pergămon

Берлин - столица Германии и одновременно федеральная земля; самый крупный город ФРГ; площадь 882 км², население 3,44 млн. человек; расположен при впадении р. Шпрее в р. Хафель, на судоходных каналах, связывающих Берлин с реками Эльба и Одер; крупнейший промышленный, культурный и научный центр; после разгрома фашистской Германии во 2-й мировой войне территория Берлина была поделена на сектора СССР, США, Великобритании и Франции; в восточной части Германии 7.10.1949 была провозглашена Германская Демократическая Республика (ГДР) со столицей в Берлине (советский сектор); в 1961 была возведена Берлинская стена (Berliner Mauer); после воссоединения ГДР и ФРГ 3.10.1990 статус федеральной столицы в объединенной Германии перешел от Бонна к Берлину; Берлин — резиденция президента и федеральных властей; здесь расположены: университеты (Humboldt-Universität, Freie Universität, Technische Universität), более 30 театров (Deutsche Oper, Deutsche Staatsoper Unter den Linden, Komische Oper, Berliner Ensemble), свыше 70 музеев и дворцов, множество галерей, зоопарки, готические церкви 13-15 вв. и барочные классицистические ансамбли 17-19 вв.; среди достопримечательностей: Берлинский собор, Бранденбургские ворота (Brandenburger Tor), церковь Св. Николая, фонтан «Нептун», «Остров музеев» (Museumsinsel) и Пергамский музей (Pergamon-Museum)

Altes-Museum, Berliner Kunstgewerbemuseum, Bode-Museum, Deutsches Theater, Friedrichshain, Friedrichstadtpalast

pergamenisch a ист.-геогр. перга́менский; см. Pergamon

καλλί-γονος, ον,

A of noble race, Porph. ap. Eus. PE3.11 (v.l. καλλιγόνης)

; τέκνων καλλιγόνους σταχύας IG12(3).1188

([place name] Melos):—fem. [full] Καλλιγόνη, ἡ, epith. of Demeter at Pergamon, Ath.Mitt.37.288.

σχέδιος, α, ον (ος, ον in Aret.SD1.16, al.), ([etym.] σχεδόν):

I of Place, near, σ. ξίφη weapons for close combat, A.Ch. 163 (lyr.);

σ. δόρυ Arist. Fr. 498

;

ἐν σ. μάχῃ Epigr.Gr.333.3

([place name] Pergamon).

2 (cf. σχέδην) gentle, slow,

ἱππασία Poll.1.214

.

II of Time, casual, temporary, αἰτίη, πρόφασις, πόνος, Aret.SD2.7, 2.13, 2.12, etc.; ἐπὶ σχεδίου as Adv., ib.1.6; on the spur of the moment, off-hand,

ποτόν AP11.64

(Agath.);

λόγος D.H.Comp.18

, etc.; ὥσπερ ἐν σχεδίῳ πόλις ἀποδείκνυται in a moment, J.BJ3.5.2; σχέδιον, τό, extemporaneous speech, impromptu, Hermog.Meth.17 fin.

2 done or made offhand, ordinary, common (= εὐτελής, Hsch., Phot.),

οἴνη Nic.Th. 622

. Adv. - ίως temporarily, Aret.SD1.2; sketchily, ἄρτος σ. ὠπτημένος Sch.Luc.Pisc.45; at random, Arat.1154.

υἱός, ὁ (written ϝηιός in

A

Ἀρχ. Ἐφ. 1931.103

(Nemea, vi B. C.)), declined regul. υἱοῦ, υἱῷ, υἱόν, but in [dialect] Att. Inscrr. only after 350 B.C. (exc.

υἱός IG12.529

,530, 598, 625; ὑός ib. 585, 828; ὑόνib.70.8), and then always so: —in earlier [dialect] Att. and other Inscrr. inflected as a [pron. full] ῠ- stem (like πῆχυς), nom. υἱύς (written huihus) Klein Vasen mit Meister-signaturen 72 (Brit.Mus.Cat. 701) (

ὑύς IG12.571

, 670, 686; [var] contr. ὕς ib.663); gen. υἱέος (

ὑέος IG22.4883

); dat. υἱεῖ: dual

υἱεῖ Lys.19.46

, written ηυιε in IG12.775 (corrupted to υἱέε in Pl.Ap. 20a cod. B), υἱέοιν: pl. υἱεῖς (

ὑεῖς IG12.115.14

, al.), υἱέων, υἱέσι (S.Ant. 571, Ar. Nu. 1001 (anap.)), ὑέ[σιν] (IG12.54.14), υἱεῖς (

ὑεῖς IG22.1.73

): but gen. υἱέως, and acc. υἱέα, υἱέας, which are formed as though from nom. Υἱεύς, are rejected by Phryn.48,49, Thom.Mag.p.367 R., as not [dialect] Att., though the two latter forms are used by later writers (as

υἱέα Euph. 5

, Arr.Cyn.16,

ὑέα IG42(1).244.4

(Epid., ii B. C.), but υἱέως is f. l. in Th.1.13, J.AJ18.2.4, etc.): dat. pl. υἱεῦσιν is mentioned as a form that would be regular by Eust.1348.27:—Homer uses nom. υἱός (very freq.); gen. υἱοῦ only in Od.22.238, elsewh. υἱέος; dat. υἱέϊ or υἱεῖ; acc.

υἱέα Il.13.350

(cf. IGRom.4.360.29 (Pergam., hex.)), elsewh. υἱόν (very freq.): pl., nom.

υἱέες Il.5.10

, al., or

υἱεῖς Od.15.248

, 24.387, 497; gen.

υἱῶν Il.21.587

, 22.44, Od.24.223; dat. υἱοῖσι ([etym.] ν ) only Od.19.418, υἱάσι ([etym.] ν) Il.5.463, al. (never υἱέσι); acc. υἱέας ib. 149, al.:— he also uses the shorter forms, gen. υἷος, υἷι, υἷα, dual υἷε (distd. from the voc. sg. υἱέ by the accent), pl. υἷες, υἷας; but these were confined to [dialect] Ep.: their accentuation (in which codd. agree with Hdn.Gr.1.409) may preserve a trace of their Aeolic origin (v. infr.). The declension υἱῆος, υἱῆϊ, υἱῆα, υἱῆες, υἱήεσσι, υἱῆας (like βασιλῆος, etc., as though from Υἱεύς), belongs solely to later [dialect] Ep. poets, as A.R.2.1093, 1119, Nic.Fr.110, AP9.23 (Antip.), etc. Dialect Inscrr. have the foll. archaic forms, nom.

υἱύς IG5

(1).720 ([dialect] Lacon.), Leg.Gort.12.17 ( υιυις lapis); acc.

υἱύν Inscr.Olymp.30

, Leg.Gort.10.15; gen. υἱέος ib.6.3, Schwyzer 105 (Methana, vi B. C.); but

υἱοῦ IG9(1).867

(Corc., vii B. C.); nom. pl.

υἱέες Leg.Gort.7.25

; acc. pl. υἱύνς ib. 4.40, IG12.407 (Cret. or Argive); dat. pl.

υἱάσι Leg.Gort.4.37

(as in Hom., influenced by θυγατράσι, πατράσι, which have ρα = ṛ, cf. Skt. pitṛ[snull ]u);

ὑέεσσι IG14.10

(Syrac.); υἷος in SIG55 (Thessaly, v B. C.) is perh. the [dialect] Aeol. gen. ( ὑός is nom. rather than gen. in IG12.828); acc.

ὗα Schwyzer 625

(Mytil., ii/i B. C.); a nom. ὑϊς (scanned - ?υἱόςX) IG12.472 (Boeotia, vi B. C.), cf. Simon.249 (v. infr.); nom. pl.

ὗες IG22.3632.24

(hex., Eleusis, ii A. D.). The initial syll. is both υἱ- and ὑ- in [dialect] Att. Inscrr. down to 400 B.C. (e. g.

ὑεῖς IG12.115.14

, ὑέ[σιν] ib.54.14, ὑόν v. supr.), afterwards ὑ-, but υἱός reappears under the Empire; in Plato cod. A usually has ὑιος, which is found also in T, cod. B always has υἱός, editors restore ὑός; acc. υἱόν is recommended by Phryn. l. c.; in Inscrr. of Pergamon, Magnesia, and Delphi, and in non-literary Papyri, ὑός is at all times less common than υἱός:— ὁ υεἱός CIG (add.) 3857p; dat. υεἱῷ ib.3846z82 (both Phrygia), cf. BCH11.471:—son, Il.6.366, etc.; υἱὸν ποιεῖσθαί τινα to adopt as a son, Aeschin.2.28; υἱεῖς ἄνδρες grown-up sons, D. 25.88: metaph., Κόρον Ὕβριος υἱόν Orac. ap. Hdt.8.77: rarely of animals, Ev.Matt.21.5.

2 periphr., υἷες Ἀχαιῶν, for Ἀχαιοί, Il. 1.162, al.; cf.

παῖς 1.3

.

3 generally, child, and so υἱ. ἄρρην male child, Apoc.12.5, PSI9.1039.36 (iii A. D.).

4 freq. in LXX in periphrases (Hebraisms with various meanings),

υἱὸς ἐτῶν ἑκατόν 100

years old, Ge.11.10, al.;

υἱοὶ ἀδικίας 2 Ki.7.10

;

υἱοὶ θανατώσεως 1 Ki. 26.16

;

υἱοὶ τῶν συμμίζεων

hostages,

4 Ki.14.14

; so

υἱὸς εἰρήνης Ev.Luc.10.6

.

5 in some dialects, including the [dialect] Ion. Prose of Hdt., υἱός is replaced by παῖς: υἱός is rare in Trag., A.Th. 609, Fr. 320, E.Or. 1689 (anap.), al., and 7 times in S.: Hom. has both words in this sense.

6 as a general term of affection, PGiss.68.2 (ii A. D.), POxy.1219.2 (iii A. D.); υἱέ, an author's address to the reader, LXX Pr.1.8, al.

7 δάμου υἱός, υἱὸς πόλεως, Ἑλλάδος, as titles of honour, SIG804.10 (Cos, i A. D.), 813A,B (Delph., i A. D.), 854 (Eleusis, i A. D.).

8 υἱοὶ ἀνθρώπων sons of men, periphr. for men (cf. supr. 2,4), LXXPs.89(90).3; οἱ υἱοὶ τῶν ἀ. ib.Ge.11.5, Ev.Marc.3.28;

υἱὸς ἀνθρώπου

man,

LXXEz.2.1

,3, al.; of the Messiah, ib.Da.7.13, Apoc.14.14; used by Jesus of himself, Ev.Matt.8.20, al. (by Stephen recalling the words of Jesus, Act.Ap.7.56).

9 υἱοὶ Θεοῦ sons of God, implying inheritors of the nature of God (cf. supr. 4), Ev.Matt.5.9, cf. 45, Ev.Luc.6.35; implying participants in the glory of God, ib.20.36.

b of Jesus, τὸ γεννώμενον κληθήσεται υἱὸς Θεοῦ ib. 1.35; ὁ Χριστός, ὁ υἱὸς τοῦ Θεοῦ, Ev.Matt.26.63, cf.Ev.Jo.1.34.

c Θεοῦ υἱός, = Lat. Divi (sc. Caesaris) filius, patronymic of Augustus, BGU543.3 (27 B.C.), PTeb.382.21 (i B. C.), IG12(3).174.2 (Epist. ad Cnidios, 5 A. D.). [Hom.sts. has the first syll. short in nom., voc. and acc. sg.,

οὐδὲ Δρύαντος υἱός Il.6.130

;

Ἀμφιτρύωνος υἱός Od.11.270

;

Ποδῆς υἱὸς Ἠετίωνος Il.17.575

, cf. 590;

Ἀνθεμίωνος υἱόν 4.473

;

Σελάγου υἱόν 5.612

;

Ἕκτορ, υἱὲ Πριάμοιο 7.47

; and Πηλῆος υἱός, Μηκιστῆος υἱός seem to be the better readings in 1.489, 2.566: in these places some other form ought perh. to be restored, but none of the known forms has a short [pron. full] ῠ: ὑός has [pron. full] ῡ in IG12.585 (vi B. C.), 828 (v B. C.), 2.2338, 22.4319 (both iv B. C.); Simon.l.c. seems to have used a monosyll. nom. υἷς, and Hdn.Gr. may have read it as ὕις ([etym.] ?υἱόςX?υἱόςX), but this is uncertain, as in Sch.Il.5.266 he seems to say that ὕις ( υἷις cod.) does not occur.] (Prob. from *sū-yú-s, cf. Skt. sūte 'procreate', Tocharian (A-dial.) se, (B-dial.) soyä 'son'; different suffix in *sū-nu-s, Skt. sūnūs, etc., and in *s[ucaron]-nu-s, OE. sunu, etc. (all = son); *sūyú- perh. became *s[ucaron]wyú-, then *suiwú-; υἱός and υἱόν perh. by dissimilation from υἱύς υἱύν, since the o-stem forms appear first where υ-υ would otherwise be repeated; ὗϊς ([etym.] ὑΐς) may be another dissimilation; the precise origin of υἷος υἷι υἷες etc. is uncertain.)

φῐλεταίρ-ειος, α, ον,

A of Philetaerus.

I Φιλεταίρειον, τό, with or without ἀργύριον, treasure dedicated by P., Inscr. Délos 320 B84 (iii B. C.), IG11(2).224A4 (Delos, iii B. C.).

II [suff] φῐλεταίρ-εια (sc. ἱερά), τά, festival in his honour, Inscr. Délos366 A57 (iii B. C.), 442 B54 (ii B. C.): φιλεταίρειος, ὁ (sc. μήν), name of a month at Pergamon, prob. in

A Yale Classical Studies 2.205:

------------------------------------

φῐλεταίρ-ειος πούς a foot containing 16 δάκτυλοι, Hero

A *Geom.4.3, al.

Grammatical information: n.

Meaning: `arena for bulls' ( IGRom. 3, 484, Oenoanda II^p).

Origin: GR [a formation built with Greek elements]

Etymology: For κονιστήριον (Vitr., Pergamon) cf. κονίστρα `arena'. Heberdey-Kalinka, Reisen in südwestl. Kleinasien 2, 70. (Against = βυκανιστήριον Robert, Hellenika 3(1946)149f.)

Page in Frisk: 1,258

Grammatical information: m.

Meaning: `raised platform, stand (for chariots), base (of a statue), altar' (Il.).

Compounds: βωμολόχος `one that waited about the altars to steal the meat, ribald'.

Derivatives: βωμίς `step' (Hdt.; on the word CEG 6), βωμίσκος techn. term (Hero.); βῶμαξ οΏ μικρὸς βωμός, ὑποκοριστικῶς H. - βωμῖτις (sc. γῆ) `sacred land' (Pergamon). - βωμίστρια `priestess' (Nic.; on - ίστρια Chantr. Form. 106); βώμᾱξ βωμολόχος H., s. Chantr. Form. 381f. on - αξ, Björck Alpha impurum 263 n. 1. - Adj. βώμιος (S.), also month name (Lamia); βωμιαῖος (S.). Note βώμηνεν ὤμοσε H. from *βωμαίνω `swear (with the hand on the altar)'.

Origin: IE [Indo-European] [463] * gʷoh₂-mos `stand'

Etymology: Verbal noun to ἔ-βη-ν (ἔ-βᾱ-ν), * gʷoh₂mos; for the meaning cf. βάσις and OP gāʮu- `place, throne' (from gā- = βᾱ-, βη-).

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Grammatical information: adj.

Meaning: `light, nimble, quick, small' (Il.).

Compounds: As 1. member in ἐλαφρο-τοκία `low rate of interest' (Pergamon II^a).

Derivatives: ἐλαφρότης `lightness, speed' (Pl., Plu.); ἐλαφρία `lightness' (NT); Έλάφριος ( μήν) month name (Knidos); denomin. verba: ἐλαφρίζω `enlighten, lessen', intr. `be quick' (Archil., E.); ἐλαφρύνω `enlighten' (late; after βαρύνω; Debrunner IF 21, 84); ἐλαφροῦται H. as explanation of ἀλεγύνεται.

Origin: IE [Indo-European] [660] * h₁lengʷʰro- `light in weight and of movement'

Etymology: Identical with an Old-Germanic word, OHG lungar, OS lungor `quick', OE lungre a Adv. `quick' (Fick 1, 537); IE *h₁ln̥g^uhros. the form is found in Skt. rārahāṇa- *h₁le-h₁ln̥gʷʰ- García-Ramón, Sprache 34. 1988-90, 30. Further s. ἐλαχύς. Here also acc. to Krahe Gymnasium 59, 79, Die Sprache der Illyrier 1, 94 the Illyr. river name Lambros (Upper Italy) = ἐλαφρός.

Page in Frisk: 1,484

Grammatical information: v.

Meaning: `lead, go ahead', posthom. also `think, believe';

Other forms: Dor. ἁγ-, aor. ἡγήσασθαι, fut. ἡγήσομαι (Il.), perf. ἥγημαι, ἅγ- (Hdt., Pi.), aor. pass. ἡγήθην (Pl. Lg. 770b)

Compounds: very often with prefix in different meanings, δι-, εἰσ-, ἐξ-, καθ-, περι-, ὑφ- etc. As 1. member in governing compp., e. g. `Ηγησί-λεως, Άγησί-λαος (Hdt.; also as appellative) - Also ἡγέ-ομαι as 2. member in formations in - της, e. g. κυν-ηγέτης "leader of dogs", `hunter' (Od.), ἀρχ-ηγέτης, f. - τις `who has the power, originator' (Hdt.), partly beside - ηγός and connected with ἄγω, s. Chantraine Et. sur le vocab. gr. 88ff., Sommer 12 w. n. 1. Another compound with σ-stem is περι-ηγής `forming a circle' (Emp., A. R.).

Derivatives: Many derivv., also from the compp. (Dor. forms not sep. noted). Nomina actionis: 1. ἥγησις `leading' (LXX), older and more usual εἰσ-, ἐξ-, δι-, περι-, ὑφ-ήγησις etc. (cf. Holt Les noms d'action en - σις, s. index);. 2. ἥγημα `leading, opinion' (LXX, Pergamon), older and more usual ἀφ-, εἰσ-ήγημα etc. with - ηγημάτιον, - ηγηματικός. Nomina agentis: 3. ἡγεμών, - όνος m. `leader' (Il.; on the formation Schwyzer 522, Fraenkel Glotta 32, 25f,; also from the compp., e. g. καθηγεμών) with ἡγεμονεύω `lead, rule' (Il.; like βασιλεύω), rarely - έω (Pl.; cf. Fraenkel Denom. 184f., Schwyzer 732), ἡγεμον-ία, ἡγεμόνευ-μα, ἡγεμον-ικός a. o.; fem. ἡγεμόνη surname of Artemis a. o. (Call.; Schwyzer 490 n. 4, Sommer Nominalkomp. 145). 4. ` Ηγήμων Att. PN (cf. ἥγημα). 5. ἡγήτωρ, - ορος m. `id.' (Il.), Άγήτωρ surname of Zeus in Sparta (X.), also name of the Aphrodite-priests in Cyprus (E. Kretschmer Glotta 18, 87). 6. ἡγητήρ, - ῆρος m. `id.' (Pi., S.; also ὑφ-, προ-, καθ-ηγητήρ [trag.]) with ( προ-)ἡγήτειρα (A. R.), - τήριος (Ath.). 7. ἡγητής `id.' (A. Supp. 239), usually εἰσ-, ἐξ-, δι-, καθ-, προ-ηγητής (IA); on semantic differentiation of ἡγήτωρ, - ητήρ Benveniste Noms d'agent 46; on ἡγητής Fraenkel Nom. ag. 2, 13. Adj. 8. ( ἐξ-, δι- etc.) ἡγητικός (hell.). - On ἡγηλάζω s. v.

Origin: IE [Indo-European] [876] * seh₂g- `trace'

Etymology: Iterative present ἡγέομαι, ἁ̄γέομαι, from which all other forms were derived, has a close correspondence in the yot-presents Lat. sāgio `trace, track down' = Germ., e. g. Goth. sokjan `search, attack' (the latter could also be from * sāgeio\/e-). From WestIE. one adduces OIr. saigim, -id `trace something, search', prob a yot-present (from * sh₂g-), s. Thurneysen Grammar 354; for the vowel cf. Lat. săgāx. Uncertain is Hitt. šak-ḫi, -i `know'. - The word may come from the language of hunters, prop. `search'; further Schwyzer 29 and Chantraine l. c.

Page in Frisk: 1,621-622

Grammatical information: v.

Meaning: `lighten, glow', act. also ` enlighten' (Il.)

Other forms: aor. λάμψαι, fut. λάμψω (IA.), perf. 3. sg. λέλαμπε with pres.-meaning (E.; Wackernagel Synt. 1, 167, Schwyzer 772), aor. pass. λαμφθῆναι (J.),

Compounds: often with prefix, e. g. ἀπο-, ἐκ-, ἐν-, ἐπι-, ὑπο-.

Derivatives: 1. λαμπάς, - άδος f. `torch, torch-race' (IA.), also poet. adj. `torch-lit ' (S.); with λαμπάδιον `small torch' (Att.); λαμπαδ-ίας m. name of a comet and of the constellation Aldebaran (Chrysipp.; Scherer Gestirnnamen 121 f.), - ίτης `torch-runner' (Pergamon III^a; Redard 242); λαμπάδ-ιος `from a torch' (pap.), - ιεῖος `id.' (Delos III^a; Schwyzer 468, Chantraine Form. 93), - ικός `id.' (sch.); λαμπαδεῖον `toch-holder' (Eleusis IV^a; like λυχνεῖον). Denomin.: a. λαμπαδίζω `participate in a torch-run or a torch-procession' with λαμπαδισταί pl. `participants in a toch-run' (Delphi II ^a; Fraenkel Nom. ag. 2, 71 f.); b. λαμπαδεύομαι, - εύω `id., treat as a λαμπάς' (D. S., Ph.) with λαμπαδεία ` torch-procession' (Priene III-II^a). - 2. λαμπτήρ, - ῆρος m. `lighter, torch, lantern' (Od.), with λαμπτήρια n. pl. name of a feast (pap.). 3. λάμψις f. ` lighting' (LXX, Ph.), esp. in compp. as διάλαμψις (Arist.) etc. On λαμψάνη ` cabbage, `Brassica arvensis's.v. 4. λαμπηδών, - όνος f. `lustre, glance' (Epicur., D. S.). 5. λαμπυρίς f. ` glow-worm' (Arist.) with λαμπυρίζω ` light as a glow-worm', also `enlighten' (Thphr., pap.), dissimilated from *λαμπ-υλίς? (Leumann Glotta 32, 223 n. 2; but s. below). - 6. λαμπρός `lighting, gleaming' with λαμπρότης, λαμπρύνω `enlighten', midd. `show' (IA.), with λαμπρυν-τής (late); as 1. member w. dissim. in Λάμπουρος name of a dog (Theoc.), - ουρις f. `fox' (A. Fr. 433, Lyc.). -- 7. ὑπο-, περι-λαμπ-ής `blow resp. roundabout lighting' (Hes. Sc., Ph., Plu.). -- 8. Lengthened verbal forms: ptc. λαμπετάων (- όων) `lighting' (Λ 104); explanation uncertain, s. Schwyzer 705, Leumann Hom. Wörter181 f., Chantraine Gramm. hom. 1, 358; λαμπάζω = λάμπω (Man.). - 9. Several PN: Λάμπος, Λαμπετίδης, Λαμπετίη, Λάμπιτος, - τώ, Λαμπαδ-ίων, - ίσκος, Λαμπ(τ)ρεύς; s. Bechtel Histor. PN 621, Fraenkel Nom. ag. 1, 236, Schwyzer 337.

Origin: PG [a word of Pre-Greek origin]X [probably]

Etymology: The forms, both the verbal and the nominal, go back on a λάμπω (Schwyzer 692). - Withou nasalwe find in Hitt. lap-zi `glow', lap-nu-zi `bring in glow, kindle' (MudgeLang. 7, 252, Benveniste BSL 33, 140). Further, with long vowel, IE. * lāp- or * lōp-, some Baltic words for `torch, flame': Lith. lópė, Latv. lāpa, OPruss. lopis; with short a-vowel, but deviating in auslaut, Celt., OIr. lassaim `flame', Welsh llachar `glow', which can go back on * laps-. - Further combinations in Bq and WP. 2, 383; also Fraenkel Wb. s. lópė. Cf. also λοφνίς. It is doubtful whether this material proves IE origin. On λαμψάνη s. v., id. λοφνίς. Are λαμπ-ηδών, λαμπ-υρίς Greek? A nasal present is also difficult (* lh₂mp-?).

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Grammatical information: v.

Meaning: `to besprinkle, to spray, to strew' (Il.).

Other forms: Aor. ῥῆναι (Hp. a.o.), ῥᾶναι (Att., hell.), pass. ῥανθῆναι (Pi. a.o.), ipv. 2. pl. ῥάσσατε (υ 150), ptc. περι-ρασάμενοι (Pergamon II^a) after κεδάσσαι, κεράσ(σ)αι a.o. (?), perf. act. δι-έρραγκα (LXX), midd. 3. pl. ἐρράδαται (υ 354), plqu. - δατ(ο) (Μ 431) with analog. - δ- (Schwyzer 672; but s. bel.), ἔρραμμαι (hell. a. late), - ασμαι (sch.).

Compounds: Often w. prefix, esp. περι-.

Derivatives: 1. ῥανίς, - ίδος f. `drop' (trag., Ar., Arist.) with ῥανίζω = ῥαίνω (Poll.); 2. ῥαντός `besprinkled, spotted' (Hp.) with ῥαντίζω, also w. περι- a.o., = ῥαίνω (LXX, Ep. Hebr. a.o.), to which ( περι-)ῥαντ-ισμός m. (LXX, NT), - ισμα n. (Vett.Val.); 3. ῥαντήρ, - ῆρος m. `sprinkler' (Nic.) with ( περι-, ἁπο-)ῥαντήριον n. `vessel with sprinkling water' (IA.); 4. ( περι-)ῥάντης m. `sprinkler' (pap.); 5. ( περί-)ῥανσις f. `sprinkling' (Pl., pap.); 6. ἀπό-ρ(ρ)ανθρον = ἀπορραντήριον (Anaphe, Priene); 7. ῥάσμα n. `sprinkling, spray' (hell.).

Origin: PG [a word of Pre-Greek origin]

Etymology: The above verbal system is based on ῥαν-, which, if inherited, represents the zero grade of IE *u̯ren- or * sren- (of which one would expect *u̯\/sr̥n-). Certain non-Gr. cognates are unknown. After Solmsen KZ 37, 590ff. to a Slav. verb for `let fall, shed' in Russ. ronítь, Czech. roniti, Pol. ronić a.o., which can go back on *u̯ron-, but may be explained diff. (WP. 1, 139, Pok. 329). Unclear is Hitt. ḫurnāi- `besprinkle' (Szemerényi KZ 73, 74). Who analyses the root as u̯r-en- or sr-en-, can locate the word in a wellknown surrounding. -- (Improb. is the connection with ῥαίνω (as *u̯rn̥-dh-, s. above) of ῥαθάμιγξ; s. v.) -- The variation δ\/ν is well known as a Pre-Greek phenomenon (Kuiper, FS Kretschmer 1, 216). This proves that the verb is Pre-Greek.

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kalıntı s

1) ( bakiye) Rest m; (kireç \kalıntısı) Ablagerung f

2) ( harabe, yıkıntı) Ruine f, Überrest m

Efes'in/Bergama'nın \kalıntıları die Ruinen [o Überreste] von Ephesus/Pergamon

3) (iz) Spur f

4) ( fig) ( artakalan şey) Relikt nt, Überbleibsel nt

SUBJECT AREA: Broadcasting, Telecommunications

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After early ambitions to become a professional cricketer, Appleton went to St John's College, Cambridge, where he studied under J.J.Thompson and Ernest Rutherford. His academic career interrupted by the First World War, he served as a captain in the Royal Engineers, carrying out investigations into the propagation and fading of radio signals. After the war he joined the Cavendish Laboratory, Cambridge, as a demonstrator in 1920, and in 1924 he moved to King's College, London, as Wheatstone Professor of Physics.

In the following decade he contributed to developments in valve oscillators (in particular, the "squegging" oscillator, which formed the basis of the first hard-valve time-base) and gained international recognition for research into electromagnetic-wave propagation. His most important contribution was to confirm the existence of a conducting ionospheric layer in the upper atmosphere capable of reflecting radio waves, which had been predicted almost simultaneously by Heaviside and Kennelly in 1902. This he did by persuading the BBC in 1924 to vary the frequency of their Bournemouth transmitter, and he then measured the signal received at Cambridge. By comparing the direct and reflected rays and the daily variation he was able to deduce that the Kennelly- Heaviside (the so-called E-layer) was at a height of about 60 miles (97 km) above the earth and that there was a further layer (the Appleton or F-layer) at about 150 miles (240 km), the latter being an efficient reflector of the shorter radio waves that penetrated the lower layers. During the period 1927–32 and aided by Hartree, he established a magneto-ionic theory to explain the existence of the ionosphere. He was instrumental in obtaining agreement for international co-operation for ionospheric and other measurements in the form of the Second Polar Year (1932–3) and, much later, the International Geophysical Year (1957–8). For all this work, which made it possible to forecast the optimum frequencies for long-distance short-wave communication as a function of the location of transmitter and receiver and of the time of day and year, in 1947 he was awarded the Nobel Prize for Physics.

He returned to Cambridge as Jacksonian Professor of Natural Philosophy in 1939, and with M.F. Barnett he investigated the possible use of radio waves for radio-location of aircraft. In 1939 he became Secretary of the Government Department of Scientific and Industrial Research, a post he held for ten years. During the Second World War he contributed to the development of both radar and the atomic bomb, and subsequently served on government committees concerned with the use of atomic energy (which led to the establishment of Harwell) and with scientific staff.

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SUBJECT AREA: Paper and printing

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The papermaking machine developed by the Fourdrinier brothers in 1807 produced a reel of paper which was cut into sheets, which were then hung up to dry in a loft. The paper often became badly cockled as a result, and ways were sought to improve the drying part of the process. Drying cylinders were introduced, but the first real benefit came from the use of dry felt in Crompton's drying machine. Various materials could be used, but Crompton found that felt made from linen wrap and a woollen weft was best. In 1820 he took out a patent for steam-heated drying cylinders, and in the following year a patent for a cutter to cut the paper reel into sheets. With Crompton's improvements, the papermaking machine assumed its modern form in essentials. In 1839 Crompton installed centrifugal air fans for reciprocating suction pumps in the suction boxes to extract water from the paper on the continuous wire mould. Crompton owned and operated a successful paper mill at Farnworth in Lancashire, supplying the principal merchants and newspaper publishers in London. He was also a cotton manufacturer and, for a time, owned the Morning Post and other newspapers. By the time he died in 1858 he had amassed a considerable fortune.

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SUBJECT AREA: Paper and printing

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After education at a private school, Dickinson was apprenticed to a London stationer. In 1806 he started in business as a stationer, in partnership with George Longman; they transferred to 65 Old Bailey, where the firm remained until their premises were destroyed during the Second World War. In order to secure the supply of paper and be less dependent on the papermakers, Dickinson turned to making paper on his own account. In 1809 he acquired Apsley Mill, near Hemel Hempstead on the river Gade in Hertfordshire. There, he produced a new kind of paper for cannon cartridges which, unlike the paper then in use, did not smoulder, thus reducing the risk of undesired explosions. The new paper proved very useful during the Napoleonic War.

Dickinson developed a continuous papermaking machine about the same time as the Fourdrinier brothers, but his worked on a different principle. Instead of a continuous flat wire screen, Dickinson used a wire-covered cylinder which dipped into the dilute pulp as it revolved. A felt-covered roller removed the layer of wet pulp, which was then subjected to drying, as in the Fourdrinier machine. The latter was first in use at Frogmore, just upstream from Apsley Mill on the river Gade. Dickinson patented his machine in 1809 and claimed that it was superior for some kinds of paper. In feet, both types of machine have survived, in much enlarged and modified form: the Fourdrinier for general papermaking, the Dickinson cylinder for the making of board. In 1810 Dickinson acquired the nearby Nash Mill, and over the years he extended the scope of his papermaking business, introducing many technical improvements. Among his inventions was a machine to paste together continuous webs of paper to form cardboard. Another, patented in 1829, was a process for incorporating threads of cotton, flax or silk into the body of the paper to make forgery more difficult. He became increasingly prosperous, overcoming labour disputes with unemployed hand-papermakers. and lawsuits against a canal company which threatened the water supply to his mills. Dickinson was the first to use percolation gauges to predict river flow, and his work on water supply brought him election to a Fellowship of the Royal Society in 1845.

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SUBJECT AREA: Paper and printing

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Fourdrinier's father was a paper manufacturer and stationer of London, from a family of French Protestant origin. Henry took up the same trade and, with his brother Sealy (d. 1847), devoted many years to developing the papermaking machine. Their first patent was taken out in 1801, but success was still far off. A machine for making paper had been invented a few years previously by Nicolas Robert at the Didot's mill at Essonnes, south of Paris. Robert quarrelled with the Didots, who then contacted their brother-in-law in England, John Gamble, in an attempt to raise capital for a larger machine. Gamble and the Fourdriniers called in the engineer Bryan Donkin, and between them they patented a much improved machine in 1807. In the new machine, the paper pulp flowed on to a moving continuous woven wire screen and was then squeezed between rollers to remove much of the water. The paper thus formed was transferred to a felt blanket and passed through a second press to remove more water, before being wound while still wet on to a drum. For the first time, a continuous sheet of paper could be made. Other inventors soon made further improvements: in 1817 John Dickinson obtained a patent for sizing baths to improve the surface of the paper; while in 1820 Thomas Crompton patented a steam-heated drum round which the paper was passed to speed up the drying process. The development cost of £60,000 bankrupted the brothers. Although Parliament extended the patent for fourteen years, and the machine was widely adopted, they never reaped much profit from it. Tsar Alexander of Russia became interested in the papermaking machine while on a visit to England in 1814 and promised Henry Fourdrinier £700 per year for ten years for super-intending the erection of two machines in Russia; Henry carried out the work, but he received no payment. At the age of 72 he travelled to St Petersburg to seek recompense from the Tsar's successor Nicholas I, but to no avail. Eventually, on a motion in the House of Commons, the British Government awarded Fourdrinier a payment of £7,000. The paper trade, sensing the inadequacy of this sum, augmented it with a further sum which they subscribed so that an annuity could be purchased for Henry, then the only surviving brother, and his two daughters, to enable them to live in modest comfort. From its invention in ancient China (see Cai Lun), its appearance in the Middle Ages in Europe and through the first three and a half centuries of printing, every sheet of paper had to made by hand. The daily output of a hand-made paper mill was only 60–100 lb (27–45 kg), whereas the new machine increased that tenfold. Even higher speeds were achieved, with corresponding reductions in cost; the old mills could not possibly have kept pace with the new mechanical printing presses. The Fourdrinier machine was thus an essential element in the technological developments that brought about the revolution in the production of reading matter of all kinds during the nineteenth century. The high-speed, giant paper-making machines of the late twentieth century work on the same principle as the Fourdrinier of 1807.

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SUBJECT AREA: Paper and printing

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Robert was born into a prosperous family and received a fair education, after which he became a lawyer's clerk. In 1780, however, he enlisted in the Army and joined the artillery, serving with distinction in the West Indies, where he fought against the English. When dissatisfied with his prospects, Robert returned to Paris and obtained a post as proof-reader to the firm of printers and publishers owned by the Didot family. They were so impressed with his abilities that they promoted him, c. 1790, to "clerk inspector of workmen" at their paper mill at Essonnes, south of Paris, under the control of Didot St Leger.

It was there that Robert conceived the idea of a continuous papermaking machine. In 1797 he made a model of it and, after further models, he obtained a patent in 1798. The paper was formed on a continuously revolving wire gauze, from which the sheets were lifted off and hung up to dry. Didot was at first scathing, but he came round to encouraging Robert to make a success of the machine. However, they quarrelled over the financial arrangements and Robert left to try setting up his own mill near Rouen. He failed for lack of capital, and in 1800 he returned to Essonnes and sold his patent to Didot for part cash, part proceeds from the operation of the mill. Didot left for England to enlist capital and technical skills to exploit the invention, while Robert was left in charge at Essonnes. It was the Fourdrinier brothers and Bryan Donkin who developed the papermaking machine into a form in which it could succeed. Meanwhile the mill at Essonnes under Robert's direction had begun to falter and declined to the point where it had to be sold. He had never received the full return from the sale of his patent, but he managed to recover his rights in it. This profited him little, for Didot obtained a patent in France for the Fourdrinier machine and had two examples erected in 1814 and the following year, respectively, neatly side-tracking Robert, who was now without funds or position. To support himself and his family, Robert set up a primary school in Dreux and there passed his remaining years. Although it was the Fourdrinier papermaking machine that was generally adopted, it is Robert who deserves credit for the original initiative.

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Πέργαμος, ου, ἡ (cp. πύργος ‘tower’ X., Hell. 3, 1, 6; Paus. 7, 16, 1) or Πέργαμον, ου, τό (Polyb. 4, 48, 11; Diod S 28, 5; Strabo 13, 4, 1; 2; Appian, Mithrid. 52 §210; Jos., Bell. 1, 425 τὸ κατὰ Μυσίαν Πέργαμον.—In the NT, as in many other instances [e.g. OGI ind. II p. 595a] the gender cannot be determined) Pergamus or Pergamum, an important city in Mysia, in northwest Asia Minor. It was the center of several cults: Zeus Soter, Asclepius Soter, and Athena Nicephorus had famous temples here. It was also a center of the imperial cult; as early as 29 B.C. the provincial assembly erected a sanctuary to Augustus and Roma. Christians seem to have been persecuted here at an early date (s. Ἀντιπᾶς). Rv 1:11; 2:12.—Altertümer von Pergamon I–VIII 1885–1930; of this vol. VIII=IPergamon; EPontremoli and MCollignon, Pergame 1900; VSchultze, Altchristliche Städte u. Landschaften II 2, 1926; AvSalis, D. Altar v. P. 1912; Pauly-W. XIX 1235–63; Kl. Pauly IV 626–31; BHHW III 1420f; PECS 688–92 (lit.).—DELG. M-M.