectra in the function of the PD generation voltage, while the sensor was installed at a distance equal to 7.5 mm. 90005 \ n 90044 Figure 43. 90045 90004 Integrals calculated for intensity spectra in the function of the PD generation voltage, while the sensor was installed at a distance equal to 8 mm. 90005 \ n 90004 At the distance of 6 mm, the highest energy was estimated for spectra registered at a supply voltage 90131 U 90132 = 39 kV. At the distance of 7.5 mm, the highest energy was estimated for spectra registered at a supply voltage 90131 U 90132 = 36 kV. At the distance of 8 mm, the highest energy was estimated for spectra registered at a supply voltage 90131 U 90132 = 55 kV.No significant dependency of the voltage value on the energy was recognized, contained in the spectra regardless of the distance at which the measuring sensor was installed. 90005 \ n \ n \ n 90044 3.2.2. Results related to the needle-needle system with air bubbles 90045 \ n 90004 In Figures 44-47, signals registered in the needle-needle system with air bubbles for distances 5, 6, 7.5 and 8 mm are presented, respectively. Analyses of the charts resulted with the same statement, as it was the case of NN system, namely, that there is no significant influence of the voltage value on the registered intensities at the considered distances.The shape of the spectra remains similar when registered at the particular distances and is also very similar as it was the case of NN system. 90005 \ n 90044 Figure 44. 90045 90004 Spectra of the optical radiation emitted by PD generated at various supply voltage levels. The measuring sensor was placed at a distance equal to 5 mm from the HV electrode. 90005 \ n 90044 Figure 45. 90045 90004 Spectra of the optical radiation emitted by PD generated at various supply voltage levels. The measuring sensor was placed at a distance equal to 6 mm from the HV electrode.90005 \ n 90044 Figure 46. 90045 90004 Spectra of the optical radiation emitted by PD generated at various supply voltage levels. The measuring sensor was placed at a distance equal to 7.5 mm from the HV electrode. 90005 \ n 90044 Figure 47. 90045 90004 Spectra of the optical radiation emitted by PD generated at various supply voltage levels. The measuring sensor was placed at a distance equal to 8 mm from the HV electrode. 90005 \ n 90004 Based on the relationships, depicted in Figures 48-51, the lacking dependency of the voltage on the registered intensities for the considered distances was confirmed.90005 \ n 90044 Figure 48. 90045 90004 Maximal intensity registered at the distance 5 mm, in the function of PD generation voltage. 90005 \ n 90044 Figure 49. 90045 90004 Maximal intensity registered at the distance 6 mm, in the function of PD generation voltage. 90005 \ n 90044 Figure 50. 90045 90004 Maximal intensity registered at the distance 7.5 mm, in the function of PD generation voltage. 90005 \ n 90044 Figure 51. 90045 90004 Maximal intensity registered at the distance 8 mm, in the function of PD generation voltage.90005 \ n 90004 The energy values ​​contained in the registered spectra were determined for the analyzed supply voltage levels. The calculation results are presented in Figures 52-55 for the considered distances, respectively. 90005 \ n 90044 Figure 52. 90045 90004 Integrals calculated for intensity spectra in the function of the PD generation voltage, while the sensor was installed at a distance equal to 5 mm. 90005 \ n 90044 Figure 53. 90045 90004 Integrals calculated for intensity spectra in the function of the PD generation voltage, while the sensor was installed at a distance equal to 6 mm.90005 \ n 90044 Figure 54. 90045 90004 Integrals calculated for intensity spectra in the function of the PD generation voltage, while the sensor was installed at a distance equal to 7.5 mm. 90005 \ n 90044 Figure 55. 90045 90004 Integrals calculated for intensity spectra in the function of the PD generation voltage, while the sensor was installed at a distance equal to 8 mm. 90005 \ n 90004 At the distance of 8 mm, high energies were estimated for spectra registered at the supply voltage in the range from 46 to 51 kV.At the distance of 7.5 mm, the highest energy was estimated for spectra registered at a supply voltage 90131 U 90132 = 33 kV. At the distance of 6 mm, the highest energy was estimated for spectra registered at a supply voltage 90131 U 90132 = 45 kV. At the distance 5 mm, the highest energy was estimated for spectra registered at a supply voltage 90131 U 90132 = 14 kV. No significant dependency of the voltage value on the energy was recognized, contained in the spectra regardless of the distance at which the measuring sensor was installed.90005 \ n \ n \ n 90044 3.2.3. Results related to the surface system 90045 \ n 90004 In contrast to the previously considered NN and NNB systems, in the SURF system a clear dependency of voltage on the registered intensity spectra was observed. In Figures 56-58, intensities registered in the surface system for distances 4, 6 and 8 mm are presented, respectively. The shape of the spectra remains similar when registered at the particular distances. 90005 \ n.