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21 milling
1) фрезерование || фрезерный2) pl фрезерная стружка3) прокатывание; вальцевание4) измельчение, механическое измельчение; размол•- 2D millingmilling by one-way lines — фрезерование односторонними строчками ( на копировально-фрезерном станке)
- 3D milling
- abreast milling
- adaptively controlled milling
- angular milling
- arc milling
- asymmetrical face milling
- ballnose milling
- bed-type milling
- cam milling
- carbide milling
- chemical milling
- circular interpolation milling
- circular milling
- climb milling
- climb-cut milling
- CNC milling
- conical milling
- continuous circular milling
- continuous rotary milling
- continuous-path milling
- contour form milling
- contour milling
- conventional milling
- copy milling
- cutdown milling
- cutup milling
- depth milling
- down milling
- down-cut milling
- drum milling
- dry milling
- duplex milling
- EDM milling
- elliptical milling
- end milling
- face milling
- fine milling
- finish milling
- flat milling
- form milling
- frame milling
- full horsepower milling
- full sequence picture-frame milling
- gang milling
- gear milling
- hard milling
- heavy milling
- heavy-duty milling
- helical milling
- high-definition finish milling
- high-impact milling
- high-torque milling
- high-volume milling
- hole milling
- hollow milling
- horizontal milling
- hot milling
- in milling
- in-cycle milling and drilling
- index milling
- index-base milling
- in-line milling
- intermittent feed milling
- internal milling
- interpolation milling
- inverse milling
- keyway milling
- light milling
- light-duty milling
- linear milling
- line-by-line milling
- medium-duty milling
- mirror image milling
- multiattitude rotary milling
- multiface milling
- multiple milling
- multiple-spindle milling
- multisurface milling
- NC milling
- negative rake milling
- numerical control milling
- off-axis milling
- one-pass milling
- opposed milling
- orbital milling
- ordinary milling
- out milling
- out-cut milling
- parallel milling
- parallel-line milling
- paraxial milling
- pendulum milling
- peripheral milling
- perpendicular milling
- photochemical milling
- plain milling
- plain surface milling
- plane milling
- planetary milling
- planetary thread milling
- plunge milling
- pocket milling
- point milling
- production milling
- profile milling
- progressive milling
- radius milling
- ramp milling
- recess milling
- reciprocal milling
- relief milling
- repetition milling
- rest milling
- right-angle milling
- rotary milling
- rough milling
- screw thread milling
- sculpture milling
- second operation milling
- shoulder milling
- side milling
- skin milling
- slab milling
- slot copy milling
- slot milling
- spherical milling
- spindle's clockwise/counter clockwise milling
- spiral milling
- spline milling
- station transfer milling
- step milling
- step-cut milling
- straddle milling
- straight milling
- string milling
- sweep milling
- symmetrical face milling
- taper milling
- templet milling
- thread hob milling
- thread milling
- three-axis contour milling
- three-axis surface milling
- three-side milling
- tool milling
- tracer milling
- tracer-controlled milling
- tracing milling
- transfer-base milling
- traverse milling
- ultrafast milling
- ultrasonic milling
- universal milling
- up milling
- up-cut milling
- vertical milling
- whirl millingEnglish-Russian dictionary of mechanical engineering and automation > milling
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22 material
материал; веществоАнгло-русский словарь по полиграфии и издательскому делу > material
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23 D-value
The amount (positive or negative) by which the altitude (Z) of a point on an isobaric surface differs from the altitude (Zp) of the same isobaric surface in the ICAO Standard Atmosphere (i.e. D-value = Z - Zp).(PANS-ATM)Official term and definition deleted from PANS-ATM by Amdt 4 (24/11/2005).Величина (положительная или отрицательная), на которую абсолютная высота (Z) точки изобарической поверхности отличается от абсолютной высоты (Zр) той же изобарической поверхности в условиях стандартной атмосферы ИКАО (т. е. величина D = Z - Zр).International Civil Aviation Vocabulary (English-Russian) > D-value
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24 geoid undulation
geoid undulation; GUNDThe distance of the geoid above (positive) or below (negative) the mathematical reference ellipsoid.Note.— In respect to the World Geodetic System — 1984 (WGS-84) defined ellipsoid, the difference between the WGS-84 ellipsoidal height and orthometric height represents WGS-84 geoid undulation.(AN 4; AN 14/I; AN 14/II; AN 15; PANS-OPS/II)Official definition added to: AN 4 by Amdt 51 (05/11/1998), AN 14/I & 14/II by Amdt 2 (1997), AN 15 by Amdt 29 (06/11/1997).волна геоида; GUNDРасстояние (положительное значение или отрицательное значение) между поверхностью геоида и поверхностью математически определённого референц-эллипсоида.Примечание. В отношении эллипсоида, определённого во Всемирной геодезической системе — 1984 (WGS-84), разница между высотой относительно эллипсоида WGS-84 и ортометрической высотой геоида представляет собой волну геоида.International Civil Aviation Vocabulary (English-Russian) > geoid undulation
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25 GUND
geoid undulation; GUNDThe distance of the geoid above (positive) or below (negative) the mathematical reference ellipsoid.Note.— In respect to the World Geodetic System — 1984 (WGS-84) defined ellipsoid, the difference between the WGS-84 ellipsoidal height and orthometric height represents WGS-84 geoid undulation.(AN 4; AN 14/I; AN 14/II; AN 15; PANS-OPS/II)Official definition added to: AN 4 by Amdt 51 (05/11/1998), AN 14/I & 14/II by Amdt 2 (1997), AN 15 by Amdt 29 (06/11/1997).волна геоида; GUNDРасстояние (положительное значение или отрицательное значение) между поверхностью геоида и поверхностью математически определённого референц-эллипсоида.Примечание. В отношении эллипсоида, определённого во Всемирной геодезической системе — 1984 (WGS-84), разница между высотой относительно эллипсоида WGS-84 и ортометрической высотой геоида представляет собой волну геоида.International Civil Aviation Vocabulary (English-Russian) > GUND
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26 Unconscious
Prior to Descartes and his sharp definition of the dualism there was no cause to contemplate the possible existence of unconscious mentality as part of a separate realm of mind. Many religious and speculative thinkers had taken for granted factors lying outside but influencing immediate awareness.... Until an attempt had been made (with apparent success) to choose awareness as the defining characteristic of mind, there was no occasion to invent the idea of unconscious mind.... It is only after Descartes that we find, first the idea and then the term "unconscious mind" entering European thought. (Whyte, 1962, p. 25)If there are two realms, physical and mental, awareness cannot be taken as the criterion of mentality [because] the springs of human nature lie in the unconscious... as the realm which links the moments of human awareness with the background of organic processes within which they emerge. (Whyte, 1962, p. 63)he unconscious was no more invented by Freud than evolution was invented by Darwin, and has an equally impressive pedigree, reaching back to antiquity.... At the dawn of Christian Europe the dominant influence were the Neoplatonists; foremost among them Plotinus, who took it for granted that "feelings can be present without awareness of them," that "the absence of a conscious perception is no proof of the absence of mental activity," and who talked confidently of a "mirror" in the mind which, when correctly aimed, reflects the processes going on inside it, when aimed in another direction, fails to do so-but the process goes on all the same. Augustine marvelled at man's immense store of unconscious memories-"a spreading, limitless room within me-who can reach its limitless depth?"The knowledge of unconscious mentation had always been there, as can be shown by quotations from theologians like St. Thomas Aquinas, mystics like Jacob Boehme, physicians like Paracelsus, astronomers like Kepler, writers and poets as far apart as Dante, Cervantes, Shakespeare, and Montaigne. This in itself is in no way remarkable; what is remarkable is that this knowledge was lost during the scientific revolution, more particularly under the impact of its most influential philosopher, Rene Descartes. (Koestler, 1964, p. 148)4) The Constructive Nature of Automatic Cognitive Functioning Argues for the Existence of Unconscious ActivityThe constructive nature of the automatic functioning argues the existence of an activity analogous to consciousness though hidden from observation, and we have therefore termed it unconscious. The negative prefix suggests an opposition, but it is no more than verbal, not any sort of hostility or incompatibility being implied by it, but simply the absence of consciousness. Yet a real opposition between the conscious and the unconscious activity does subsist in the limitations which the former tends to impose on the latter. (Ghiselin, 1985, p. 7)Historical dictionary of quotations in cognitive science > Unconscious
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