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1 real parabola
Большой англо-русский и русско-английский словарь > real parabola
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2 real parabola
Математика: вещественная парабола -
3 real parabola
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4 parabola
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5 вещественная парабола
real parabola мат.Русско-английский научно-технический словарь Масловского > вещественная парабола
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6 вещественная парабола
Большой англо-русский и русско-английский словарь > вещественная парабола
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7 вещественная парабола
Mathematics: real parabolaУниверсальный русско-английский словарь > вещественная парабола
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8 control
1) управление; регулирование, регулировка || управлять; регулировать2) орган управления; регулятор; орган настройки3) система управления; система регулирования4) pl средства управления; средства регулирования5) контроль; проверка || контролировать; проверять6) система контроля; система проверки7) pl средства контроля; средства проверки8) pl методы контроля; рычаги управления9) вчт контроллер10) pl вчт методы управления данными и контроля данных в процессе обработки11) pl вчт позиции управления экранного меню12) управляющий провод ( криотрона)•- access controlcontrol during material — регулирование ( уровня громкости) во время передачи сигнала
- ActiveX control - airport radar control
- air-traffic control
- amplitude balance control
- ANSI screen control
- antenna position control
- anticipatory control
- anticlutter gain control
- approach control
- armature voltage control
- artistic effect control
- astatic control
- attitude control
- audible control
- audio-fidelity control
- audio volume control
- automatic control
- automatic background control
- automatic bandwidth control
- automatic bias control
- automatic brightness control
- automatic chroma control
- automatic chrominance control
- automatic color control
- automatic contrast control
- automatic fine-tuning control
- automatic flight control
- automatic frequency control - automatic light control
- automatic load control
- automatic modulation control - automatic phase control
- automatic picture control
- automatic range control
- automatic recording level control
- automatic remote control
- automatic selectivity control
- automatic sensitivity control
- automatic tint control
- automatic voltage control
- automatic volume -control
- automatic volume expansion control - balance control
- bandspread tuning control
- bang-bang control
- bass control
- beam-rider control
- bilateral control
- black level control
- blue-gain control
- breath control
- brightness control
- brilliance control
- bumped phase control
- camera control
- carrier-current control
- Cartesian control
- cascade control
- centering control
- charge control
- chroma control
- chromaticity control
- chrominance-gain control
- closed-loop control
- coarse control
- color-saturation control
- command control
- compensated volume control
- computer control - computerized numerical control
- concurrency control
- concurrency control and recovery
- continuity control
- continuous control
- continuous feedback control
- contouring control
- contrast control
- convergence control
- convergence phase control
- counter control
- crystal control
- cue control
- cursor control
- cybernetic control
- data acquisition control
- data-link control
- data recording control
- dc motor control
- delayed automatic volume control
- depth control
- derivative control
- differential gain control
- digital control
- digital remote control
- direct digital control
- directional control
- direct manual control - distribution control
- domain-wall state control
- dramatic effect control
- drive control
- dual control
- dynamic astigmatism control
- dynamic contrast control
- echo duration control
- echo return control
- echo tone control
- electrical control
- electronic control
- electronic motor control
- embedded control
- end-point control
- end-to-end control
- environmental control
- error control
- external control
- fail-safe control - feedback tone control
- feedforward control
- field-effect conductivity control
- field linearity control
- fine-tuning control
- finite control - focus control
- focusing control
- follow-up control
- foot control
- forms control - framing control
- frequency control - front-panel control
- full-wave control
- fuzzy control
- gain control
- gain-sensitivity control
- gain-time control
- ganged volume control - global control
- green-gain control
- grid control
- ground control
- guidance control
- half-wave control
- hardware error control
- height control
- hierarchical control
- hierarchically intelligent control - high-level data-link control
- hold control
- holding control
- homing control
- horizontal-amplitude control
- horizontal centering control
- horizontal convergence control
- horizontal drive control
- horizontal hold control
- horizontal-linearity control
- horizontal parabola control
- hue control
- illumination control
- independent control
- inertial control
- infinitely fast control
- infinity control
- in-process control - intelligent control
- intensity control
- interface-shape control
- interference control
- intermediate control
- intermittent control
- internal control
- interrupt control
- inventory control - keyboard reset control
- learning control
- linear control
- linearity control
- local control
- logical control - loop control
- loudness control
- lower-level intelligent control
- manual control - master brightness control
- master gain control
- material gap control
- mechanical fader control
- medium access control - microprocessor control
- microprogrammed control
- middle control
- MIDI control
- mission control
- mobile communications control
- mode control
- motor control
- motor-concatenation control
- motor-field control
- motor-voltage control
- multicoordinate control
- multivariable control
- musical instrument digital interface control
- narrow control
- neighboring optimal control
- neuromuscular control
- noise gain control
- nuclear level control
- numerical control
- off-line control
- on-line control
- on-off control
- open-loop control
- optimal control
- organizational control
- overtemperature control
- parametric control
- parity control
- partitioned adaptive control
- passively adaptive control
- pattern control
- peaking control
- peripheral control
- phase control
- phase-shift control
- photoelectric control
- photoelectric loop control
- photoelectric register control
- pin control
- plugged control
- point-to-point control
- portamento control
- positioning control
- power up/down control
- precision control
- presence control
- priority control
- process control
- program control
- programmable gain control
- project control
- proportional control
- proportional plus derivative control
- proportional plus integral plus derivative control
- PTP control
- purity control
- push-button control
- quality control - radar traffic control - random decision-directed adaptive control
- range control
- rate control
- ratio control
- ray-control
- real-time control
- recording control
- red-gain control
- reflexive control
- regeneration control
- regional playback control
- reject control
- relay control
- relay directional control
- reliability control
- remote control
- retarded control
- rewind control
- RFI control
- ringing control
- robot control
- roll-and-pitch control
- rounding control
- saturation control
- screen control
- security controls
- selectivity control
- self-acting control
- self-organizing control
- semiremote control
- sensitivity control
- sensitivity-time control
- sequence control - servo-loop control
- set-point control
- sidetone control
- single-dial control
- size control
- slide control
- software error control
- sound control
- sound volume control
- speech control
- speed control
- spin control
- squelch control
- static control - surge control
- swept gain control - tapped control
- temperature control
- temporal gain control
- time polarity control
- time-schedule control
- time-varied gain control
- titration control
- tone control
- tone-compensated audio volume control - touch-sensitive control
- traffic control
- treble control
- trigger control
- tuning control
- undertemperature control
- unilateral control
- usage parameter control
- variable speech control
- vertical-amplitude control
- vertical-centering control
- vertical convergence control
- vertical-hold control
- vertical-linearity control
- video gain control - volume control
- white-level control
- wide control
- width control
- μP control -
9 control
1) управление; регулирование, регулировка || управлять; регулировать2) орган управления; регулятор; орган настройки3) система управления; система регулирования4) pl. средства управления; средства регулирования5) контроль; проверка || контролировать; проверять6) система контроля; система проверки7) pl. средства контроля; средства проверки8) pl. методы контроля; рычаги управления9) вчт. контроллер10) pl.; вчт. методы управления данными и контроля данных в процессе обработки11) pl.; вчт. позиции управления экранного меню12) управляющий провод ( криотрона)•- acceptance controlcontrol during material — регулирование ( уровня громкости) во время передачи сигнала
- access control
- ActiveX control
- adaptive control
- aids-to-navigation radio control
- airport ground traffic control
- airport radar control
- air-traffic control
- amplitude balance control
- ANSI screen control
- antenna position control
- anticipatory control
- anticlutter gain control
- approach control
- armature voltage control
- artistic effect control
- astatic control
- attitude control
- audible control
- audio volume control
- audio-fidelity control
- automatic background control
- automatic bandwidth control
- automatic bias control
- automatic brightness control
- automatic chroma control
- automatic chrominance control
- automatic color control
- automatic contrast control
- automatic control
- automatic fine-tuning control
- automatic flight control
- automatic frequency control
- automatic gain control
- automatic knee control
- automatic level control
- automatic light control
- automatic load control
- automatic modulation control
- automatic overload control
- automatic peak search control
- automatic pedestal control
- automatic phase control
- automatic picture control
- automatic range control
- automatic recording level control
- automatic remote control
- automatic selectivity control
- automatic sensitivity control
- automatic tint control
- automatic voltage control
- automatic volume expansion control
- automatic volume level control
- automatic volume-control
- background control
- balance control
- bandspread tuning control
- bang-bang control
- bass control
- beam-rider control
- bilateral control
- black level control
- blue-gain control
- breath control
- brightness control
- brilliance control
- bumped phase control
- camera control
- carrier-current control
- Cartesian control
- cascade control
- centering control
- charge control
- chroma control
- chromaticity control
- chrominance-gain control
- closed-loop control
- coarse control
- color-saturation control
- command control
- compensated volume control
- computer control
- computer numerical control
- computer-aided quality control
- computerized numerical control
- concurrency control and recovery
- concurrency control
- continuity control
- continuous control
- continuous feedback control
- contouring control
- contrast control
- convergence control
- convergence phase control
- counter control
- crystal control
- cue control
- cursor control
- cybernetic control
- data acquisition control
- data recording control
- data-link control
- dc motor control
- delayed automatic volume control
- depth control
- derivative control
- differential gain control
- digital control
- digital remote control
- direct digital control
- direct manual control
- direct numerical control
- directional control
- distributed control
- distribution control
- domain-wall state control
- dramatic effect control
- drive control
- dual control
- dynamic astigmatism control
- dynamic contrast control
- echo duration control
- echo return control
- echo tone control
- electrical control
- electronic control
- electronic motor control
- embedded control
- end-point control
- end-to-end control
- environmental control
- error control
- external control
- fail-safe control
- fast automatic gain control
- feedback control
- feedback tone control
- feedforward control
- field linearity control
- field-effect conductivity control
- fine-tuning control
- finite control
- flight control
- flow control
- focus control
- focusing control
- follow-up control
- foot control
- forms control
- forward error control
- frame control
- framing control
- frequency control
- frequency monitoring and interference control
- frequency-response control
- front-panel control
- full-wave control
- fuzzy control
- gain control
- gain-sensitivity control
- gain-time control
- ganged volume control
- gate mobile communications control
- generator field control
- global control
- green-gain control
- grid control
- ground control
- guidance control
- half-wave control
- hardware error control
- height control
- hierarchical control
- hierarchically intelligent control
- higher-level intelligent control
- high-level data link control
- high-level data-link control
- hold control
- holding control
- homing control
- horizontal centering control
- horizontal convergence control
- horizontal drive control
- horizontal hold control
- horizontal parabola control
- horizontal-amplitude control
- horizontal-linearity control
- hue control
- illumination control
- independent control
- inertial control
- infinitely fast control
- infinity control
- in-process control
- instantaneous automatic gain control
- integral control
- intelligent control
- intensity control
- interface-shape control
- interference control
- intermediate control
- intermittent control
- internal control
- interrupt control
- inventory control
- ISDN data link control
- ISDN media access control
- keyboard control
- keyboard reset control
- learning control
- linear control
- linearity control
- local control
- logical control
- logical link control
- long-range control
- loop control
- loudness control
- lower-level intelligent control
- manual control
- manual gain control
- mass storage volume control
- master brightness control
- master control
- master gain control
- material gap control
- mechanical fader control
- medium access control
- message data link control
- microcomputer control
- microprocessor control
- microprogrammed control
- middle control
- MIDI control
- mission control
- mobile communications control
- mode control
- motor control
- motor-concatenation control
- motor-field control
- motor-voltage control
- multicoordinate control
- multivariable control
- musical instrument digital interface control
- narrow control
- neighboring optimal control
- neuromuscular control
- noise gain control
- nuclear level control
- numerical control
- off-line control
- on-line control
- on-off control
- open-loop control
- optimal control
- organizational control
- overtemperature control
- parametric control
- parity control
- partitioned adaptive control
- passively adaptive control
- pattern control
- peaking control
- peripheral control
- phase control
- phase-shift control
- photoelectric control
- photoelectric loop control
- photoelectric register control
- pin control
- plugged control
- point-to-point control
- portamento control
- positioning control
- power up/down control
- precision control
- presence control
- priority control
- process control
- program control
- programmable gain control
- project control
- proportional control
- proportional plus derivative control
- proportional plus integral plus derivative control
- PTP control
- purity control
- push-button control
- quality control
- quiet automatic volume control
- radar control
- radar traffic control
- radio control
- radio-frequency interference control
- random decision-directed adaptive control
- range control
- rate control
- ratio control
- ray-control
- real-time control
- recording control
- red-gain control
- reflexive control
- regeneration control
- regional playback control
- reject control
- relay control
- relay directional control
- reliability control
- remote control
- retarded control
- rewind control
- RFI control
- ringing control
- robot control
- roll-and-pitch control
- rounding control
- saturation control
- screen control
- security controls
- selectivity control
- self-acting control
- self-organizing control
- semiremote control
- sensitivity control
- sensitivity-time control
- sequence control
- sequential control
- servo control
- servo-loop control
- set-point control
- sidetone control
- single-dial control
- size control
- slide control
- software error control
- sound control
- sound volume control
- speech control
- speed control
- spin control
- squelch control
- static control
- statistical process control
- statistical quality control
- stored-program control
- supervisory control
- surge control
- swept gain control
- synchronous data link control
- system-wide control
- tapped control
- temperature control
- temporal gain control
- time polarity control
- time-schedule control
- time-varied gain control
- titration control
- tone control
- tone-compensated audio volume control
- total distributed control
- total quality control
- touch-sensitive control
- traffic control
- treble control
- trigger control
- tuning control
- undertemperature control
- unilateral control
- usage parameter control
- variable speech control
- vertical convergence control
- vertical-amplitude control
- vertical-centering control
- vertical-hold control
- vertical-linearity control
- video gain control
- visit mobile communications control
- voice control
- volume control
- white-level control
- wide control
- width controlThe New English-Russian Dictionary of Radio-electronics > control
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10 focus
1) фокус || собирать в фокусе; помещать в фокусе; фокусировать2) фокусирование, фокусировка || фокусный3) точка фокуса4) горн. очаг, центр•out of focus — не в фокусе; расфокусированный
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11 Galilei, Galileo
SUBJECT AREA: Photography, film and optics[br]b. 15 February 1564 Pisa, Italyd. 8 January 1642 Arcetri, near Florence, Italy[br]Italian mathematician, astronomer and physicist who established the principle of the pendulum and was first to exploit the telescope.[br]Galileo began studying medicine at the University of Pisa but soon turned to his real interests, mathematics, mechanics and astronomy. He became Professor of Mathematics at Pisa at the age of 25 and three years later moved to Padua. In 1610 he transferred to Florence. While still a student he discovered the isochronous property of the pendulum, probably by timing with his pulse the swings of a hanging lamp during a religious ceremony in Pisa Cathedral. He later designed a pendulum-controlled clock, but it was not constructed until after his death, and then not successfully; the first successful pendulum clock was made by the Dutch scientist Christiaan Huygens in 1656. Around 1590 Galileo established the laws of motion of falling bodies, by timing rolling balls down inclined planes and not, as was once widely believed, by dropping different weights from the Leaning Tower of Pisa. These and other observations received definitive treatment in his Discorsi e dimostrazioni matematiche intorno a due nuove scienzi attenenti alla, meccanica (Dialogues Concerning Two New Sciences…) which was completed in 1634 and first printed in 1638. This work also included Galileo's proof that the path of a projectile was a parabola and, most importantly, the development of the concept of inertia.In astronomy Galileo adopted the Copernican heliocentric theory of the universe while still in his twenties, but he lacked the evidence to promote it publicly. That evidence came with the invention of the telescope by the Dutch brothers Lippershey. Galileo heard of its invention in 1609 and had his own instrument constructed, with a convex object lens and concave eyepiece, a form which came to be known as the Galilean telescope. Galileo was the first to exploit the telescope successfully with a series of striking astronomical discoveries. He was also the first to publish the results of observations with the telescope, in his Sidereus nuncius (Starry Messenger) of 1610. All the discoveries told against the traditional view of the universe inherited from the ancient Greeks, and one in particular, that of the four satellites in orbit around Jupiter, supported the Copernican theory in that it showed that there could be another centre of motion in the universe besides the Earth: if Jupiter, why not the Sun? Galileo now felt confident enough to advocate the theory, but the advance of new ideas was opposed, not for the first or last time, by established opinion, personified in Galileo's time by the ecclesiastical authorities in Rome. Eventually he was forced to renounce the Copernican theory, at least in public, and turn to less contentious subjects such as the "two new sciences" of his last and most important work.[br]Bibliography1610, Sidereus nuncius (Starry Messenger); translation by A.Van Helden, 1989, Sidereus Nuncius, or the Sidereal Messenger; Chicago: University of Chicago Press.1623, Il Saggiatore (The Assayer).1632, Dialogo sopre i due massimi sistemi del mondo, tolemaico e copernicano (Dialogue Concerning the Two Chief World Systems, Ptolemaic and Copernican); translation, 1967, Berkeley: University of California Press.1638, Discorsi e dimostrazioni matematiche intorno a due nuove scienzi attenenti allameccanica (Dialogues Concerning Two New Sciences…); translation, 1991, Buffalo, New York: Prometheus Books (reprint).Further ReadingG.de Santillana, 1955, The Crime of Galileo, Chicago: University of Chicago Press; also 1958, London: Heinemann.H.Stillman Drake, 1980, Galileo, Oxford: Oxford Paperbacks. M.Sharratt, 1994, Galileo: Decisive Innovator, Oxford: Blackwell.J.Reston, 1994, Galileo: A Life, New York: HarperCollins; also 1994, London: Cassell.A.Fantoli, 1994, Galileo: For Copemicanism and for the Church, trans. G.V.Coyne, South Bend, Indiana: University of Notre Dame Press.LRD -
12 παραβολή
παραβολή, ῆς, ἡ (παραβάλλω; Pla., Isocr.+; ins, pap, LXX; En; TestSol 20:4; Just.; Mel., P.—JWackernagel, Parabola: IndogF 31, 1912/13, 262–67)① someth. that serves as a model or example pointing beyond itself for later realization, type, figure παραβολὴ εἰς τὸν καιρὸν τὸν ἐνεστηκότα a symbol (pointing) to the present age Hb 9:9. ἐν παραβολῇ as a type (of the violent death and of the resurrection of Christ) 11:19. λέγει ὁ προφήτης παραβολὴν κυρίου B 6:10, where the mng. may be the prophet is uttering a parable of the Lord (Goodsp.), or the prophet speaks of the Lord in figurative language (Kleist), or the prophet speaks in figurative language given him by the Lord. W. αἴνιγμα PtK 4 p. 15, 31. The things of the present or future cannot be understood by the ordinary Christian διὰ τὸ ἐν παραβολαῖς κεῖσθαι because they are expressed in figures B 17:2.② a narrative or saying of varying length, designed to illustrate a truth especially through comparison or simile, comparison, illustration, parable, proverb, maxim.ⓐ in the synoptics the word refers to a variety of illustrative formulations in the teaching of Jesus (in Mt 17 times, in Mk 13 times, in Lk 18 times; cp. Euclides [400 B.C.] who, acc. to Diog. L. 2, 107, rejected ὁ διὰ παραβολῆς λόγος; Aristot., Rhet. 2, 20, 2ff; Περὶ ὕψους 37; Vi. Aesopi II p. 307, 15 Eb.; Biogr. p. 87 Ὁμήρου παραβολαί; Philo, Conf. Lingu. 99; Jos., Ant. 8, 44. The Gk. OT also used παραβολή for various words and expressions that involve comparison, including riddles [s. Jülicher below: I2 32–40].—En 1:2; 3. Cp. π. κυριακαί Iren. 1, 8, 1 [Harv I 67, 1]). For prob. OT influence on the use of comparison in narrative s. Ezk 17. λέγειν, εἰπεῖν παραβολήν: Lk 13:6; 16:19 D; 19:11 (begins the longest ‘parable’ in the synoptics: 17 verses). τινί to someone 4:23 (the briefest ‘parable’: 3 words; here and in the next passage π.=proverb, quoted by Jesus); 6:39; 18:1; 21:29. πρός τινα to someone 5:36; 12:16, 41; 14:7; 15:3; 18:9; 20:9; with reference to someone Mk 12:12; Lk 20:19. παραβολὴν λαλεῖν τινι Mt 13:33. παραβολὴν παρατιθέναι τινί put a parable before someone vss. 24, 31. τελεῖν τὰς παραβολάς finish the parables vs. 53. διασαφεῖν (v.l. φράζειν) τινι τὴν παραβολήν vs. 36. φράζειν τινὶ τὴν παρ. explain the parable 15:15. ἀκούειν Mt 13:18; 21:33, 45. γνῶναι and εἰδέναι understand Mk 4:13b et al. μαθεῖν τὴν παρ. ἀπό τινος learn the parable from someth. Mt 24:32; Mk 13:28. (ἐπ)ἐρωτᾶν τινα τὴν παρ. ask someone the mng. of the parable Mk 7:17 (in ref. to vs. 15); cp. 4:10. Also ἐπερωτᾶν τινα περὶ τῆς παρ. 7:17 v.l.; ἐπηρώτων αὐτὸν τίς εἴη ἡ παρ. they asked him what the parable meant Lk 8:9; the answer to it: ἔστιν δὲ αὕτη ἡ παρ. but the parable means this vs. 11.—παραβολαῖς λαλεῖν τινί τι Mk 4:33. W. the gen. of that which forms the subj. of the parable ἡ παρ. τοῦ σπείραντος Mt 13:18. τῶν ζιζανίων vs. 36 (cp. ἡ περὶ τοῦ … τελώνου παρ. Orig., C. Cels. 3, 64, 11).—W. a prep.: εἶπεν διὰ παραβολῆς Lk 8:4 (Orig., C. Cels. 1, 5, 11).—χωρὶς παραβολῆς οὐδὲν ἐλάλει αὐτοῖς Mt 13:34b; Mk 4:34.—Mostly ἐν: τιθέναι τὴν βασιλείαν τοῦ θεοῦ ἐν παραβολῇ present the Reign of God in a parable vs. 30. ἐν παραβολαῖς λαλεῖν τινι Mt 13:10, 13; Mk 12:1. ἐν παραβολαῖς λέγειν τινί Mt 22:1; Mk 3:23. λαλεῖν τινί τι ἐν παραβολαῖς Mt 13:3, 34a. διδάσκειν τινά τι ἐν παραβολαῖς Mk 4:2. ἀνοίξω ἐν παραβολαῖς τὸ στόμα μου Mt 13:35 (Ps 77:2). γίνεταί τινί τι ἐν παραβολαῖς someth. comes to someone in the form of parables Mk 4:11; cp. Lk 8:10. According to Eus. (3, 39, 11), Papias presented some unusual parables of the Savior, i.e. ascribed to Jesus: Papias (2:11).—AJülicher, Die Gleichnisreden Jesu I2 1899; II 1899 [the older lit. is given here I 203–322]; GHeinrici, RE VI 688–703, XXIII 561f; CBugge, Die Hauptparabeln Jesu 1903; PFiebig, Altjüdische Gleichnisse und d. Gleichnisse Jesu 1904, D. Gleichnisse Jesu im Lichte der rabb. Gleich. 1912, D. Erzählungsstil der Ev. 1925; LFonck, Die Parabeln des Herrn3 1909 (w. much lit. on the individual parables), The Parables of the Gospel3 1918; JKögel, BFCT XIX 6, 1915; MMeinertz, Die Gleichnisse Jesu 1916; 4th ed. ’48; HWeinel, Die Gleichnisse Jesu5 1929; RBultmann, D. Geschichte der synoptischen Tradition2 ’31, 179–222; MDibelius, D. Formgeschichte des Ev.2 33; EBuonaiuti, Le parabole di Gesù: Religio 10–13, ’34–37; WOesterly, The Gospel Parables in the Light of Their Jewish Background ’36; EWechssler, Hellas im Ev. ’36, 267–85; CDodd, The Parables of the Kgdm.3 ’36; BSmith, The Par. of the Syn. Gosp. ’37; WMichaelis, Es ging e. Sämann aus. zu säen ’38; OPiper, The Understanding of the Syn. Par.: EvQ 14, ’42, 42–53; CMasson, Les Paraboles de Marc IV ’45; JJeremias, D. Gleichn. Jesu4 ’56 (Eng. tr. ’55); ELinnemann, Jesus of the Parables, tr. JSturdy, ’66; AWeiser, D. Knechtsgleichnisse der synopt. Evv. ’71; JKingsbury, The Parables of Jesus in Mt 13, ’69; FDanker, Fresh Persp. on Mt, CTM 41, ’70, 478–90; JKingsbury, ibid. 42, ’71, 579–96; TManson, The Teaching of Jesus, ’55, 57–86; JSider, Biblica 62, ’81, 453–70 (synoptists); ECuvillier, Le concept de ΠΑΡΑΒΟΛΗ dans le second évangile ’93.ⓑ Apart fr. the Syn. gospels, παρ. is found in our lit. freq. in Hermas (as heading: Hs 1:1; 2:1; 3:1; 4:1; 5:1; [6:1; 7:1; 8:1]) but not independently of the synoptic tradition. Hermas uses παρ. only once to designate a real illustrative (double) parable, in m 11:18. Elsewh παρ. is for Hermas an enigmatic presentation that is somet. seen in a vision, somet. expressed in words, but in any case is in need of detailed interpretation: w. gen. of content (s. a above) τοῦ πύργου about the tower Hv 3, 3, 2. τοῦ ἀγροῦ about the field Hs 5, 4, 1. τῶν ὀρέων 9, 29, 4. δηλοῦν τὴν παραβολήν 5, 4, 1a. παρ. ἐστιν ταῦτα 5, 4, 1b. ἀκούειν τὴν παραβολήν v 3, 3, 2; 3, 12, 1; Hs 5, 2, 1. παραβολὰς λαλεῖν τινι 5, 4, 2a. τὰ ῥήματα τὰ λεγόμενα διὰ παραβολῶν 5, 4, 3b; γράφειν τὰς παρ. v 5:5f; Hs 9, 1, 1; συνιέναι τὰς παρ. m 10, 1, 3. γινώσκειν Hs 5, 3, 1a; 9, 5, 5. νοεῖν m 10, 1, 4; Hs 5, 3, 1b. ἐπιλύειν τινὶ παρ. 5, 3, 1c; 5, 4, 2b; 3a. συντελεῖν 9, 29, 4. ἡ ἐπίλυσις τῆς παρ. explanation, interpretation of the parable 5, 6, 8; αἱ ἐπιλύσεις τῶν παρ. 5, 5, 1. ὁ υἱὸς τοῦ θεοῦ εἰς δούλου τρόπον κεῖται ἐν τῇ παρ. the Son of God appears in the parable as a slave 5, 5, 5. ἡ παρ. εἰς τοὺς δούλους τοῦ θεοῦ κεῖται the par. refers to the slaves of God 2:4.—S. also the headings to the various parts of the third division of Hermas (the Parables) and on Hermas gener. s. Jülicher, op. cit. I 204–209.—εἰ δὲ δεῖ ἡμᾶς καὶ ἀπὸ τῶν σπερμάτων μὴ ποιεῖσθαι τὴν παρ. but if we are not to draw our comparison from the (action of) the seeds AcPlCor 2:28.—BScott, Profiles of Jesus, Parables: The Fourth R 10, ’97, 3–14.—B. 1262. DELG s.v. βάλλω. M-M. EDNT. TW. Sv.
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