SCIENTIFIC ABSTRACT GREYMAN, A.A. - GREYSUKH, M.V.

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CIA-RDP86-00513R000516710006-5
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December 31, 1967
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SCIENTIFIC ABSTRACT
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GILULA, Isaak Osipovichl_prof.; KIRYUCHRISKIY, A.R., red.; BYKOV, N.M., khn. red. [Nouropathology in gynecology; applicable in disorders of the ovarian-menstrual cycle, diseases of the uterus and ovaries during the periods of se.-jal maturation and the climacteric) Nervnaia patologiia v ginekologii; pri narusheniialdi ovarialino- monstruallnogo tsikla, zabolevaniiakh matki. i iaichnikov v pe- riod polovogo sozrevaniia i klimaksa. Kiev, Gos. med. izd-vo uss"i, 1961. 61 p. WIF(A 15:3) (GENERATIVE ORGANS~ FWALE--DISEASES) (CLIMAGTEIUC) (PUBERTY) GILULA, 1.0.; STAL'NENKOf Ye.-% (Uyf-jr) . - I - I - -,, I-,A;-I'- Characteristics of Lh,~,. rdrvous syst&m ir. Infants under normal and pathological canditiona. J,.hur. n6vr. i palkh. 63 no.7:1012-1017 163. (MIRA .170) ]a=. A.K.. itizhener; GILULA, N.D., inshener. Auxiliary equipment for single-bucket excavators. Nekh.stroi. 10 no.6:14-16 Ar. '53. (MLRL 6:8) (ftcavating machinery) GILULA, M., lazhener. Automobiles of the Polish People's Republic. Ayt.transp. 32 no.8: 29-31 Ag '54. MM 7:11) (Poland--Automobiles) (Automobiles--Poland) GILDIA,M.D., inshon*r .. A.~ Use of tauping slabs in compacting lossm-type loan soils. Sbor. mat. o nov. tekh. v strol. 17 no,4:25mZ7 155. (nM 8: 6) (Boil stabilization) GILULA, M.D., inzhener. I Special purpose dump truck produced by a hungariaa automobile plant. Makh trud.rab. 10 no.1:41 Ja '56. (MLEIA 9:5) (Hungary--Dump trucks) GILULA,.M.D., inzhener. Soil solidification in dam building. Gidr.stroi. 25 no.11:18-19 D f56, (MLRA 10-1) (Soil mechanics) (Dame) "I , , ! ~ I, I I GILULA, M.. inzh. Problems of 'oint operations of dump trucks and excavators, 4 Ayt.transp. 35 no.11:7-9 N 157. (MIM 10:12) (Dump trucks) (Zxcavating machinery) Gil-,.TJLA, T..D. , Cand Toch Sci--(di:,,-) "Study of th:.1 of' dwan- LA, 4 u 16 Vcliicl aVoado pp -v.~-tlli (~,'ill of I-on L:otor Inst), 1')0 COT)iOS 109) , GILULA H.D. inzh. 3-caaomic bases for the selection of the of earthmoving dump trucks. Trudy MA-DI load-carrying capacity no.24:118-127 '58. (MIR& 11:12) (Dump trucks) RNYSH, A.K.;-GILULA,.K.D.-,.OVCHINNIKOV. V.K.; STANKOVSKIY. A.P.. InRh.. redo; PAKHOMOTA, MoA., red.izd-va; ILIKINA, I.M., takhn.red. [one scopp excavators with capacities of from 0.15 to 0.3 .31 Odnokovshovye ekskavatory 0.15-0.3 m3. Pod red. A.P.Stankovskogo. Moskva. Gos.izd-vo lit-ry po stroit., arkhit. i stroit.materia- last 1959. 102 P. (NIn 12:7) (Nxcavating sachinery) RNYSH, A.K.;-QILU A N,DO; OVCHINNIKOV, T.K.; STANKOVUIY, A.P.. inzh., . __L, _O, red.; TXL1PUG_O,V:,__A_,_,V.N., red.lzd-va; RLIKINA, I.N., tekhn.red. (Single-bucket excavators with 0,5 to 2 m3 capacity] Odno- kovshovye ekskavatory 0.5 - 2 m3. Pod red. A.P.Stankovskogo. Moskva. Goo.izd-vo lit-ry po stroit., arkh1t. I stroit. mat6rialam, 1959. 147 p. (MIRA 12:8) (1xcavating machinery) GILULA, M.D. i~-- Dump trucks for open pits abroad. Avt.prom. no.6:41-45 Je l6o. (Dump trucks) (MIRA 13:8) 88592 S/193/60/00o/boVoi8/618 12,9160 AOO4/AOO1 AUTHOR: Gilula, M. D. TITLE: Self-Propelled Cranes for Loading and Unloading Operations Manufac- tured in the GDR (German Democratic Republic) and Poland PERIODICAL: Byulleten' tekhniko-ekonomicheskoy informatsii, 1960, No. 8, pp.78-82 ----------- ;~. TEXT: The author enumerates and describes a number of cranes, most of them of the truck-type or built on self-propelled:truck chassis, which are being manufactured in the GDR and Poland, He points out that a typical A feature of the cranes built in the GDR is an extensive use of hydraulic drives. Thus Figure I shows the modernized .L-157 hydraulic crane manufactured by the "Rotes Banner" Plant of Agrinul- tural Machines. The crane has a Fi&re 1: Card 1/8 s/193/6O/0OO/bO8/oi8/oi8 AOO4/AOO1 Self ,J -Propelled Cranes for Loading and Unloading Operations Manufactured in the GDR (German Democratic Republic) and Poland lifting capacity of 750 kg, a maaimum lifting height of 5.5 m while the boom can rotate thr h oug 0 210 . Instead of a hook the ernne can be equipped with a bucket grab for the handling of loose goods or with a clamshell .'Or the loading of round timber. The 'hydraulic gear-type pump is driven by a twin-cylinder air- cooled diesel engine of 18 hp. The crane has a closed cab for the operator. The crane plant at A); Sewnitz produces the truck cranes " " Panther ADK 1/5 ( ) and ADK 111/3 (Puma"). The former model is shown, in Figure 2. This crane has a Card 2/8 Figure 2: 88592 3/1q_-',/6o/coo/bo8/b18/bi8 AO04/AOOl Self-Propelled Cranes for Loading and Unloading Operations Manufactured in the GDR. (German Democratic Republic) and Poland lifting-capacity of 5 tons. The swivel platform of the crane is mounted on a special truck chassis, which carries also a cab with a double control system. The crane has a mixed electric and hydraulic drive. The boom is hoisted with the aid of two telescope-type elevators. The electric power is produced by a generator driven by the truck diesel engine. The crane boom has a box-like cross section. The boom overhang can be increased by 1.5 m by advancing the end part of the boom by hard; The standard boom of the crane can be -replaced by a tower with a 'Jib for operations at multi-storied buildings. It is planned to produce 90 of these cranes in 1960. The full-revolving ADK 111/3 autocrane operates without outriggers. Otherwise its design is rather similar to the ADK 1/5 model. The maximum reversion radius of the truck chassis is 5.5 M, which gives the crane a great maneuverability. Another autocrane model LDK-5 is being prepared by the Plant im. S. M. Kirov at Leipzig. The design of this crane is based on the SDK-5 rail crane. The LDK-5 crane has a lifting capacity of 5 tons without outriggers, the maximum boom overhang is 4.2 m. The lifting height of the hook over the ground level is 11.5 m, the length of the main boom is 11.5 m. It is driven by a 50 hp engine with the aid of several electromotors. The cranes produced in Card 3/8 .8-8592 S/193/60/000/008/018/018; AO04/AOO'1 Self-Propelled Cranes for Loading and Unloading Operations Manufactured in the GDR (German Democratic Republic) and Poland Poland for loading and unloading work are mounted on trucks or special truck chassis. Based on the "Star 20" truck, the HP-3 crane with a lifting capacity Figure 3: of 3 tons is produced (Fig. ). Thei outriggers fitted with screiw-type lifting jacks completely relieve the wheels and springs of the chassi3 of any load during the operation of the crane. The crane Is not ablo to transport loads hanging on the hook. All units of the crane are driven by, individual electrometers actuated by the truck engine The electromotors . can also be supplied from a 220 v network. The rotation angle of the boom islimited to 270 0 to exclude the possibility of lifting loads Card IV8 88592 S/19ji/60/000/008/018/018 A004/AOOI Self-Propelled Cranes for Loading and Unloading Operations Manufactured in the GDR (German Democratic Republic) and Poland over the driver's cab. The boom is a welded structure of the bent type made of box-shaped sheet steel. Two self-propelled cranes, models "Pazd 38" and ZS-I, with a lifting capacity of 3-tons each, are mounted on a chassis with pneumatic tires. The full-revolving "Pazd 38" is mounted on a two-axles chassis which is cast of a high-strength aluminum i _7 alloy. All crane mechanisms are driven directly from the diesel engine. The crane can be equipped with booms of'three different types: straight lattice boom with head piece, a short bent boom or a strair,ht boom for operation with a 0.6 m-5 single-rope bucket. In contrast to the Pazd 38" model, the ZS-1 crane, shown in Figure f has a mixed electromechanical drive,' Figure 4: Card 5/8 88592 s/iq3/6o/boo/oo8/o18/b18: AOO4/A0O1 i Self-Propelled Cranes for Loading and Unloading Operations Manufactured in the GDR. (German Democratic Republic) and Poland actuated by the 37 hp 3-322 diesel engine, The maximum travel speed amounts to 10 km/1-iour, the load lift is 7.5 m, the crane weighs 8 tons. Besides the cranes Figure 5: mentioned, a new hydraulic crane, model ZSH-4 with a lifting capacity of 4 tons and a boom overhang of 2.5 m is being produced. The crane is mounted on a truck-type chassis with a 10 hp engine. The maximum travel speed " to 22.3 knVhour. Its amounts design is very similar to that of the German ADK 1/5 crane. The table presented below gives the technical data of the ADK 111/3, ADK HP-3 and "Pazd 38" cranes. Card 6/8 88592 SP)3/60/000/008/018/018 AOO4/AOO1 Self-Propelled Cranes for Loading and Unloading Operations Manufactured in the GDR (German Democratic Republic) and Poland rAP 1 - mayimum lifting pail Ila Kpitu Ha waccit WaWl lXpali ,a capacity with out- UIATOMOMMUH0170 rp)."000. IIIIeUM0. riggers, tons, 2 THIM ro auTo.!K0,1ecII0)l 1), .10 maximum overhang . .106111$l ~._aK I I K I Hv-~ P3 zd 36' 1113 AY ! with outriggers, m; 3 - maximum lifting MaKcsiNsa.1bIlaii rpY30n0A1C.NIII0CTI. )la aullocilbix I capacity without 0"10pax, 7' . . . , . . . . . . . . . . MaxcuNta-ahnua i3u.QeT Ila i3witocubix orzopax m - - .5,0 2 2 3.0 2 5 outriggers, tons; . , A12KC11"SaAblIZ9 17PY3011woe.%mom, dea Bbmocii bix . . 4 - maximum over- . . . . . . . . . . . . . . 3 3,9 - hang without out- M2KCJIM.1nbIIWrl Buner. 6e3 DWHOCHUX Orl0p, .41 2,2 2,2 riggers, m; 5 Yroa n0J30P0Ta'cTpeab% rphA. 360 310 211 '160 , . angle of boom rota- CKCPOC'Tb nDzieNia rPY32, A/AlUH . . . . . . 0-15 7 10 15-301 tion, degrees; nP0A0.1MITC.1bII0CTh lt3meuemm abizeTacTpeaw.ceic 40 1 so 19 6 - load lifting CKOPOCTI, nepe.=I; B TP21IMPTIlom noza. 7-45 0 7 4-29 4 1 . . . 2-6 speed rr,/min; 7 XmIalf, Kxf-C . . . . . . . . . -!CKopocTb ncpeAnu)KemiH C rPY30NI, r-111-1 , . 5,0 , , 5,0 . . . . . . , time necessary to :~,IlpitaoA mexamomoll icpaua rl-:tpall~ 9.1eKTP0. -change boom over- NAPaE11111- 'ICCKIIII qeCKItII. seconds; hang , Card 7/8 8859.2 s/m/Wooo/008/biSM8 A0041A001 Self-Propelled Cranes for Loading and Unloading Operations Manufactured in the GDR (German Democratic Republic) and Pol4nd 8 travel speed in transport position, km/h; 9 travel speed with load, IaWh; 10 - drive of crane mechanism: a) hydraulic, b) clectro-hydraulic, c) electric, d) mechanical; 11 - diesel engine: a) type, b) power, hp, c) rpm; 12 - overall dimensions in rAup rI0.16WA transport posi- Kpajim ita waccit waccH PIII "a tion-, mm: a) 11OK33a-rcmi ZB101106A.1bHoro (II(ente. K0.1ecifox lengt Tittla r";'n" h b) width, ~10011 151 c) height; 13 JAR,~ 111 31 ARK I weight, kg. There are 5 S.tl figures, 1 table, r; TI 32 15-1 MOUL110M. A. F . . . . . . . . . . L2 (50 ?-5 and 5 references,' 411=0 060POTOB 0 MIMYTY 2600. 1500 31 12co 1 all non-Soviet. ra(S2PIITIIbIe P33NICPW B TpaHCn0pTH0%j nonowe. 111gil, Acu: 6S00 8100 ~COO 12910 i,; W11p4ma 2400 2600 23rdD 2620 061COTa 2800 31S0 3450 3250 Bec. xz _~000 134110 -6500 Card V8. GILULA, M,D., kand. tekhn. nauk Specia3ized transportation of loose materials abroad. Avt. prom. 29 no.7s4jL-42 JI 163. (MIRA 16t8) (Dump trucks) GILULA, M.D., kand. tekhn. nauk Selecting comparison indices for construction machinery. Stroi. i dor. mash. 9 no.6:25-26 Je 164. (MIPA 18:11) GILUNOVA, II.I.; TSALMICRUK, Ya.P. Kidney function test in Bright's disense. Ternp. arkh. 30 no.3:77-83 Mr 158. (KMA 11:4) 1. In kafedry I-y terapii (ZAV.-deystvitallnvy chlen ANN SSSR prof. H.S. Yovel) TSentrnlinogo instituta usoverBhenstvovnniyn vrnehey. (NWHRITIS, physiology, kidney funct. test (Run) 2. USSR (6C0) 4. Drying Apparatus - Food 7. Increased Droductivity of driun-t3q)e driers. Ebl. Prom. 13, '1-- 10, 1952. 9. Monthly Lik of Russian Accessions, Library of Congress, Febrn~ry 1953, Unclassified. Via` as 0 fell 1 0 a 01 IS to Id it 16 It 10 It IIIa 0 4~ 41 12 a a 0g, IF 2a S 110,0101, 0 F-OC(SSIS "D PROPeNtIts .01. BA A 32 -441 522.56 51515U -00 e* 8 7454o Ask interference filter for the study of the sun an.d tin applicationl .44 A. B. Saverw and A. B. D.Te. CriMsen Aatronhys. Obs., 4 (Xo.3) -00 o0 s .00 (1949) .4, XnAlIsh Abatr. in Astron. News lAtt. (HmrTurd) (Ma. 56) (,7use 20, 1951) In Ruselu. Flollosing the work of Lyet, Robert&, ValAwler, Pattit, and gv an*, Des all, the authors have built an Interferenco-polarizat Lou filter of Russlan I 00 quartz, The optiaml theory, the pu practical pooblem of cutting the quartz 1 goo 0 0 and preparing the necessary please of polaroid film, the optictil tests I .see 00. and the results of observgtions of prominences are described. The 0 0 R effective width of the filter Is 1 A8 1. Uperimenta have also boon oonducted It y crossing the filter with a Jhbry *talon. In this manner the backgrouNd of the s1W becomes almost completely black. Astronomical flews letter S. goo J` b4s, 0 ,go 0 Ate-ILA 941ALCURGKAL LITISAILAt CLAISOKATION too SIM. 43.01 T i Nis %law* M41909494 0 JL:AWIO 11;,09OW tv Pa 04 SIT 4 R 0 Il 40 a, I IRA a 0 0 0 Is 0 0 Is Is 0 0 0 0 0 0 6 6 0 0 0 0 0 0 0 0 IS 0 * : * : : : 'o 0 0 o 0 o a * 0 o o 0 : : : : 1:-0 0 0 0 0 a 0 0_0 0 0 0 0 0 0 ZOA GILIVARG.9 A. S. "Method of Orientation of Quartz Crystals by Markings on a Pair of Co'ntact Faces of Acute Rhombohedrons, or a So-Called Priem," Tridy Inst. Krist., No.5, 1949 00 4 00 A * & A fe 9 oes *0 of 000 0 0 AS a q -v4A-f-I I -wt I f I rv-JLIA -wi -ft AL Do js,-A!~V JPV-9110 I I? A.0 pf"ist.ti 1.14. -il - Ifil --A. F-W-W-Q-O-OT~- Sao Abe 41. ~Nq4n .00 .00 .00 00 go Zoo %e 000 0 as too Beal Pbin ow IF i9a. voL 16. %&, - - ~m of Swo uwt fm the anmattalO~ 1.1 pl~ (,Pmu "Y,*Oi,. an Amount is in%,m 7-tor"v".6 --P, Of cry"a pj"dw for SAM in (.minx X- Y Vwt,W,Pbo. Ig 1~ djMW 11-- p6j- - Ihn 56p ho," bmn prpid by t1w tmhniqtw dweil-L K- AIII.SLA ANTALLUMIC&L LIT94FATME CLAUVICATION 1411400 "IF oil 401 mi"I'leff W I AS 19 a Ima A I a AS IV oral SIR 4 0 0 0 0104 0 a All a 5 a nd 0 If a I w a 0 AD a 31 0 v Vo* 4, 0 0 0 0 0 0 0 0 0 9 0 0 a 0 0 0 0 0 0 a 0 0 io 64 * 0 6 0 0 a 0 0 * a a 0 a 0 0 0 0 0 * 0 0 0 UM1911 1113bl sit VA its) 41 4) 43 ;9,0, &C alwCoext. to Oros$ TLv Co- I 'A I'S J- _�_4 4t., ~] A I ~.Clt I VOISVNPSSV13 30111111111 IV)4')#MIIVIJW 00 Ull 'JONIJWIOd If JID ino we imm, wal am om a,( UM)NnP"u on Unwlllqvp amilp "M , -V 0 ml"7=2&j 0!! M 10 ISAINA, PD Ja"?M IM of" u1 tiaeo; aq FIRM VANJTOO 10 WWII! PO 83USJSMV SM 11 '(Jldg ftWUpj Jjqrkap) j1do, "I "Ills" Pan 'SU"b so a" "Mud in -&Flu=* r 06 ; ~-Oov 000 000 lqjpp .(""3wjpj &rpm*) *Avj nomm 2 I-O)POIF"m w1puipi am p emu 0 . Or tz lee Pp jo *gaupM . lplv~p file sit& :go ODWWO*m PVN tomiow 40 ""L"4 Nam VIIIIIIIIIII )C, 021 *J M "I 'IvPA23 40 p sin I-nft a* al n1%3WsWjad -avad Ali por"ITItod PU 2 a -Uamq it- in vowave IlienplijaS btqhM iq vairnpId "waisplopq SwMvW pil oA3qjd Sq.L go 00 go -In g 10(wi I -61) ~pf del lum) dd ~* , 0 : ,,2- , I 0. Jul 00 09 00. L u., illi.oADIP. a-- lot ~sf 3.V it It it 0 of of 11 so a of 11 n it sr;of w 11 of jrpru ult'vil fill m it so 0 0 0 o 0 e 00 0 00 to 41411 00 oe 00 00 00 00 040 to 00 90 to be later(' ;a_Uiv_M (it the LIAOSARY it tho diller2e of motion in equal to (to 4 1) a minimum ob"lal 1b.1 intensity (ra - total number) will be r It whits a Where a light is us". in t" place ad wCor I a r Is" A, will be interference maximum. M" ro he Intensity minimum* will be found. T best Mesa Ureact - Polarlsallom filter asde cd doable regratting tay*r. Mv ing a ratv of permetWityal abo%tSOA for the line oID-sodlum. were made by Molankholyn &M Dersaw in 1943; it could. bmcvtr. not be U*W for axtrophy$ Ical purposes state the rate of filtration can- notexcoodlOA. The filter developed by the asibors was ar rafted in such away thatoot of the filtration sirtakswasesotered on the red hydrogen Itne N x - 6611111 at a temperalare d 36T. and its rate ad filtration ~o,' tki. Jim .~, around S A. This fillor consist tj eight quartz flakes w ilk the polarokk lonted brMses, tM flak** n4 on " eftes of the block. wbow dirsc Ume 01 GKILISUM bisect the A all I r twtw vvn the plume a of am Ulatko of tht qv4ftA flAO6. 0 00 4141 00 0 0 00 so 00 to 000 00 to 00 00 00 0 *1 of 00 of 00 0 0 4P 0 0 a OIL IVAG, A. B. PA 175T87 21 May 50 New Tecbniquft !"Application'of Simple bending of Crystallic Plates in Cryst4l-Rolders to Foc~sing-X-Ray SpIactrographo," A. B.. Gil-varg vDak.Ak Sauk SSSR" Vol LXXIIx No 3,, pp 489-491 Describes method,, different from existing qnes, for,'6~Wing cryetallic plates used in X-ray spec- tropaphs, based upon Ye. S.' Fedorov's'idda that. be,us*d in carrying out rulings for "draving" 8.1anting arce- Submitted 18 mar 50 by Acad S. L% VaTilow. 17RTA7. USM/ Physics Light filters Card 1/1 Pub. 124- .14/32 Authors I Gil I V W-WB &and Diatler, G. I. Title I At the Institute of Crystallography Periodical i Vest. AN SSSR 25/6,, 80-8204une, 1955 Abstract I Announcement is made by,the Institute of Crystallcgraphy on the develop- Mont of a new interference-polarization light filter suitable for tbc study of the characteristics of the sun. The filter consists of 10 po- larizers and 9 quartz plates of total thickness of 144 mm. Aperture diameter of the filter is 3.0 mm. Other features of the light-filter are listed. Institution Submitied USSR/Physics Interference-polarization light filteration Card 1/2 Pub. 22 - 9/47 Authors, arg, A. B.; Distler, G. I.; and Makarovaj E. A. Title Interference-polarization light filter for K-lines of ionized calcium Periodical I Dok. AN SSSR,, 100/6, 1067-1068, Feb 21, 1955 Abstract I Announcement is made about the design and construction of the IPSF-3934 interference-polarization light filter for astrophysic investigations of solar spectra. The filter consists of 9 quartz elements and 10 polar- izers with a thickness of the last quartz plate of 52.6mm. Institution Academy of Sciences USSR, Institute of Crystallography Presented by Academician A. V. Shubnikov, November llp 1954 Peri,.odical bok. AN SSSR, 1067-1068, Feb 21, 1955 Card 2/2 Pub- 22 9/47 Abstract Tests showed that this filter can also be effectively applied for the study of the chromosphere and prominences. The semi-width of the filter band pass is 0.9 q. Prm-anuncc photo3 obtained blr means of the IPSF-3934 filter are included. Four references: 3 U'.11 and 1 USA (1949-1953). Graphs; illustrations. USSR/Fitting Out of Laboratories - Instruments) Their Theory, Construction, and Use, H Abst Journal: Referat Zhur - Khimiya, No 19, 1956, 61963 Author: Harbutt, K. I., Vaynahteyn, E. Ye., ~jllvarg, A. B., Belyayevj L. M. Institution: None Title-. New Vacuum X-Ray Spectrograph RSD-2 Original Periodical: Izv. AN SSSRJ, ser. fiz., 1956, 20, No 2, 152-160 Abstract: X-ray spectrometer RSD-2 is designed for X-ray spectra investiga- tione of K-series elements from K to Cu and L-series elements from Ag to Ta,, and also for the study of minute structure of emission lines and boundary absorption. Spectrograph parts, high voltage equipment, vacuum assembly and measurement instruments are .4et up as a single unit. The dismountable, cooled X-ray tube is made as a separate component connected to the central chwber by a bellows and mounted or an arm that retates around the vertical axis of the Card 1/2 USSR/Fitting Out of laboratories - Instruments, Their Theory, Construction, and Use, H Abst Journal: Referat Zhur - Khimiya, No 19, 1956, 61963 Abstract: central chamber. Angle range of arm rotation and actuation of the tube swinging mechanism are effected by 2 stops with Bg-contacts. Shape of the eccentric of the swinging mechanism is selected in such a manner as to ensure attainment of uniform sensitivity scale on roentgenoscopy. Focussing is effected in RSD-2 by a quartz crysta-1 ground on both sides to a 1,000 mm radius and set in op- tical contact with cylindrical surface of the glass segment of crystal-holder (radius 500 mm). Discussions of effective surface of reflecting curved crystal 10 x 50 mm. Recording of X-ray spectra is done on motion picture film sensitive to wave length. region 2,000-5,000 XE. To facilitate reading of spectra a wave length scale is printed on the film. Card 2/2 BELYAYEV, L.K; NARBUTT, K.I.; STOLIAROVA, Ye.L.; KONSTANTIFOV, 1-ye.; ALZMTIV, V.A.; GILIVARG. A.B.- SKLUOVA, I.S. Using luminescent counters for recording X-ray spectra. In. AN 55&.;Ser.fiz. 20 no-7:8ol-808 Jl '56. (KLRA 9:11) l.Institut kristallogWii AkadOmil 10* 98W, lustitut 960109'- chaskikh nai Akodemii nauk i Noskovskly inshenerno-fizi- cheekly institut. (X-ray spectroscopy) S/07o/6i/oo6/001/007/011 E032/E5i4 AUTHORSI Belyayev, L.M., Gillvarg, -A.B. and Panova. V.P. TITLEg CsI(Tl) Scintillators for the Recording of a-Particles PERIODICALg Kristallografiya, 1961, vol.6, No.1, pp.133-135 TEXT% J~ C. Robertson and A. Ward (Ref.1) have reported a CsI(TI) a-particle detector having a low y-ray sensitivity. Other similar uatectors have been reported by M. L. Halbert (Ref.2) and H. Knoepfel et al. (Ref.3). The present authors have investigated the properties of CsI(TI) crystals having diameters between 30 and 55 mm.. Commercially available CsI(TI) crystals having a resolution ot less than 14 to 15% at the C9137 photopeak were selected. Thin C31(TI) scintillators were prepared as follows.. One end of the crystal was polished and attached to a plane-parallel glass plate 2 mm thick with the aid of Canada balsam. The glass plate had a diameter slightly greater than the diameter of the crystal. This was done be,-.ause, owing to the plasticity of the CsI crystal, it is important to prepare from it a plane-parallel plate having a thick- ness of less than 2 to 1.5 mm. Next, using a special saw, a piece of the crystual was removed so that a plate 1.5 to 2 mm thick remain- ed on the glass support. Since the state of the surface has an Card 1/4 S/07o/6i/oo6/001/007/011 Cs1(Tl) Scintillators ..... E032/E514 important effect on the scintillation properties of the crystal, particular attention was paid to the purity of the surface and to the degrea to which it was polished. The present authors have used eme:rgy paper M-28 and M-10 attached to rotating metal discs and cerium oxide on a rotating ebonite disc covered by natural silk slightly moistened with ethyl glycol (A. E. Souch and D.R.Sweetman, Ref-5). The characteristics of the CsI(Tl) crystals were measured using a single--channel kicksorter and specially selected photo- multipliers of types 6- ~Y-Al~. (FEU-24) and .20 (FEU-29) It was found that different responses are obtained at di erent points on ths surface of the crystal. Fig.1 shows the Amekf a-particle line obta-'ned at different points on the surface of a 4 cm diameter s-cintxllator. The numbers refer to different points on the crystal surfase, as indicated in the circle on the left-hand side (Fig.la). Fig.lb shows the response for a ground (1) and polished (2) surface. Scintillators with polished surfaces have better characteristics. Table 3 gives the scintillation characteristics of these crystals. Acknowledgments are made to G. F. Dobrzhanskiy who supplied the Csl(Ti) crystals, 50 and 55 mm in diameter. There are 3 tables, I figure and 6 referencesa 2 Soviet and 4 non--Soviet. Card 2/4