SCIENTIFIC ABSTRACT ANUFRIYENKO, V.B. - ANUFRIYEV, Y. D.

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December 31, 1967
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.~"mLU"Oj-V%Z,j DZVKINj B,Vel KOTRLINIKOVA, G.V,l KULADUKHOVO LOVCHIKOVAO G.N.; SALINIKOVt 0,A.1 TIMOKHIN, L.A.1 TRUBMIKOVp V.R. YMSOV; N. 1. Inelastic scattering of 34 Hev, neutrons and the nuclear livel density. rAde fis. 2 no.5t826-838 N 065. (MIRA 18t12) t UT '-wollAu- -i_19; ACC NRs AT6015891 SOURCE CODE. uR/3i~6/*65/6ob/6io/666-276-6i*6-i 'AUTHOR: Sallnikov, 0. A.j Fetisov N. I.; Lovehikova, G. N.; Kotellnikoys G. V.- Anufrly~~Z,- ".T;--NA1n. ORG: Physico-energetic Institute (Fizlko-energeticheakly Institut) TITLE- Nuclear level density and spectral distribution of inelastically scattered neutrons of 14.1 Nev Initial energy SOURCVI~~'QbnLnsj~ FLalko-energeticheekly Institut. Doklady, MI-30, 1965. Spektry neuprugo rasseyannykh neytronoy s nachallnoy energlysy 14, 1 Nov I plotnost' yadernykh urovney, 2-10 TOPIC TAGS: neutron scattering, nuclear energy level, neutron spectrum, excitation energy, rarmi gas ABSTRACT: The purpose of this work Is to obtain a better representation of the func- tional dependence of the temperature of nuclei Apd the nuclear level density parame- ters on the mass number A, the r2Artion (n.n I) 1'aThd the neutron spectrum in the reac- tion Ot,2n). The measured values of the nuclear level density parameters a, at and a" we presented In tabular form. In addition, a table gives the calculated values of the temperatur* r. and rl. accoTding to the rermi model of the nucleus. The spectra of the oooondary neutrons In the reaction (n,2n) were calculated using the equation Card 1/2 ANUFR4hkkvq '.F.; 1AMAYEVA, Ye,K.1 MYER, V.P.; KIYELI, L.H.; TERFI;TIYF.VO ., ---7,--.7.-rHUKHADZH, Ye.G. Electron paramagnetic resonance spectri of copper (II) 0(-thiopicolin- anilide. Dokl. AN SSSR 159 no.5tlO5"1-1-.^,61 D 164 (MIRA 18%1) I* Inqtitut kataliza SibirskeCo ctielenlya RN SSSR I Moskovskiy goaudarstvennyy univeraitet. 2. Clilen-korreopundent AN SSSR (for Terentlyev). 1~ .'OAT F-,T-. T Pill "Al T ~T-, 77 . - I . .11 'T .- ~' - L , - . . ' ~i - 1- - , : -'-- -- . ., I t - A,NUFRIYV, L ndidat tAhnichaskikh nauk; RUDABOTO X., kandidat -.il heakikh nauke Construction of ponds. Sell.strol. 11 no.9i2l-23 3 '56. (MLR& 9111) (Ponds) ANUFRITEN, -A. (S-ve-rdl-ov-s-kj-, - Double radio and teletype communication. Grazhd.av. 18 no.11:27 N '61. (KIRA 15'2) (Sverdlovsk--Airports--Traffic control) STRAIUIOVp N.M.; LANGE, O.K.; YABLOKOVp V.S.; SARYCHEVA, T.G.; OVCHII-'NIKOV, A.M.1 SHCHFGOLEV, D.I.; WSUFNINNIKOV, MENYAYLENKO, P.A.1 KALEDAv G.A.; AhIJFRTYEV. A.A., studen-, M4khail Sergeovich Shvetsov, 1885- - Izv. vys. iichob, zav.; gaol. i razv. 8 no.Ilt7-13 N 165. (MIRt 18-12) 1. M03kovskiy goologorazvedochnyy inatitut (for Anitfrlyo-v). ANUFRITEV, A.A.; LESKOV, L.V. Optical pyromtry of nonuniform light sourcee, Opt, i spe):tr, 16 no.2025-328 F 164. (NIRA 17W AVMIrF,V, A. V. Agriculture Rurt.'. In Komi A.S.S.I. Syktyv)ctr, Komigin, 195? h$qjWZ L "t% of a R ACCOssi!nn, Library of Unal. QL" Utilization of small and mediur.-31zo watercourses of th,3 foreBt "one for transportation and power generation purpoBcs. Trudy Komi ril. AN SSSR no,9tl3O-l34 160. ~VjIiA 15il) (KOHI A.S.S.H.-HMMUGTAIC I'MH STAT1 a (KOKI A.S. J. It. --LUHBEe~-TtWiSkORTATION) I-ANUFRIM. AJ.; MATTSEV, A.P, Taking climatic factors into account in planning the exponditure of heating fuel in the Komi A.S,,S*R, lsY,Komi filAeogoct-va SSSR no.760-71 162. (XM 15t22) (Zoni A.8,S.R.-Heating-Estizates) (Komi A*S.S*R..4twepherio temperature) ANUFRIYEV, Aleksandr Fedorovicb; SUPHYAGA, Takov Andreyerich; MATSEV, L.A., otv. red.; VASSILIMN, Yu.V.~ red.; VOLKOVA, V.V., tekhn. red. [Power rorources of the Koni A.S.S.11.1 Energeticheskio re- suray Kord ASRt. '.",oskva, lzd-vo AN SSM, 1963. 64 p. (MIU. l6112) (Kord A.S.S.R.-Power resources) ANUFRIYEV, A*F* WatAr power poientials of the Pechora# the Mezen', and the Vy- chegda Basins, 1&v. Kcal fil. Geog. ob-va SSSR no.9t49-54 164# (MIRA 1815) AMIYIV, A.K. (Simf*roDoll) Di-Agnosis of disease in some patients with so-called Togetoneuroses. Vrach.dalo no-2:113-135 F 158. (MIRA 11:1) 1. Kafedra palkht"tril (sAv.-prof. S.F.Ssnenov) Krymakogo maditsinskogo instituts I KrymskayA oblnstnmyA psikhonevrologichask"Ya bollnitsa. (DIAGNOSIS) --- '041,711-11YEVI ~~.K. Psychipathological variations of hyrochondrime statese Prohle emd. psikh,, no.13il83-191 tO. (MTRA l8t9) BOVIS. Andray Andreyevich; AN(TYRIYXV, Aleksondr Nikolftvityligh; AYZI-N-BM, S.Tp., kand.takhn.nsiuk, rea-..-WU=UTA. 16.R., MaTT."r-e-d. (0onverting stenm locomotive depots to diesel locomotive depots; the experience of the Ordzhonikidze rAllroad] Pareaborudovanto ,parovoinykh depo v teplovoinye; opyt Ordshonikidtavokoi theleanol dorogi. HoskyA, Goa.tranap.sehl-dor.izd-yo, 1957. 103 p. (MIRA 10: 11) (Loc Out Ives) (Diesel locomotive$) 1, - nfvl~j 11-cf.; I I, I TSFI-ACV, hol., 0zAnm!!-: A0,9 r~t"~ "" MATH f Y, I Flov ratAs &nd et-rova'.1 in Iviv#; Trudy -MATI (M r PA 18 110) no . i~) : 67-W 165. KOLPASHNIKOV, A.I., doktor tckhn.I1,1U')(, j -or.; ANIIHRIYEV, In7h. Invontigating the distribution of rAtal pressure on tho rolls durinr rolling. Trudy MATI no.621-183-90 165. (MIRA 18,10) S/12o/62/000/001/03o/o6i E140/E463 AUTHORS: AnufrizovI B.F., Dokhnovskiy, S.B., Zhurkin, B.G., hopylovaltly, B.D., Fenin, N,A. TITLE: Transistor current regulator for electromagnets PERIODICAL: Pribory i tokhnika eksperimenta, no.1, 1962, 129-131 TEXT: A classical current regulator is described using transistor circuitry for stabilizing currents 0 to 30 A for electromagnets used in physical experiments. The voltage reference is the drop across a manganin tape in an oil bath, cooled by circulating water. This voltage drop is compared with that from a dry battery. The stabilization factor per *C is 3-03 x 104. The bandwidth of the regulator is 20 kc. There are 2 figures. ASSOCIATION: Fizicheskiy institut AN SSSR (Physics Institute AS USSR) SUBMITTED: may 8, 1961 Card 1/1 ANUFRIYEV, D.V., inth.-podpolkovnik More accurate adjustment of radar sighting derices, Yest,protivovosd, obor. no.2t"-47 F 161. (MM 1412) (Fighter planes-Radar equipment) S/044/62/000/"03/003/092 C111/C222 AUTHORs Anufriyov, F. V. TITLEs Effective difference and onlarge=ent of the power of an operation PERIODICAL& Reforativnyy zhurnal, Matematika, no, 3, 1962, 10, 11, abstract 5A68. ("Izv. Krymsk. pod. in-tall, 1961, 35, 295-300) TEM The relationship between the concept of inclusive operation Rsh. Mat.# 1959t 1356) and the concept of the power of an operation Rzh. -at., 1956, 3744) is examined. ItAs proven that from the assumption n It" that operation .1 is more powerful than operatic p it follows that the M first operation includes the second. An example of two positive set- theoretical operations is given of which the first is more powerful that -the secondp but Is not inclusive relative to it. The following theorem is then proveni If operation is more powerful than operation '~, and if every basis of operation has the property that the sum of its chains coincides with the natural series, then operation f, includes operation Card IA 5/044/62/000/003/003/092 Effective difference and.onlareement ... C111/C222 Ya. L. Kroynin introduces the concept of the inclusive operation in his paper (Rzh. Mat. ' '959P 1556) to investigate sets vhich are offocti- vely different from the sots. in that paper the following thoorem ia formulated& If operation 4~ includes operation and if the set T of the metric space R is effictively different from the (N - sots# then T is also effectively different from the ~ - sets. The author proves that this is also true if 4 is more powerful than q;- This generalization allows him to arrive at th following conclusion, which is important for the examination of sets that are effectively different from ~ - Betas a) if T is effectively different from all-projective sets of clasa oe-, then TAB, offeeti"ly different froz all 4 - sets and all 4 - sets, whore 7 and 4 are the operations of the upper and lower limits, respectively; b) if T '19 effectively different from all projactivo sets of class then T Is also offeatLvely different from all projective **to of class G for oc~>!I. The same holda for B- and C-eats. ~kbstraotsrls notes Complete translation.] Card 2/2 ANMITIV, 0. I . . ..... Kethod of determining corrugations In fire tubes of marine boilers. Kor.1 rech,flot 13 no,5t14-16 a 153. NUA On) (Steam boilers, Karin*) ZAGULIN* V.A.1 MAMIN, B.A. Cathode current sttbiUser. Prib.i tekhooksp, 6 m,5:n$-120 S-0 161o (HIRA 1010) I* FIsiko-tekWdchevkiy institut AN SWR, (Voltage regulators) 24859 S/108/61/016/009/001/002 D202/D306 AUTHORS: Anufriyev, G.S., and Mamyrin, B.A. Experimental study of the white noise suppression in stroboscopic amplification PERIODICAL: Radiotekhnika TEXT: In the present article the authors present the results of experimental work undertaken to confirm the theoretical as- sumptions of B.A. Memyrin (Ref. 6: Radiotekhnika vol. 16 no-3 1961) that the stroboscopic method of amplification permits for a much better SIN ratio at the output as compared with that at the input of the system; that a signal be registered at a level which Is much lower than the noise level of wide band amplifiers and that reception is possible of a very noisy wide band signal with a high SIN ratio adequate to determine all signal para- meters. The mathematical expression for the increase in the signal to noise ration A with stroboscopic detection as given In Ref. 6 (Op.cit.) is eq. (1). 214659 Experimental. study of the white ... s/108/61/016/009/001/002 D,002/D306 us V "*,- (1) IUR~ Out s A lusli V~~fmaxtr Nn n In it JFUnj1n the ratio of the signaI noise to voltage at the Invatlyl, the ratio of the signal to noise voltace at Un out output F S - frequency at which the resultAng sirnal is being sampled fmax tr -the maximum frequency of the spectrum of the transformed signal. To simplify the calculations Lq. (1) may be rewritten as eq* (2) Card 218 24859 Experimental study of the white.#* Ttr A !: FS 72m`ax,P S/108/61/016/009/001/002 D202/D306 (2) where T - period of registration of the transformed signal (time uEed for registering one period of the signal at the system output); f - maximum frequency of the resulting max8p signal spectrum Tr should be long enough for the input signal durinr this tim; to remain practically constant. To check the above equations experimentally an arrangement permitting for large variations In A has to be used (of the order of 1000), hence the following parameters of the resulting signal were chosen F. = 150kc/s fmaxsp = 5 Me/s. The other important parameters were chosen from the following considerations. For accurate measurement of resulting levels of signal and noisel Card 3/ 8 211859 S/108/61/016/009/001/002 Experimental study of the white.** D202/D306 both signal and noise at the input should be at considerable voltare levels. Since forlU 1 ;00 the registration of the Fn out . SIN at the output produces already considerable errors for large A'Un Is still more increased. The measuring arrangement has been, therefore, designed so as not to pr6duce any noticeable distortion with the voltage during an input of 1OV. The choice of duration,~Co of the pulse gating this circuit was determined by the requirement of undistorted signal shape at the output according to (Bef.ts Op.cit.) fro~~ , the bloc diagram of experimental circuitry for effective noise attenuation is given. The results of the experiment are shown by the Qscil- lograms, for which the rise time of input pulse signals IZ5 0,2 microsecond, pass-band at the input -,,5Mc/s the evaluated in- crease In VN ration M6270; Ttrc~',32 sec. The same arrangement was used for a series of measurements of quantity A[A=V(VTtr~1 Card 4/8 24859 S/108/61/016/009/001/002 Experimental study of the white... D202/D306 for a different Ttr and FS and fmtrty The experimental error did n^t exceed 10V. In detecting the above method very small lovel s1rnals difficulties arise due to low frequency fluctuationsin the detecting and L.F.Circults. To overcome It the absolute level of the sienal at the input should be incre- ased by a wide b3nd amplifier (UJTIY) (ShPU) inserted between the signal source and the converter. Thus connected, the wide band amplifier does not affect the noise of the system. If the signal source is a current generator with Internal resJstance RI -M then by applying an anti-interference circuit, the noise level may be reduced to that produced by tne equivalent noise resistance of the valve Rjjv of the first stage of amplification of a simple anti Interference cct or to half the level of that noise in complex circuits (Ref. 9: V.L. Kreytsev, Videousilitell (Video Amplifiers), Izd. 11,S)ovetskoye radio" 1952); (Ref. 10t O.B. Lure, Usilitell videochastoty (Video Frequc~ncy knplifiers). Iz,f. "Ilovetskoyc- radio" (1055) ) with such an amplifier an ad- ditionril improvement A' of the SIN ratio can be obtained. C a r d I,,, / 8 2h859 8/108/'61/016/009/001/002 Experimental study of the white ... D202/D306 Unt.r At Unwb 2 f!r:qr::+.!in (3) Rnv in wnich Untr the noise level of converter reduced to the Input, UYIWb - same of the wide band amplifter. Juice multi-electrode valves are used except for a triode In the first stare of wide band amplifier Rntr ,,10 and A""6. Fn v If the sIgnal is from a voltage generator (Rj-~ o) the anti- Interference cannot be used and the improvcment in A" is approx- Card 6/8 24859 S/108/61/016/009/001/002 Experimental study of the white... D202/D306 imately Unbr M Rntr + Rin At' = and Alls,-- 13 - Un ~'Rnv. + Rln W1 In the experiment a wide band commercially produced wide band amplifier type)W- 10 (USh - 10) was used, with an additional preamplifying stage. The wide band part of the arrangement had the following parameter: pass band 0.1 -'65 Mc/s the effective noise level at the input 20 microvolt, maximum gain 250 000. The block diagram of the whole arrangement Is given . Finally the possibility of obtaining a very high SIN ratio (of the order of 100) at the output of system was investigated. It is stated in conclusion that the obtained improvement figures are by no moans final and that the arrangement used did not require any additional adjustments during its operation and that the d1s- cussed method of detection could be recommended for -Jesigning compact instruments when solving many scientific and technical problems. There are 7 firures and 12 Soviet-bloc references. Card 7/8 S/120/62/000/001/022/o6i E140/E463 AUTHORS: Mamyrin, 8,A#, Anufri yov G.S., Kalinkovich, I.F, -77-W TITLEs Iligh-repatition-rate millimicrosocond pulso generator PERIODICAL: Pribory i tekhnika eksperimenta, no.1, 1962, 99-101 TEXTi A straightforward pulse generator based an amplification of nine waves, clipping and differentiation, using vacuum tube techniques, in described. The input frequency may be varied between 10 kcs and 2 Mcs, output pulse amplitude up to 200 V (output impedance not mentioned), pulse width 5 na at half- amplitudo points. There are 3 figures and I table. ASSOCIATIONt Fiziko-tokhnichoskiy institut AN SSSR (Physicatechnical Institute AS USSR) SUBMITTED: June 2, 1961 Card 1/1 ACCESSION NR: AP4018378 SlOlZO/64/000/001/0121/0123 AUTHOR: Anufriyov. G., S..' Afonin, 0. -r.:. Marny0rin, B - A. TITLE: Suppression of noise accompanying the nuclear -n-tagnetic-resonance signal of a magna tic -field meter SOURCE: Pribory* i tokhnika eksperimenta, no. 1, 1964, 121-123 TOPIC TAGS: nuclear magnetic resonance, magnetic field motor, IMI-2 motor# noise auppression, stroboscopic noise suppression. magnetic field measurement ABSTRACT: The use ;f & synchronous detector enhances the accuracy of the magnetic-field measursment but impairs the signal shape. To avoid the latter shortcoming, a stroboscopic method of noise suppression is advanced. Thq stroboscopic device (its functional and simplified electrical diagrams are 9%ipplied) ensures a 5-S0 times higher signal -to -noise ratio and yields an output signal whose shape corresponds to the shape of the original signal but in a 112 Cc ACCMSIOX NR: AP4018378 different time scale. A provision is made for turning the stroboscopic device into a synchronous detector when warranted by experimental conditions. An IMI-2 magnetic-field motor and an EkO-1 oscUloscope are used. The nu%ximum repetition frequency at the IMI-2 out 'ut is Z70 kc. Orig. art. has: 3 figures and. I formula. A�SOCIATION: Piaiko-tokhrAchaskly inatitut AN SSSR (Physico-TechniW Institute. AN SSSR) SUBMITTED: ZZMar63 DATE ACQ: l8Mar64 ENCL: 00 SUB CODE: NS NO REP SOV: 002 OTHER: 000 Ca,d ZIZ ;71 --jj HBO j -F C j7 Cab' A a U IVTIV 1 FI-7111 twit propeuinji, tn 33MMOI~ P- -- ANMRIYEV, 0.5.1 MAKTIN, B.A. Tr&nelll.-time mass spectrometer vith stroboscopic tr&no- formatiin of the output signel. Prib. i tekh. eksp 9 no.5WO-157 S-0 164o NMii 17112) 1. Flilko.-tekhniahookly instItut, AN SSSR. L 326(yi..6f) EVT(M-)/EWP(j!!! - IJP(C) -WW/RH ACC NR, ArbU13U49 A) SOURU-CODIs URIM076VID08100370a)-4708-4-0 ~(A AUTRORt Anufrizov, 00 got Poidayakov, 0, Yet Regell, V, Ro ORGt k_hyq1cat9chnLcal Institute Im. At Ir. Joffe (Fialko-takhaichookiy Inatitut) TITLE: Appllcatioyof uses spectrometry to the study of polymer thermaldegradatio SOURM Vysokosolokulyarnyya soyedinenlya# v* 8. no, 5. 19660 834-840 TOPIC TACSt vami3m= polyuethyluethaerylate, u0nomar, mass spectro- motors activation energy, f-bl-Y"FA. Dft2AADAVAA1) ?WfR,1)#9j.DrC00jP031r0,&j ABSTRACTt A tlue-tranelent mass Spectrometer with a stroboscope trans- former of emitted signals has been used for investigating the composit- ion and the kinetics of liberation of volatile products a' poly"ethIL-_ uethacrylatelthereal decompositiono The advantages of this method over others were. demonstratedo The name spectrum of the monomer and of the products of polynethyluothatrylate theraodegradation were recorded, The activation energy of polynothylmethacr?late thermodegradation at the initial stage was f.iund to be 30 kcal/mol and In subsequent hosting 50 kcal/sol. The authors' thank B. A. Hasyvin for his help and Card 1/2 UDCt 678o01!54 L 32661-66 ACC NRt AP6015049 participation in discussion@ of the results, OrIg, art, hael 5 fjgura4 3 formulas and I table* (Based on authors' abstract) [HT) I I SUB CODZI 110 20/ SUBM DAM 03May6S/ ORIG RIVI Oll/ OTH RM 006 6 Card 2 / 2h (-,%, AMRIYj;V, I., pochatnyy shakhter, brigadir prukhodchikov. -A-- -" -111--- Possibilities for economy in drifting. Maet.ijgl. 3 no.2:11-42 7 154. (MIAA 7:3) (Coal mine@ and mining) ANUMUT 1 6 --- ftIler satiefsation of workeral weds. Kast.ugl. 3 no.5:23-24 My 134. (ML M) L Brigadir prokhodobikor sbakhty "Tagunovskaya* kombinsts luslass"ol. (Coal u1nes and mininc) ANMITIT-I I-. We are UVroving the work of our enterprIse. Klas. Ind. SSSR. 25 no.5: 17-18 154. (KLRL,?tll) 1. Direktor kouser. ogo sayoda Petropaylovskoga my"okoubluata. (Moat, Canaod, ANUFRIU4. I., IANLIIECEDA, I..; iMEIII, M. Peonie Arp rrowinp. Sov. profsolury 17 no.19:27-29 0 '(-.1- I. Predsc-datel ' zavod-*Voro ko-nitet-n kis~inevsPova zavoda "Vibro- prit.,or" (for Anufriyev). 2. Pr(Asedatel" ~omiteta profroyu za Pal 'vanometricherkopo ttePa zavodu "Vibropribor" (for E),preri.--da). 1. Frofrruporr slesarnoro uc~astka m4hanIche?ko;%i Inevskoro ravrAIA "Vibropribor" (rol. Arseni). (Kishinev--Instru".nt Industry) (Trade union-0 I.; AhIA21YEV. L.g AVAKIYANTS. A. Svitching devices for oscillographst Radio no,2240-44 7 159 WRA 6-4) (Oscillocraph-Equipment nnd supplies) 90) SOV/107-59-2-34/55 AUTHORt Anufriyev L. TITLE: Two-Channal Electronic Commutators (Dvukhkanal'nyye elektronnyye ko=utatorv) PERIODICAL: Radio, 1959, Nr 29 p 41 (USSR) ABSTRACT-. This is a description of 2 commutator circuits. In the first, germanium diodes of the type DG-Ts6 are used. When the voltage in one of the diagonals of the transistor diode bridge in increased to such an ex- tent that the diodes ogin to conduct, then the re- sistanee will be low on the other diagonal and equal to the strai6ht diode resistance. If, on the other hand, the voltage polarity is changed, then the diodes will not conduct and the resistance of the bridge dia- gonals will consequently increase up to the amount of the diode reverse resistance. The commutating current must be greater than the signal current. In the other commutator system, the voltage to be examined is con- Card 112 ducted to triode tubes, which are blocked in turn by MUFRIYEV, L.1 VASILOYEV, L. Dirocted deposition of the condenente in stock buildings. Sell. stroi. 17 no.2t2O F 163. (MIRA 160) 1. Sotrudniki Nauchno-issladovatellskogo inatituta sellskikh zdaniy i soorutheniy Akadwdi stroitalletva i arkhitekUry SSSR. (Condensation) (Farm buildings) GORSKIJP G.I. [Oorskiyo O,I*)j, We#; A1,1URNEVO L. [AnufriM. L.Itinz. I ProbIm of dstft*Ubg the heat transfer coefficient )f in- Asmal surfaces oUthiri-4mlled cattle barns, Stav cas 11 i I noAM608-613163. 1 1. Vedec)-.ovyw*=rqjv*fAv polrohospodankyoh starieb SUtbebo vyboru pro vyvtav'bu SM (Goestraj),, Oral. SMURAl A.0.1 ANUMTW, L.A. Ths bootle latinohoplia m6pos moteah., & ROV P05% of a6h In the Maritim Tortitary, Soob.197AR SUR no,M153-155 160. MRA 13 111) lo Dallu"toobW fillal Sibirabogo otdolonlys AN OSSR. (ftritims Territory-ftstleO (Ash (Tres)-Moomes saA costs) PlAVILISHCHINOVI N.N. Jdaceaaed]; ANUFRIMINP L.A. A new syeeles of the ganus Phymatodes (Colsopterpi, Cera-,Oy~:Idas). Zool. shur. 43 no.lOsl565-1569 164. 17i12) 1. ZoolcClaheskiy muzey Moskovskogo gosudarstvennogo uniyeraltata I Primorskaya plodovo-yagodnaya atantalyas AhUFRIYE,'/, L,N.,.kand.takhn.nauk (Orel); POZIN, G.Y,., Inzh. (OrA) Method of calculating the temperature of nonheated greenhousea. Vod.1 san.tokh. no.120-7 D 165. (K2RA lgtl) to in 10 IF, ANUYPIYEV L.N., inth, Features of the calculation of heat exchange in livestock buildings. lzv.ASiA 4 no,,W22425 162, (MIRA 16s1) (Bams) mitn I%V' M. SvetomaskirovXu nn xbPlexn*iornzhnom transporte. flirht discivIlne (csaoufl") on rallroadej. (Za oboronu, 1946, no. V p. 20). DT.C: TK501s. 2) SO: SOVINT 7IMN PORTAT19H AD ABIBLIOGRAIlly, Library of CongreeR Reference Department, Washinvton, 1952. Unclassified. AUTHORS: Demlyankov, N.9 Candidate of Technical Scienceaq 66-1-5/26 Anufriyev, M., Engineer and Nakrutman, S., Eng. TITM Z~ semi-conductor resistance thermometers on refrigerated trains. (0 primenenii poluprovodnikovykh termometrov eoprotivleniya n& poyezdakh-refrizheratorakh), P&IODICAL:"Khojo�41'na,j& Tekhnika" (Refrigeration Engineering), lr-)57, N0,19 pp.19-21 (U,S.S.R,) ABSTRACT: The Soviet industry manufactures thermistors with resistance variations of 5 to 10% and variations in the temperature coefficients of I to 2%; these variatione are too large to allow interchangeability of ouch thermistors. for eliminating this drawback the Leningrad Technological Institute of the refrigeration industry (Laningradskiy Tekhnologicheskiy Institut, Kholodillnoy Promyshlennosti) applies an intermediate circuit connected between the thermiator and the input terminals of tke metwirg apparatup. This Institute has proposed a design of a thermistor,which in a single u n i t,is combined with the interchangeability circuit. In comparing the thermistor characteristic R it is advisable to apply a potentiometric metRo; f0f(t) Card 1/2 metering of this resistance, since that method is simple ANUYRIY", M.I. The "pick-axm attachmont for the pneumatic 4rill. [Suggested by H.I.Anufriev]. Rats. i itobr. pradl. v strol. no. 4:82-83 '57. (MIRA 11:8) (pneumAtic toole) ANMIYNY, IU**, lash. Imoroving the Insulated rolli stock equimed vith refrigeration machinery. Zhol.dorstransp. 12 no.lt68-69 Ja 160. (MIRA 1315) 1, TSentrallnoye kanstruktw skoye byuro kholodillnogo mash inoe troyanlys. (Refrigerator cars) DDHMVOT, A&Is, psohvevod, Imndidat seltskokhozyaystvannykh mauk; HDISITCHIMT, O.L. Inshener-gidrotakhnik; SMLI". S.K.,losovod; MALYSBIT. A9M*, agronom, kandidat sallskokhosyastronnM naukj XAZACHRM. B.V., agronow (deceased]; RADZKUVM, A.P., krayevedl PONOMARIVA. A.A.. entomolog; ANUMYXV, P., redaktor; BANNIKOV, P., redaktorl GORINSMYN, 0., toHMEMIVIrWdaktor. Clature in Ponss, Province] Priroda Fensenskoi Pensenskoe im-vo, 1955. 458 p. (Pens& Province--Natural history) ablasti. Ponss. (MIaA qt6~ -Ib~ n.; va 1,;f .1 .t 1;1 n It for I o t UC,.' Y [Technoloa of Chemical V.A,~W,nery toxtbock for correspendetwo L-c)%r%,7n studlonto of ~,pccial sec- urvInry ochools] ",ekhr.-olof-Ila OiliAd.o.kol,o ud-ebmi-avitudichorkua ,,ovtlbli, Alli smiltilkh. spe-slalIvykh uL:hvLx~.h zlive-ionii. ic.,7,si) fon,.,en- skoe knIOuioe i-ai-vo, II I , ,x r III ~ v- - - -- L AXUPRYEVj-N,--I,-:---- 2. USSR (600) A* Spinning 7. Double-proo*ss preparation of ym for slubbing. Teksto prme 12 no. 12 1952o 9* MolkUxly 14A gt hia" kagessions. Library of Congremsp Hwdl 1953. Unclassified. ASMITIT, -- - -- Iffect of adjusting loom reeds on the reduction of yarn breakage. ?okst.prou. 14 no.10:29-31 0 154. (KLBA 71l0) 1. laveduyushchly tkatskin proisvodstvoa fabriki Iment Krasnoy Arall I Flota. (Loose) I ynv- -,q.% -- -- - - - .f - " - - - --- - - -- -- - - -- --A A IT P 11.1 1 T-V -V- . - - -- -- - - - -- 19955 ANIMIM, s, V. Re?ervy mvxhehnosti kholodill nikov pri rWasokonibinata)dI. ityas. induntriya SSSR, 19499 No* 3, a. 23-27. SOt LETOPPS MWMLkL S"TATFY, Vol. 27, Moskva, 1910. ANMITSY, V. Plan efficiently, the Intraprovincial transportation of grain and grain products. Muk.-olev.prom. 20 no.5:29-30 MY 154. (KM 7:7) 1. Galichakly punkt Ugotterno. (Orain-Transportation) ARMI TIV, T. original acemintinge Bote.trude no#lltl0l-105 X 156, (KLRA 1011) 1. Bkonomist TSentrallnogo statisticheskogo, upraylaniya pri Sovets Ministrov SSSR, (Shoo industry-Accounting) AIJUklMzyj_V.,, doteentj MENTAYLVA, It. Determining the quantitative ratio of the slaughtered beef cattle d&Fenp- dept on the live weight. Hluoind. SSSR 3) (i.e.34 no.2t;.01-24 163. WHA lo") I* Moskovskiy tekhwlogicho'ski~y inatitut myaanoy I wlockuioy promq- shlennosti. (SlaughterinZ. and slaughter housoo-Statistics) ANUFRIYEV, V., dotsent; YES)ENTAYEVA, It, Principle of sirdlarity for the production lines procesaing large beef cattle, Riaso Ind. SSSR 34 no"04-56 163. (KERA lOtIO) lo Moskovskly tekhnologicheskly institut mynsnoy I molochnoy promyshlennosti. ANUFRIYEV, V.; DOLGOVA, L. Soso physical characteristics of meat cuts and bones after boning. Miss. ind. SSSR 33 no.4t47-49 162, (MIRA l7s2) 1. Moskovskly tekhnologichookly institut nyasnoy i molochnoy proaWshlennosti. -AN-,IJFRlYk,V, V.; KIMURA, G.1 KINNADZE, ~.j CiSRVYANOYAo L.S.p red,; VOIXOVA, V.G.p tokhn. red. ISRucOst sPices) Sousyp spetsii. Motikvap lzd-vo "Ekonomalaon 1964. 151 p. (MIRA 17:4) TAXQBWN, Kikluqil Onipovich, prof., doktor taklin.nauk. Prinimnla uctinstir- ILOINA# X*Aog Inshee AWMITITO V,A., insho, retsensentj SHTXRN, LeTs, lath., rod*; XOZ%#;-D.'1.j--tokhn*rsd, [Technology of maohine-tool innufaoturel Taklinologila utanko- stroentle. Koekvs. Oon.yuktichno-takhnsiad-vo mashinostrcit,lit-ry, 1960. 547 Po (MIRA 13:5) (Knahine tools-Constmotion) ANUMYEV V -A -; KIIIIIIIII, N.M.j- OI,'K[IOV,,KIY, II.V,; tj , - ~~:':;~.-P~retuenzent; WIDIMMOV, V.M.p ituJi., rud. (Large-lot production of milling machines) Kivpnoporllnoe proizvodstvo frezernykii stankov. Yovkvn, MashInostroonie, 1965. 206 p. NIRA 18-4) W 1(1)/EAT(m'/E-TC(m)-6 DIAA11/1)P(c) - '- , -1- , 1. 1 1 -.. - -'- - -12 SOURCE CODgi UR10120 )0 00- ACC NR- AP(0076 /66/1 0/ 11fO65'3/C061 ;jLnovj A. A. Kotellrd ov G. AUTHCRz AnufEjygag. 1, k a-JL-- !.p L. A. Timokh1n, Im a, I Lq- zlhmiffa.-~ _J, ; SALfn~k Fetisov, N. I. _:`d6 ORG: Institute of Physics and Powor Engineering, GXAS (Fit1ko-energot1choakj'y insti ut-OKIYI----- T17M Neutron transit-time ppe tromoter SOURCis Pribory i tokhnika eksperimenta, no, 1, 1966, 53-61 TOPIC TAM spectromoter, neutron spectrometer ABSTRACTt A new fwnt-noutron transit-time apettromatur is described which car, meastu*o a neutron spectrum from 100 kov to I.J, Mov. Monochromitio 14-K-rr nouLronB aro produced by a T3(d, n)10 reactionj deuteron onorey, 2~~) kov; doutaron-puls-3 durat!.on, 7 nsecl bean Intorviption Wore acceleration A-3 uscxl (Aoteh supplied)t The neutron dotoctor and oloctronia eqiilpmoat aro br3ofly de~-,cribpd. The opoeLro- vintor resolution doterminod rrom a ~-peak is 4 nseo/m; chmmel width, 2.12 -Liecl integral nonlinoArity, 0.2,r0. From a tine-to-pulse-height convorter, tho signJv are fed to a 256--channol analyzer. Tho resolution time ia 0 niool transit bann, 2 M) linear dpvtmlo range, 400 neec. Tho photomultiplier 1B oquAppod with .1 j)oioe- elimination device, and the doteotor is well protectod from the background nolee, L 20720-66 'T612 ACC NP, AM both features ensuring a high offoot-to-background ratio when 100-kev neutrom are moasured. Tho spectrometer operation Is illustrated by a spectrum of neutrom) inelastically scattered by Mn."In conclusion# the authors wish to thank B. S, Novikovsyl.L and Tp, ILkraintsevafor tendine the accelerator operation, V. G. Zolotul-,hin for diacu3sing EW-sp-ectrometer efficiency, and N. S. BiMkt)v,- yutskaya, V. A. Rurqantneva, As H. Trufanov, and ro. s. for thefi, part in i-easuremen a and data procose vv ()rKgo art, Wi3t 9 figares Rnd 3 forvmlas. f031 SUB CODEI 16, 09 / SM DkT&t IIJ&n65 / OUG Un 004 / M REF 006 ATD ISMS: PSHOVIK. Lekinrl Mikhaylovich; XMCHIX, Vladimir Nikolayevich; LAPITMIT, Mikolay Petrovichg KASIff"OV, 1*0 red.g SWANOTA, V., takhn,red. EKanual for'foremen and workers of mixed brlgades operating on a business accounting basis] T pomoshohl bripdiru i rabochim komplakenykh khosravehatnykh briged konschnoi produktail. Kinsk. Ooselsd-vo BM* Red,prolavodetvannol lit-ry, 1960. 130 P. (NDU 14:3) (Construction industry-Pinnace) 1.1.o AWrAlYlYg IVANOV, F.M. Tsehoology of one-stage Injection into channels with prestressed reinforesuents6 Art, dor, 21 no, MR-19 A 158* (MIRA 11 t8) (Prestressed concrete) URIGIN, Ivan Nossrovich; 01=7T, Vilctor Ivenovich; IYANOT, redor Kikhayloyloh, Prininall uohastlys: TASMA, L.G.; VAL=, T,N,; TOROBITVA, X.G.t ZHAROTA, 79.P.-, MWMVA, Te.F.: ITANTIMA, N.1,; VJBKOVA, M.S., red,-, DONMU, O.D.. takhn.red. [Injection Into channels with stressed reinforcements] ln%kti- rovanie kanaloy a napriashennol armaturois Moskva. Mouchno-takhn. isd-vo N-va avtomobillnogo transp. I shosesinykh dorog. 1960. 23 P. (MIU 13 14) 1. Gosudaretyannyy Yeasoyusnyy doroshnyy nauchno-ionledovatellakiy Instltut (SOYUZDMNII).(for Vasyutm. Valyus, Voroblyeva, Zharovs, Nefedova, IvantaysTa). (Bridges. Concrete) SMWIN, Ivan Nssarovioht PSMIWIXOT. Sargey Nikolayeviohlimmume, VAkUr-jy"Qy"hLJY0mK0T* Yurly Dmitriyevich-, TWO, yapyo I 0 0 0 to khn. red. ETachnology of building prestressed reinforced concrete bridges] Takhnologlia postrolki predveritallno napAsshennyth sheleso- betonnykh montov; posobis vasteru. Moskva. Nauchno-takhn.isd-vo K-v* sytonobilinogo trensp, i shoseeinykh dorog RSM , 196%) 171 P. I (K= 14t (Bridges. Concrete) ANUFR-IYE,VA,-V.I. (Anufriieva, V.I.] Now seaUng machine for the canning industry, Khareprom. no.107-78 Ja-Mr 162. (MIRA 150) (Canning industry-Equipment and supplies) (Sealing (Technology)) - I T- PRIATRY,A. L, kandidat tekhatchaskikh rAuk; SURKOT.T.D.. professor. doktor tokhnichookikh wwk, rod&ktor: ISWWOVA.N.L.. redaktor; ANMITNV Intheser. re~eensent; SWALM.Y.N.. kandidat V., kandidat tokhnichoskikh nRuk; OMLIB,X.M., tekhni- cheekly redaktor [operation of vaouum pumps In the seat and milk industries] Us- pluatatella, vakuuu-namosoy v alRonol I molochnoi prosyshlennosti. Moskva, Pishchapromisdat, 1955. 104 P. (MLRA 9:1) (Vacuum-PuRps) AWMYNT, T.Ts. -- Wage sYsten for Punch-press operators. Log. prom. 16 no,1:19 J& 156. (Vag*@) (Metal industries) (KM 9:6) UOTIMMMO" 1442A JO gl>Olq-Zga IMOTXVA SOUTTW - 92020V; 9U0*2W-4UVAJP* ZOR'40 P= UoTwT"A dm'4 ZWCT=s '99azoad ftT-4TTS "Xzro jo amiasqu 'VzO-4xa 40s"T 04 %-444ft JO uOTV2trPM -uoo o4 4zarqns a.= 'ad*" Aq ssof-ja2vA ftT,4vtt -TVTTO 'BZTOAZ*Ba.Z VaMOJ240M - 1; ; -4WGaqV)O9 puv RZnos UT tmw ftT,4ffTxa VuOT.4TPUO* Tosy -OZPACR PUV ZT'4WTT* TVOOT 0'4 VOP VWUM2 Zap%M aBRZO-40 Ja%vA ftT90*.Lm JO AT99800a 9099=UT(I 6C-oE dd Iz ox ,OTTVA I "a'40.TPTO. Tog lqz-'Z PM 'A"TJJ=V 'QX 'A .'vJTOA-w2--H J0,4VA pamOA2jvpv& =!zvA lsoTrwaxpZa - ftTjs&vT2ug /a= AWRITV, T.Te.; AIMILIROD, L.S.; XLBAOODIN. VA.; UKHLROY, T.X.-. PUMOUXIT, VIROKUROVA, Te.B., redAktor-, MROYMU, TeAekhatobs- skil redfiktor. (Yodraulto engineering for cities] Gorodakaia gidrotekhnika. Moskva. I%d- vo Kinisterstya kommunallnogo khostaistva RSM, 1954. 270 p.(KLBA ell) (lVdraulla engineering) (Municipal engineering) USSR 1705, ~Lq A okill. Ovmw "tob ( il I'l rN~-i t., t~, 1,W ill Vw cli4mv "I a ,S, m ~ -, ~,I;- 1~ t t. Ri, i"n t 4 l-ij "t i'm q vii, - T g v 1: 't, .ANUT,-R1171V. Vladimir Tqf4jj Ich, kandidnt takhnicheakikh nAuk: FUSUTMsxjy, Ye.. tekhnicheekly redaktor. (Struggle with landslides In urban areas; hydraullc engineering] Bor'ba a opoltniami n- gorodskikh torritorlinkh; gidrotekhntche- skis maropriiatila. Kooky&, 1%d-vo Xinisterstya kommunaltnogo khosialstva RSYSR, 1955. 99 p. (XLRA 9:4) (Landslides) AbUMIYXV. Y.Teo, doteant, kandetakhoonsuk-, KURDIIJXOV, N.D., inih., rateensent.- SHYSMY, Y.Y., kand.tekhn.nauk, retsentent; KOSYUPA, G.G., icand.tolthnenmuk, retserizent; AUIAVA, M.N.. dots., retsensent; DRANNIKOV, A.M., doktor- goole-mineralogensuk. rateentent: IIRICHIO, I.M., doteent, retsentent; POWAYLO. I.He. inshoo reteensent; UCHITILI, 1.2., red.; MMOVA, O.A., tokhn.rod. [Pqdraulic engineering structures for cities] Goro&skle g1dro- tekhnichaskie soorushentlaw Hoskys, Izd-vo H-va ko=mnakhoss, 1957- 264 Pe (MIRA 11-7) (Hydraulic engineering) w d. tejdu6 nauk; IMTUXOT, N.D., spot@. red.; PROT 10 We _NUpJM*r4wWwjTIcsn Del,, red, Isd-va; OUROYA9 O*Aep tokhoo red# [Proteating inhabited ilaoin frou floods] Zashohita na"'lonnyklh met ot Satoplenlia, Noekv% Isd-vo X-va komm. khos. RSMv 1958. 145 P;, Mood oontrol) (KIM 110) r AUMORs Anufriyev, V.Ye., Candidate of Technical Sciences ................................ rlrLLi haft Chute With a Hydraulic Braking System (Plotokhod s gidravlicheskim tormozheniyem) Ph;hIODICALt Gidrotekhnicheakoye Stroitelletvo, 1958, Nr 3. PP 32-350-3SH) ABSTRACri One of the elements of hydraulic power installations are raft chutes and log sluices. 'Where these in a great difference between upper and lower water level# raft chutes so"times attain lengths of several hundred meters, for which reason their incline is 0.01 - 0.02. Raft chutes of 0.03 Incline have to be provided with speed checking devices, which art not free from danger. The incline, however, may be consi, ably increased, going up to 0.5-0-7 and consequently the lengtn of a chute may be shortened accordingly, if' a counterflow of water# opposing the downward slide of the raft acts as q brake. This counterflow is achieved by a aystemof pipes con-, nucted with the chute in such a way that the water is discharg- ed in a direction opposite to the traveling rafts. The nozz- les of the pipes are not at an angle of 30-350 to the floor of the chute. Figure I shows the construction of a raft chute. The upper head is equipped with a gate which allows the rafts- Card 1/ 2 to pasat as the gate Is lowered a valve opens and lets water haft Chute hith it Hydraulic Braking System 90-58-3-9/22 into the system of pipes which discharges it into the chute. In the Hydraulic Laboratory of the Moskovskiy lesotekhniches- kiy institut (Moscow Forest-Technical institute), a nodel of the raft chute (MOO scale) was constructed in order to study the operation of the hydraulic braking system. The studies were carried out by the author in cooperation with engineer A.P. Shakhovtsev and Professor N.V. Polyakov. The system of pipes was replaced on the model with a water reservoir placed underneath the chute. It was found that the speed of the raft can be controlled by the amount of water admitted into the counterflow system. It should be considered, however, that water enters the chute from two sourceal the raft gate at t~e upper head and from the counterflow device. Experiments will be continued on a larger scale model which is to be constructed. There are 2 figures. Card 212 1, Inland waterways-Equipment 2, Sluices-Dasign 3, Log rafts- Handling-Squipment S,')V-26-58-11-18/44 AUTHORt Anufriyov, V.ye Candidate of Technical Sciences TITLEt Underground Water Reservoirs (Y'odzemnyye vodokhrantlishchal) PERIODICALi Priroda, 1958, Hr 11, pp 89 - 91 (USSR) ABSTRAM The author gives the advantages of underground water reser- voirs (demonstrated by examples chosen from France, pro-war Germany and Tearist Russia) and says that the installation of underground water reservoirs, In addition to other li- mited water storage possibilities, would beat serve the drink- ing water problem in the Soviet Tranevolga region, North and Central Kazakhstan, where the total humidity of the atmosphere and precipitation can be lose than 120 mm as compAred with a mean annual evaporation of above 2,000 mm (80 to qOjV' of the annual moisture is formed ~,v nrring melting waters). There are 3 dlaprams. 1,-skvn (The ASSOCIATION: Vseeovuznyy znorhnyy in-_haierno-s1xDite1'nyy ito-titut/k, All-Union Institute for Civil-Fnginear Correopondence Cours- es '! Moscow) 1. Water supplies--Storage 2. Water supplies--U,';~;R Card 1/1 GRAISIP14SKMp M.N., kand. tekhn. pauk; KOSTOMAROV, VJI.j kand. tekhn. nauk; ALEKSANDI'MMY, N.V., kando takhn. naukl FMAGODINO Y.L*p insh.; KARAGODIN, A.L.j Insh. ANUE-=V-1-xv-Terp kand. tekhn. nauk; hIIhMUYOV, 1-1,.D.9 inzh.l--DZHUNKOVSKIT, II.N.p doktor teklm. nauks prof.; ABIOOV, S.K.p kand. takhn. nauk; MROVp V.S.,, kaM. takhn. naukl GIBSIKMt Yele.# pror., reds; YEGOROVp P*A.,, inth., red.; VARGANOVA, A.N.,, red. izd-va; LEMUMINt A.A.j~ tekhn. red. (1-anual for the design# construction and operation of urgan roads, bridges and hydrotechnical structures) Spravochnik po, prooktirovAniiu, atroitollstvu i ekspluatataii gorodakikh do- rog, mustov i gidrotakhnicheBkikh oooruzhenii. Red. kol. 9.E. Mohan, NX.Dthankovakiip P*A.Egorov. Foskva, lzd-vo H-va kormun.khoz, RSFM, Vol.2. fkdrotachnical structures] Gidro- takhnichoskio vooruzheniia. Red. toma: N.N.Dthunkovskilp H.D.Kurdlumov. 1961. 706 P. (MIRA 15:3) M-draulics) kflydraulic engineering) ol-EMINOVICIllf NaMs; ANIIYRIYEV, TosPoop VAIC,17fil, A."n, Slov"nth Conromos on fl~ytjl,so, flo 0 rifl. nAuk V no*404-13-730 D 165o 1911) 4 ANumm"VI. Yo . tj I I-.-.,. ~- ~- f Fowor-Iflo'O'.1 Offfnt to producliljO ultrmlcv ". . 7 hl, . ~ te(',1,3t. f~n- Ipj,ft:-7 ain "'5- v red. 'I-- cl(P;)Ar (MIPA le'lo) . "I"atitIlt, fitic-lisiskikh limblem lw-n~ VaTilova AN 1. .". 41 8/0053/64/083/002/0361/0369 ACCESSION NRt AP4041130 AUTHORSe Anufriyevl._,Yup.,V.j Pa'rehin, As Ya. TITL&s Tenth all-uion conference on low teoperature physics SOURCEs Uspekhi fizicheskikh nauk, v. 83, no. 2, 1964, 361-369 research, cryogenics, liquid helium, TOPIC TAGSt low temperature metal physical property, semiconductor property ABSTRACTt The regular, tenth all-union conference convcked by the Scientific Council on the Problem of "Low Temperature Physics" was hold in Moscow on 26 through 30 June 1963. The total number of par- ticipants exceeded 500. Approximately 120 papers were 6elivered. The program of the conference co;vered properties of liqu.id helium, superconductivity, electronic properties of metals and 4-emiconductorst cryogenic techniques, and many other questions. The introductory ad-, dress was made by Academician P. L. Kapituaw The present status of dreo C 1/15. i 'JACCESSION NRI AP4041130 .i critical velocities in liquid helium and properties of quantum vor- tices were reviewed in a paper by V, P. Peshkov. The nature of critical velocities was the subject of papers by V. K. Thachenko, and of B. N. Yesellson, Yu. V. Kovdarl, and D. G. LazareAr. A commu- nication by G. A. Gamteemlidze, Sh. A..Dzhaparidze, and ',,'a. M. Salukvadze was devoted to an attempt at direct observations of coup- ling between vortcx filaments and a solid surface. E. L.. Androni- kashvili and L. A, Zamtaiadza have observed that with increasing rate of rotation, the rate of flow of the helium over the filta decreases and reverses sign at a certain angular velocity. Rotating helium is also the subject of a paper by Yu. G. Mamaladze and S. G. Matinyan.~ D!Two, papers at the conference concerned the propagation o:! sound in i'helium, one by A. P. Andreyev and 1. M. Khalatnikov on the tempera- ture dependence of the speed of sound in HaII, and one by A. N. Shaanova oh the reflection of zero sound from a solid wall. The question of the state diagram of H03 and HO mixtures wan considered 11~,In t~e papers of K* N; ZinovIeva and N. G. Bereznyak and of 1. V. 2/15 ~J.ACMSION MRs AP4041130 Sogoyavlenakiy and B. N. Yesellson. A paper by E. L. Andronikashvili,' R. A. Bablifte, 0. V. Oudzhabidze, L. A. Zamtaradze, Dzh, S. To& kadze, and 0. V. Chanishvili dealt with the influence of rotation on the X-transition temperature in helium. Dzh. S. Tsakadze talked of the kinetics of formation of the meniscus on the surface of rotating helium. Different problems connected with superconducting alloys, their properties, preparation, and use for the production of extreme-, ly strong magnetic fields were reported in a review article by N. Yo. Alekseyevskiy. N. Ye. Alekseyevskiy, N. N. Mikhaylov, M. N. Smirnoval 1A. N. Fedotov and S. A. Mromov, and also Yu. P. By*chkov. I. N. Goncharov, V. 1. KuzImin, and 1. S. Khukharova, investigated the in- ~fluenco of heat treatment on the critical parameter of superconduct- T ,ing alloys based on Nb and Zr. N. V. Volkenshteyn and E. V. Galo- shina measured the transition temperature of V-Sc alloys. N. Ye. ~Allekseyevskiy reported an investigation of the magnetic properties of, 3/15.,. iACCESSION NRi AP4041130 alloys, and also the observation of superconductivity in many al- ~Aoys and compounds. A review paper by A. A. Abrikosov and L. P. GorIkov was devoted to the theory of superconducting alloys belonging to the second group of superconductors. V. V. Shmidt investigated ha model of such a superconductor comprising a dielectric Blab thread- iied longitudinally by thin superconducting filaments. L. P. Gor'kov band A. 1. Rusinov investigated the coexistence of superconductivity i ;Iand forromagnotism and constructed possible phase diagrams for it. it !;N. Ye. Alekseyevskiy and M. N. Mikheyeva investigated the temperature dependence of the critical current of thin films. Such films have very large critical fields, which do not dopend on the film thick- ness (D. G. Lazarev, Ye. Ye. Semenenko; A. 1. Sudovtoov). Another group in KharIkov (I. G. Yanov, A. A. Makeakova, and 0. N. Ovcharenko) measured the critical fields of thin films of niobium and obtained results which agreed with the theoretical calculations. S. Y&. Derkovich and R. A. Chenteov attempted to take account of the influ- once of the inhomogensities of real films on the kinetics of the do- 4/15