multifold reflection surveying procedure - перевод на русский
Diclib.com
Словарь ChatGPT
Введите слово или словосочетание на любом языке 👆
Язык:

Перевод и анализ слов искусственным интеллектом ChatGPT

На этой странице Вы можете получить подробный анализ слова или словосочетания, произведенный с помощью лучшей на сегодняшний день технологии искусственного интеллекта:

  • как употребляется слово
  • частота употребления
  • используется оно чаще в устной или письменной речи
  • варианты перевода слова
  • примеры употребления (несколько фраз с переводом)
  • этимология

multifold reflection surveying procedure - перевод на русский

NEBULOSITY IN ASTRONOMY
Reflection nebulas; Reflection nebulae; Reflection nebulosity
  • newspaper=ESO Press Release}}</ref>
  • Reflection nebula vdB1
  • access-date=10 February 2016}}</ref>

multifold reflection surveying procedure      

сейсмология

методика многократных перекрытий

land surveying         
  • A surveyor using a [[total station]]
  •  A map of India showing the Great Trigonometrical Survey, produced in 1870
  • A student using a theodolite in field
  • An all-female surveying crew in [[Idaho]], 1918
  • A standard Brunton Geo [[compass]], still used commonly today by geographers, geologists and surveyors for field-based measurements
  • A German engineer surveying during the [[First World War]], 1918
  • A railroad surveying party at Russel's Tank, [[Arizona]] in the 1860s
  • A plumb rule from the book Cassells' Carpentry and Joinery
  • Example of modern equipment for surveying ([[Field-Map]] technology): [[GPS]], [[laser rangefinder]] and field computer allows surveying as well as [[cartography]] (creation of map in real-time) and field data collection.
  • pundit]] cartographer [[Nain Singh Rawat]] (19th century) received a [[Royal Geographical Society]] gold medal in 1876, for his efforts in exploring [[the Himalayas]] for the British
  • Cyclopaedia]]''
  • Center for Operational Oceanographic Products and Services staff member conducts tide station leveling in support of the US Army Corps of Engineers in Richmond, Maine.
  • Surveying students with their professor at the [[Helsinki University of Technology]] in the late 19th century
  • A survey using traverse and offset measurements to record the location of the shoreline shown in blue. Black dashed lines are traverse measurements between reference points (black circles). The red lines are offsets measured at right angles to the traverse lines.
FIELD OF ACTIVITY INVOLVING LOCATING TERRESTRIAL POINTS AND THE DISTANCES AND ANGLES BETWEEN THEM
Surveyour; Surveyors; Land surveying; Land measurement; Survey (land); Land Surveying; Surveyor (surveying); Land surveyor; Professional Land Surveyor; Registered Land Surveyor; Licensed Land Surveyor; As-built Survey; Surveyed; Land surveying software; Land surveys; Surveying station; Primary divisions of Surveying; Survey (geography); Surveyor; Rail surveying; Railroad surveying; Railway surveying; Surveying services; Chainman; Registered Surveyor; Land Surveyor; History of surveying; Engineering surveying; Topographical surveys
топографическая съёмка
chainman         
  • A surveyor using a [[total station]]
  •  A map of India showing the Great Trigonometrical Survey, produced in 1870
  • A student using a theodolite in field
  • An all-female surveying crew in [[Idaho]], 1918
  • A standard Brunton Geo [[compass]], still used commonly today by geographers, geologists and surveyors for field-based measurements
  • A German engineer surveying during the [[First World War]], 1918
  • A railroad surveying party at Russel's Tank, [[Arizona]] in the 1860s
  • A plumb rule from the book Cassells' Carpentry and Joinery
  • Example of modern equipment for surveying ([[Field-Map]] technology): [[GPS]], [[laser rangefinder]] and field computer allows surveying as well as [[cartography]] (creation of map in real-time) and field data collection.
  • pundit]] cartographer [[Nain Singh Rawat]] (19th century) received a [[Royal Geographical Society]] gold medal in 1876, for his efforts in exploring [[the Himalayas]] for the British
  • Cyclopaedia]]''
  • Center for Operational Oceanographic Products and Services staff member conducts tide station leveling in support of the US Army Corps of Engineers in Richmond, Maine.
  • Surveying students with their professor at the [[Helsinki University of Technology]] in the late 19th century
  • A survey using traverse and offset measurements to record the location of the shoreline shown in blue. Black dashed lines are traverse measurements between reference points (black circles). The red lines are offsets measured at right angles to the traverse lines.
FIELD OF ACTIVITY INVOLVING LOCATING TERRESTRIAL POINTS AND THE DISTANCES AND ANGLES BETWEEN THEM
Surveyour; Surveyors; Land surveying; Land measurement; Survey (land); Land Surveying; Surveyor (surveying); Land surveyor; Professional Land Surveyor; Registered Land Surveyor; Licensed Land Surveyor; As-built Survey; Surveyed; Land surveying software; Land surveys; Surveying station; Primary divisions of Surveying; Survey (geography); Surveyor; Rail surveying; Railroad surveying; Railway surveying; Surveying services; Chainman; Registered Surveyor; Land Surveyor; History of surveying; Engineering surveying; Topographical surveys
мерщик, рабочий с мерной цепью

Определение

Surveyor
·noun One who surveys or measures land; one who practices the art of surveying.
II. Surveyor ·noun One placed to superintend others; an overseer; an Inspector.
III. Surveyor ·noun An officer who ascertains the contents of casks, and the quantity of liquors subject to duty; a gauger.
IV. Surveyor ·noun One who views and examines for the purpose of ascertaining the condition, quantity, or quality of anything; as, a surveyor of highways, ordnance, ·etc.
V. Surveyor ·noun In the United States, an officer whose duties include the various measures to be taken for ascertaining the quantity, condition, and value of merchandise brought into a port.

Википедия

Reflection nebula

In astronomy, reflection nebula are clouds of interstellar dust which might reflect the light of a nearby star or stars. The energy from the nearby stars is insufficient to ionize the gas of the nebula to create an emission nebula, but is enough to give sufficient scattering to make the dust visible. Thus, the frequency spectrum shown by reflection nebulae is similar to that of the illuminating stars. Among the microscopic particles responsible for the scattering are carbon compounds (e. g. diamond dust) and compounds of other elements such as iron and nickel. The latter two are often aligned with the galactic magnetic field and cause the scattered light to be slightly polarized.

Как переводится multifold reflection surveying procedure на Русский язык