SCIENTIFIC ABSTRACT GOLOVENOK, V. - GOLOVIN, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515810019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 24, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

(;OIoDVXWr V.X.
Termincilogy and classification of quartz sand rocks. Vast. IM
15--vo.6:147-15) 16D, CMIRA 13:3)
(S"4)

Position of the Nam aeries smqg the Pro-Caftrian forma-
tions or the nortban Baikal and Patoa Plateaus. Dokl-
AN SSLM 233 no.6sIW2-i4o4 Ag 16o. (XIBA 13:8)
1. Tsesolmu" nLuchno-issledowatellskly goologichaskiy
institut, Predstaylew akad. JLS.Sbatskim.
(putall Plat"U.06010a. StratigmPhic)
(Uikxl region-Geoloff, Stratigraphic)

OcL4Mw()KI-'Y.K- . .......
Ap of thti Mum layer and its position amcng the Pre-Cambrian
formations in the Northern Baikal Highland and Patom Plateau.
Trudy VSEWEI 66:7142 161. (MIRA 15--4)
(Nortbern Baikal Highland-Geology, Stratigraphic)
(Patom Plateau-Geology, Stratigraphic)

SHVANOVS, V.1t.; GULOMK.. V.K.
lmv Borimovich lbilchim's works on paloogoography. uch S&P. ILU
noe310:14w2l 162, iKM 16:11)

CIOISOVHMKV Va.
CoaaUd grawl. Uch,sap. ILU w.3losl34,138 162. (KIRA 161l1)

MMWfOVA# Yoif,.; GqLOVBIIbK, V.1,
Cotie.-U--oonm structure in Canbrian blue clays# Vent.IDU 18
noAA35-136 463. (NnA 1614)
(Toona VaUsy-43my)

GOwv=Mp Y.L.
Possibiliass of p&l*ogsogira4kic reacustructlen in Pro-Cambrian
WtAMOrpht4- forwationse Tructr TS= 97292-110 164.
(HIRA 17:8)

Go L 6 ~ v~csl,~ A~01'//- ~'. 6~'Mavm. &T.. MWIZmK". N.M.; wwvnit-
Only, AA.; ~XIXININ. A.;
Km.-4--!A*j4*o*"wdl; 12=V. A.A.; dMIXOT. P.I., podp5lVVVfl"ls'-
-1pullwKWAX-9 X.bos. tokbalab*ekly rodaktor.
[Telspo=3 Tole:fml%&. Nookwa, Toonuc* isd-vo Ministerstva obo-
rozW 052, 1934. 583 P. [Mlarofils] (KM 7:11)
Mlophons)

UWTMXO, S.K.
Some features of the course of DoWn's disease in the a ad;
Savolkedo 2? 20-8127-31 AS '58 IXIRA 11:10)
1#' (~Uvvn vrach infektoiannor'bolOnitsy Dallneyontochnogo vodzdrttvotdoU
Camahallnik T,S. ]CLIchanovskayaj;
(MIPATITIS, I"CTrOUS, in aged
cline picture (Bus))

:~' -
.-_
ArtJoloff Fod clinical aspects of post transfus Ion hepgtltis In Infants*
Shur.mikrobiolospid. I Immm. 29 no.5:106-110 Mq 158 (MIRA 11:6)
1. Iz ittrektolonnoy bollnitay Dallnevostochnogo vodzdrsvotdelaq
("MICS, HOKOLOGOUS SBRM(, In Want Rnd child,,
stiol. & clin. aspects (Rug))

"W71mot SON#
In chIldren under 6 months of age. Pedisitrila
36 n0,10177 0 158 (MMA 11:11)
la 1% infaktatannoy boVnitay (glsivnyy vrnch S.M. GoloveabkD)
DiLlInevoetochancigo vadzravotdele (nachnllnik T.S. Klinichanovski4ta).
(nPATITI$)

GOLOVESHW
.1 ----'. ,, .,,.A"Kj.,.,(7ladivostok)
AM treatment of epidemie hepatitis. Klin.med. 38 no.3t82-89
VAr 160, (KIU 16 E7)
1. Is klimiki, infektalomykb boleaney (sav.-dotsent S.Ye.Shapiro)
Xhaturorskogo, neditsiunkago instituta i Infektaiormoy bollnitay
Dallzovostochno vvdodravotdola (nichallnik T.S.Klichanovskaya)&
(ACTHF (MCPALTITIS, INMTIOUS)

40UMOM. M.N. LnWRMj M.D.
91*pout4 wignIficame of t4w detam1nation of trsn amins a
actWty- # 13itkin's disesas in children. Pediatriia U0.51
131-18 1614, (KMA 14:5)
lo Is Infoktolouncy bolluitay DallIe"stachnogo vxdsdravotdola
4 VoOo Pro*wius nw*bMy m*ovoditall r ty: - doteent
k,;406 to
(UPATITIS, WMIOUR) (TRMAHnUSE)

SELPIW, S.Te.;
wDotjcU~lo disease (epldsmio hepatitis)". Reviewed by S.E.
Sbapirop SX. GolovosW. Zhur. nd3mobiol., opid. i im=m.
33 no.2.iI45-3.47 F '162. (MIRA 1513)
(HEPATITIS, INFECTIOUS)

GOIANWIM, S.11.~; LIBMWN, M.D.
*wsamiwe activity In Botkinfe dise"o. Sm. mad. 25 no-4:61-66
Ap 1629. (MIRA 15:6)
1. Is infektaionnoy bollnitay Dellnevostochnogo vodalravotdola
(nachalknik V.G. Proskurin, nauchi3yy rukovoditelleraboty - dotsent
S.19. SIULP"). (TRAN&AMDUM)
(IMPATITISj IMCTIOUS)

-., 1- "'. "' ,
UA
~
I" Ac hl t wl 3t-Arc~'i
Rop:, rt, i thil!

18(5) '70.7/128-50-7-22/25
AtT+HOR: Golovets, M., "Rngineer
TITLE: Contact Spot "Velding of Core Peinforcements
PERIODICAI: Titf~yrioye rroizvodstvo, 10cQ, -r 7, p 45 ( TTq9T?
AMS.TRACT: During the production of ingot molds Ve welding rods
Th M-7 gre us e d as j o in ing materia 1. At the Eleotrlc 1coDmotive
BUilding Plant at rovo0erkaadct're, ::eld ing ~,,rork is
done on the contact .~jelding machine 41.
;ype 7TP-75.
(75 Icilowatt, maximum thickness of --!ork piece 2,2 mm.,
electrode voltage 7~ to 6 volt). "he lesip
n of the elec-
trottes was changed, from vertical to horizontal, thus
permitting the welding, c1l complicnted ingot mold sha-
pes too. Work pieces of 6 to 10 = thickness could be
,~,~elded on this machine. Compared to t1he electric arc
rreldi~g w,,stem the operqtion!!~l cost .-rere diminished.
Profluctivity had been eoubled.
Card 1 /1

ACC NR- A116031M SOURCE CODE: uR/oosa/66/ooo/oor,/E095/r095
AUTHOR: Tury=jtsa,_I...D Chepar, D. V. - Golovey. M. I.; Solyanik, E. Yu.;
Gurzan, M. I.
TITIXI : Specific oharacteristics of antimony Iodide photoconductivity and absorption
SOURCID: Ref. zh. Fizika, Ab~. 6E749
REF SOURCE: Sb. Tezisy dokL k MX Nauchn. konferentsii.'Uzhgorodak. un-t,
1965, Ser. fiz. Uzligorod, 1965, 58-65
TOPIC TAGS, todide, antimony, antimony iodide, x ray structural analysis,
dark current, main absorption band
ABSTRACT: The photoelectrical and optical properties of SbJ3 sPecimens obtained
by crystallization from the vapor phase in air or vacuum were investigated. X-ray
struckural analysis showed that the specimens obtained were single-crystals and
that those obtained -under vacuum were more prefect than those grown in air. The
dark current depends exponent.Wly on the temperature and has an activation energy
of 0. 9 ey. 'Me width of the forbidden band determined on the basis of the longwave
boundaL-y of the main absorption band corresponds to 2. 14 ev. It follows, therefore,
Card 1/2

AOCMI AR6031890
that SbY3 conductivity is clue to impurities. The spectral characteristics of SbJ3
photoconductivity if; seleotive and contains 2 maxima in the vicinity of 4500 and
5500 A. Apparentbi the presence of a photoconductivi y maximum in the region of
the longwave boundiLry of the absorption band to relat I to the dependence of the
carriers' life on the wavelength. It was observed that an increase in temperature
resultod In a decrease of the forbidden-band width with a temperature coefficient
equal to 16- 10-4 ev/degree, Ir. N&W.
SUB CODE: 20
Cmd 212

L _4%61-" Ew (1)
----- - --- ----
-4cc Nat] 031332 --i66kE CODE: uR/o386/66/004/003/0084/0086
'7g
jWTHOR: Xosauror, G. I.; Kalinkina., -L ;,GoXqveY, M.P.
OFG: Institute of Crywt!neemk~& AaadesW of Sciences,SSSR (Institut kristallografii
Akadadi nauk SSSR)
in nonmonochromatic light
SWRCS: Zh- ekzper. I. te*ret. fiz. Pislma v redaktsiyu. Prilozheniya Y. 4y n0$ 3.
1966, 84-86
TOPIC TAGS: laser application, holography, optic image, information processing,
coherent light
A~STMCT: The requirements imposed on monochromatic Ught for satisfactory recon-
struction of sin Image frm a hologram may be much less stringent than the conditions
necessary to obtain the hologram. When a light source with relatively broad spectrum
is used for the reconstruction of the image, a separate image is obtained for each
vavelength. The IMSOMM differ in spatial position and in scale, and this reduces the
sharpness of the imap emd consequently leads to a loss of some of the information
contained in the boloVam. The authors start 'With the premise that the reconstruction
of a hologram in nonmonachromatic light constitutes an incoherent addition of images
reconstructed fym ftdjVIdWa area elements of the hologram. The volume of informa,
tion retaimd In the INS96 then corresponds to the information contained in one arm
elOnient andth6 action of the entire hologram reduces to an increase of the illumina-
CCWd

NRs
tion and the averaging of the gra.1niness of the image due to the limited aperture of
the light bea- in the case vUen the hologram area is small. An elementary analysis,
together with a caUulation of the corresponding correlation functions, yields the
formula for tIW linear D of the elementary hologram area, which determines the angular
resolution, 'for a. &owe* of spectral Vidth Lk. The same formula determines the max- - '
4mum pernissible'sipectral interval at which the information contained in a hologram of
give* width in coutplately retained in the reconstructed image. The question is dis-
cuss(bd vbether it in also possible, by foregoing the redundamt information in the
haogram, to use a light source of equally broad spectral composition to obtain a holo.
Wram on an area oorresponding to the value of D. Photographs are shown, reconstructed
from a hologram obtained Trm a diapositive slide: (a) in laser light, (b) in green
light from a powerful lamp, and (c) in the light from an incandescent lamp through a
glass light filter. The dimensions of the hologram correspond to a 24 x 36 mm frame
of a miniature camers. Analysis of the photographs and of the calculations indicate
that a light source which is perfectly adequate for the reconstruction of an image of
siLtisfactomy quaUty may turn out to be utterly unsuitable for the production of a
ihologram. At the saw time., there m&y exist a large number of problem and technical
:solutions in which the loss of information contained in the hologram is offset by the
,simplicity of reconstruction of the hologram in ordinary light sources. Orig. art.
'has: 1 figure and I formula.
[02]
,SUB CODE.- 2D/ sm DATz: 2afty66 / ATD PRESS: 5081
2/2

ArAl"IM, II.T.; . WTXMO. A.G*; KOWAWK, G.K.; ' , Ts'pe ,
Lmid,; IZAKOT, Sh.I., takhn.red.
Ellandbook of pbysics; an aid for first- and second-year
odurue stimdents of tookul"I oolleass] spravochnos posoble
pq f1mikol T pomoshahl studentam I"ykh I 2-.vkh karmov tskhni-
obaskikh-vusev. Mimak, Belorusskil politakhn.in-t. Pt.l.
1960. 116~pa' (miRA 14:3)
(AWsios-Eandbooke, manualsm ate*)

COrlditiomt, fOr thn cHrIvAtion of a llju'~d phasr; on .11Z-faCe
DON an elfi.4trodft In an electric d1scharge. Izi,.v-y
alleirg. it no.12371-76 D 165, np.
1, f,%olit,81,11ndcheskly inst: *",It.
k0fodircy Nizl 1. Sutml ' ',.f)d Mart-b 24t ]q( 5.

,lip , , ~T
I . :X'T AL~
suou, P.11.; c -) -7 "
The mechanism of catalytic oxidation of methanol. Ukr.khi-v.shtw.
2) no-6:728-733 157. (MM MI)
I*Usbgoro4sUy gosladarstvanny, unIversitet.
(Nothmmol) (Oxidation, Xlectrolytic)

1
if. I. i Gitmel Qhem ici. -- ( d i 11 Catalyt i c ox i, i on
N
of net-miml. 1) , the al-Tlication o~' wharrieningd.,,
~ C
Ic., P, 8 pp (A(.-!).:' Scl llkSSF, Inst of Pl-~ystdal Chr-i~-tr.v
im L.11. 10':) coi)Aer, (IrL, loll)
- 36 -

PHASE I BOOK RTP1 OITATION SOV/4307
Goloveyko, A.G.
Matematichesketya obrabatka opytnykh dannykh (Mathematical Processing of Experi-
mental Data)HLwk, Red.-isdo-okly otdol BPI imeni 1.V. Stalina, 1960. 115 p.
Errata slip inserted. 3,000 copies printed.
Sponsoring Agaucies; Minsk. Belorueskly politskhnicheakiy institut; BSSR.
Ministerstvo vyemhego,. areftego spetsiallnogo i professionallnogo obrazovaniya.
F,d.t N.V. Aranaslyev; Ed. of PublAshing Houset A.G. Blyum; Tech. Ed.: Ye.P.
Konabits.
PURPOSEt This handbook is intended for laboratory vorkers and can also be used
by students of embools of higher technical education.
COVDAGEt ?be book deals vith problem of inaccuracy of measurements. The calcu-
lation of errors in direct and indirect measurements, arithmetical operations
on approidnate numbers, computing errors by means of differentials, and methods
of representing experimental data are discussed. Examples are given to Ulu -
trate some of the p~roblams discussed. No personalities are mentioned. There
are no references.

ACCESSION NR: AT4012S72 8/3060/63/006/000/0134/0138
AUTHOM Man" 'yov, N. V. ; Goloveyko, A. 0.
TrrLE: Abrasive properties of the erosion products of steel obtained during electric spark
machining
SOURCE: AN SSSR. Tseatr. n. -i. lab. elektr. obrabotki motallov. Elektrolskrovaya-
obrab,Dtka metallov. hlosacw, 1963, 134-138
TOPIC TAGS: electric spark, machining, spark discharge, steel erosion product, abrasive
property, electrical metal aWshing, steel machining
ABSTRACT: The fine particles of steel which are dispersed during electric spark machining
in carbon-containing lubricants (kerosene, etc.) are subject to rapid temperature changes
and hence to carbonization and subsequent hardening. Thus, the particles may have abrasive
properties. The maberials investigated in this report were steels 40ICh, 2Kh13, P] 8, the
alloy T15KG, and the carbitles of boron and silicon. The dispersion was accotnpli.'M-~i by a
spark discharge macIdne worklAg at 200volts, 5 amps, 200 pfarads in kero,-,, ., rrol,,
I which
the particles were recovered by a benzene and acetone bath. The abrasive 1 r-wetiesI were
illvestiga.ted by inselMlon of 100 g of pulverized material between a stationary bass disc and
Card 114

ACCESSION NR: AT4 012072
revolving hardened steel disc and the abrasion of tho glass disc was measured after each 3000
reivolutions. The "ta shows thal for all materials the total abrasion of glass varies linearly
w9th the number of revolutiona up to 12, 000 revolutions, The abrasive properties of various
materials became essentially zero after the number of revolutions indicated below:
Silicon carbidle
Boron carbide
Alloy T1.5k6
300,000 Steel 40Kh
33,000
42,000
steel P18
45P000
691000
Steel 2Kh13 More than 120, 000
Even iffiough the abrusion intensity (milligrams of glass/revolution) of carbides is initially
rwach higher than that of the spark discharge erosion products, a number of revolquons,'n 0
are given in Table 1 of the Enclosure. Wben total abrasion of materials is Pompared (large
number of revolutions), it becomes evident that the abrasion of 2Khl3 steel becomes greater
than that of silicon carbide after 45, 000 revolutions and greater than that of boron carbide
after 97, 000 revoluUons, and the total abrasion of T16K6 and 40Kh never exceeds that of
oarbidoe, A NIM13m, lost perSomed with ordLnar
_y Pq~l; pulver!zed steel showed that on!y
tho olootrical spark discheirge erosion Proftels Poessas abrasive moverves. Her""* at
the erosion products of M13 steel was measured to reach 47000 kgtmmy, and exceeded the
hardness of the origbW miktiorial by five Umes. Orig. arL has*- 4 figures, 1 table and 3
formulas.
Card 2/4

ACCESSION N& AT4010878
ASSOCIATION: Tisentr. n. -L. lab. tlektr. obrabotld metallov, AN 8WR (Central
Scientific Reseaxoh LabomtmT for Electrical Metal Fin"hing, AN SUR)
SUBUMED. 0-0 DATE ACQ. 13Feb64 ENCL: 01
BUB CODE: MAK NO REF SOV: 002 OTHER: 000 6
Card 3/4

ACCESSION NR: AT4012872,
ENCLOSURE: 01
Tinsted Motallio
Powdor VAO? Compared to
Bkbron Carbide tjo, Compared to
Silicon Carbide
2KhI3 211000 15,000
Pis 21,000 21,000
4GHh 27,000 27,000
27,000 27,000
Table I
Card 4/4

I q~
Pk
Fit
AMIN
Fri,

PWE I BOOK EXPLOITATION SOV/2237
W
Golovich Fedorovich, and Mikhail Mikhaylovich Zamyatnin
Vyrokochastotnaya termicheakaya. obrabotkaj voprosy metallovedenlya
1. tekhnologii (High-frequency Heat Treatment; Problems of Physi-
cal Metallurgy and Technology) Moscow, Maehg,Lz, 1959. 185 P.
Itvrata slip innorted. 6,000 copies printed.
Rev'.'aiser: Y*. Ye. Levin, Candidate of Technical Sciences; Ed.t
P.B. Mikhaylov-Mikheyevj Doctor of Technical Sciences; Ed. of
7tiblishing House: V.P. Vasillyeva; Tech. Ed.: R.G. Pollskaya;
Managing Zd. for Literature on the Design and Operation of
Machines (Lsnin$rad Division, mashgiz)l F.I. Fet1sov, Engineer.
PURPOSEt This book in intended for personnel of machine-building
and metallurgical plants and scientific research institutes.
It may also be used by students of h1gher educational institutions.
COV111AGE: The book deals with problems of physical metallurgy and
methods of high-frequency heat treatment of machine parts. Phase
trRnsforinatlon and chanwea In structure and vroperties of carbon
Card 1/5

Hl.gh-frequency Heat Treatment (Cont.) SOV/2237
and alloy steelm during rapid high-frequency heating are des-
cribed. Data On the processes and characteristics of high-
frequency heat treatment of steel and cast iron parts (crank-
shafts, rolls, Sears, cylinder liners, rails etc.) are presen-
ted. The book ir baBed in the results of numerous Soviet
meientific resentrou projects including material compiled by
the staff of the NIITVCh Imer4 Professor V.P. Vologdin. There
are 75 references: 73 Soviet and 2 German.
TABLE OF CONTENTS:
Preface
Ch. :1. Fields of Application and Characteristics of High-
3
frequency Ifeat Treatment.. 5
I. Types of heat treatment and conditions for their
application 5
:2. Steels for high-frequency heat treatment 10
B. Selecting the depth of the hardened layer in surface
hardening 15
Card 2/5

High-frequency Heat Treatment (cont.) SOV/2237
It. Characteristics of surface Induction heating 17
Ch. II. Surface Hardening of Steel 24
Phase transformation In carbon steels during rapid
heating 24
6. Characteristics produced by alloying elements 30
'T. Structure or a hardened layer 35
8. Hardness of a quenched part 43
,,4. Determining tho depth of a hardened layer 45
10. Selecting heating temperature 46
Ch.111. Stresses and Deformations in Surface Hardening 52
11. Conditions for origination and existence of internal
stresses 52
12. Factors determining the magnitude and character of
residual stresses 58
13. Residual stresses between two hardened layers 62
14. Deformations in surface hardening 64
Ch. 17. Effect of High-frequency Surface Hardening on Mechanical
~aN 3,6

High-frequency Heat Treatment (Cont.) SOV/2237
Properties 118
18. Mechanical properties of a hardened surface layer 79
19. Wear resistance of a hardened surrace layer 81
20. Mechanical properties of surface-hardened parts and
specimens 86
Ch. VI. Hardening of Gray and Wrought Cast Iron 94
21. Hardening of pearlite and pearlite-ferrite cast iron 94
22.
2
Hardening of :territe and ferrite-pearlite cast Iron
99
Ch. V II. Heat Treatment of Steel by Through Heating 101
23, Normaliza6ion. Improvement 101
24. Recrystalization annealing 104
25. Hardening of ball bearing steel 112
26. Hardening and tempering of high-speed steel 114
Ch,VI II. Chemical and Heat Treatment of Steel 120
27. Conditions for application 120
28. High-rrequency carburization 123
29. Effect of high-temperature heating during carburization
Card 4/5

High-frequency Heat Treatment (Cont.) SOV/2'237
on the mechanical properties and structure of steel 126
Ch. IX. Elements Of the High-frequency Heat-treating Process 129
3D. Selectimg ths method and conditions for heating 129
31, Temperature and speed oontrol of heating 137
32. Cooling media and methods of application 143
33. Quality control of hardened products 147
Ch. X. Heat Treatment of Machine Parts 153
34. Hardening of rolls 153
35. Hardening of crankshafts 156
36. Gear hard ening 162
37. Hardening of cast Iron products 171
38. Hardening of,ball and roller bearing parts 175
39. Hardening of butt ends of rails 182
AVAILABLE, Llbrw-y of Congress
Card 5/5
00-ec
10/V59

GOLoDVICIIO.,j4,,.[IIolov7ch, M.). inzh.; LEEZDI, 0., inzb.; IIAJffULENKO, G. [14an-
,wilenkol H,]p zootskbnik
N(bv farms for raising and fattening cattle. Sill.bud. 13 no.1034-5
0 163. (MIRA 17:3)

wjt~ojjt d:Lake for the ZIL-1,16 motortruck. Avt.prom. 29
n040)-24 163. (WRA 16il)
Imani 141rhasheva.
(Notdrtra6ka-Wheelpf

NOSEMKOV, M., inzht; WumpaR, M., Inah.; MDISEYEVIMI, Ye., Inah.;
C111811IM1111 V., Inzh.; GENKIN, V., Insh.
W.aticing driving wheels. Avt. tranap. 43 no.10.,41-42 0 165.
(MIRA 18s10)

/7
112-1-1226 D
Translation fromt Referatlvnyy Zhurnal, Elektrotekhnika, 1957,,
Nr 1, p. 191 (USSR)
AUTHOR: Golovin, A. A.
TITLE: Schenatio Diagrams of Magnetic Amplifiers with the
Utillaution of Modulation Currents (31-1,hemy magnitnykh
usillteley a ispollzovanlysm tokov modulyataii)
ABSTRACT: Bibliographio entry on the author's dissertation for the
degree of Candidate of Technical Sciences, presented o
the Scientific Research Institute, Ministry of the ?hip-
bul. Iding Industry, USSR (N.i.in-t, M-vo sudostroit.
prom-ati SSSR), 1956.
ASSOCIATIONtSciontific Research Institute, Ministry of the Ship-
building Industry, USSR (N.-i. in-t, M-vo sudostroit.
Card Wl pront-sti SSSR).

Xamm, A.A., WAS", K.A.. SOKOLOVA. D.D.
Ne,lbods wr Iresting oxidized gold ores containing 3eisnium. Obog.
ruil 2 no* 601-34 157. (KERA 11:8)
(Gold ores)
(Ors dressing)
(Selenium,

(mmm"Aw-,
ftaoms 0 g0ld 3Ams in U111mgs
ftriOUM O*dMkb Of VILt filling.
no.98sI21-3.38 160.
(Gold 1 Unurgy)
of percolation planto wing
Trudy Ural. politekh. inst.
(KEU 14:3)
(Tailing(Metallurgy))

11, MWMv A.A.1 XMIASUp I.A.1 SOKDWVA, L.Dj BARBIN9 M.B.
'11~ ~ of sulfides fz Sold-Waring ores. TrudI7 Vi4a
p(hutem., I=t* nov9daI39-I" 160. (MM 1443) - -
(Gold-41alallurgy) (SuMdea)
0 .

TAXOTSICIT- I-A-, PrGf-t 0=711# A-A*, dotsent; NABA=Yt N.A., dotsent
Role of the water 1A the flotation process. Isvevyssuchabosay..
Cor.shur. no-1:130-137 160. (KML 13%6)
1. Ural'sidy polltekhnicheskly lastitut lzmeni S.M. Kirov&.
Rekomandowmna, ketedroy ustallurgii blagorodEqkh metallov.
(Flotatio&-3quilment and supplies)

ALMSSMg. Aaskawy Alakamyovich; GOLMIN, Aubw Anh-eyevith; TYLMM, M.N.,
lvdoj FUtiWo LA.,,
efo,obal*pl mW sadmowU iowk plonds in a constrwtios orgmisa-
tiom] ToLUalko-okoDbodabookas plabirovanie raboty stroitallaoi or-
gajaxate~i. Tula, Tt,alakoe kniabnoo isd-vo, 196o. 156 p.
(KIM 14-7)
(CensUvation industry-Finame)

I,OGVI]MIKO, A.T.t SATINKINA, H.A.; GOLOVIN, A.A.
Effeet of soluble salts and the heating temperaturo on changes in
the pbazia composition and proporties of gypsum. izv. Sib. otd. AN
SSSR no. 11:77-85 162. (KRA 17-9)
1. Xhimiko-setallurgichaskiy institut Sibirskogo otdeleniya AN
SSSR, Novosibirsk.

KARASEV, K.A.; MLOVIN, A.A.
SiAp3lag of ores qAtainjag free gold. Sbor. nauch. trud Ural. po2ite),h.
~inst. ao.IUsS3-89 #63. WRA 17il)

~ GOWVIN, :k.A.; KARASEV, K.A.; TYUSHUYAKOVA, M.N.
~ I ... . ~ 1 " ...
Investigtiting a p&rtial are sample from a gold ore deposit. Sbor. nauch.
trud. Ural. politakh. inst. no.134:89-91 163. (MVU 17:1)

GOLOVIN, A.A..; KAILMV, K.A.; SUNDYFBV, I.A.
-4-11.. 1- 1, . I"i~ remarks on to processing of "iron hatO type ores by cyanidation.
$bor. nauch. trud. Ural. politakh. inst. no.134:93-97 163.
(KMA 17il)

GOLOVIN, A.A.
111gh tAmporature microscopy of somp prpmtites of Kazakhstan.
Oiwl. i geofit. no.8:120-129 165. (MIRA 18:9)
1. IneUtut flzJko-khJin3cbeskikh osnov pererabotki minerallnogo
sy-rlya 41.ibirakoga otdolaniya AN r6SR, Novosibirsk.

MrAW-p A.R.;..Wj4ML_ ".? GERASINDVA, K-F-
isotopic effect in the spsetrum of dyapropluKe Opt. i opektr. 24
ao,.1;7-U A 16), (KFA .16:5)
(Dysprosium-Spectra)

lkitimt4intlincrich Chernov, c r 1, :-.c ~r~ C-
';mplil, 111m; the theory of heat treat-mem. 7 f,
-et. nc.10-4.1-43 C 164.
1. Stiktul:ru metallovederiFt, TSE!ntmllrio;-,c) IrallenivIll ll'auc'-l-::3-
tolchnichoukof.,to obshchestvu mmshli.ustrG I te If

GOLOVI&_A..Lf i. Otaskva)
:~Jfe and solentific legacy of Dmltrii Konatantinovich Chernov,
1839-1921, Izv. AN SSSR. Met. no.515-14 S-0 165.
(MIRA 18.10)

VOLKOV, D.A.; .001.,OVIN, A.F.,
Isal oFic shift in the spectrwn of erbium. Opt. i s~ektr. 18
no.;085-2" F 165. (MI RA 18 -.,4)

~14
Au":
7a
It [lot the: -
111' 41
f
lip
it tit 1.
15 mil lit
II "M
III At
R1,11
11 Mill ME

I oil
',ill dill
fit
40

GOWTIM, A.O*; PTSMLO, R.P.. otershiy entomolog.
' 1',! ! ~ 441L,l - - :1 11~ W,
-r~, I : Disalminstion of knowledge to an Important task. Zashch. rest. ot
vred, I bol. 3 -20-lt47-49 JR-7 '58- (MDU 11: 3)
1. Inaballulk Oo~1ur,3*ktsII po Icarantinu rasteniy po NoldK.-siroy SSR
(for Golovio).
(Plaut diseases) Med control) (Lgriculturpkl pasts)

-.Ppmvv.. 0.; WS. 0. [translator]: 336VITSEI. V., red.; XAPITSA,
en"likbui. red.
[Ow Jomi scale and ways of controlling it) Pedukele kali-
forallm shl koubsteria luio Xishinou. Iditurm do atat
Mortle N*ldovsnissks,* 195,9. 58 p. (KIRA 1327)
(San Jami scalia)

AVAINUICHUX0110 0.0,1, WLMIN A I
NOthOd f CW GOttling alsaresim without the use of g<. Gidrolis.
I 20mokbim.prm. 26 A0.3112-13 163. (KM l6s 5)
14 T89ntr4l'tW nauohno-lealedimt6lskiy i proyektnyy inistitut
losokbinUbaskoy prmWWa*nnom-Lj.
(Oleoresins)

ATAKUMMKX# G.D.j "LOVIN, A.I.; LISCIV, V.1.1 SEDELINIKM, A.I,
Clbto:Udng Urpinsol from the intste vatere of rosin extraction
ploAto. Mdrolls. i lesokbim. prce. 16 no.4:9-1.1 163.
(MIRA 16:7)
(Industrial wamlAs-Purifioation)
(Terpimol)

GURDZFII, A..Ya.; MIS, V.M.- GOLOVIN, AJ.
.. . ....... .-
Method of the contiruous sorubbing of the nitration rprodiicts of
xeitfiyl ethmr of 4-tart-butyl-m-cresol in the productim of musk
ambratte. Trudy VNIISKDV no.6.156-158 163. MIRA 17:4)

. i
AID P - 715
Subject 'USSR/Blectronics
Card 1/1 Pub. 29 - 8/26
Authors : Pavlov, V. V., Foreman and Golovin, A. K., Technician
title : Electronic time relay
Periodical : Enerptlk, 9, 15-16, 3 1954
Abstract : The authors describe brAefly the relay of their own
design. The editors in. a note warn against using
this t7pe of relay in protective circuits. 2 drawings.
Institution : None
Submitted : No date

~2, c I - c~ V ~ 1'~ jk r,
PATWT, Volvo, motor fnkbzdk.
; -
Ilow utbod of comettra =A swilabboards. Inergetik 5 no.12tl9-20
3) 1 Y7. (KMA 10t12)
(IMestris powler pUate-Squipment and owplies)

WWVIN, A.H., Obahlaftl'shohik
-- - I - 1. 1.... ~11 -~,- . -f, ,
Return to life. Zdorovle 5 no-5:21 My '59. (MIR& 12: 11)
1, Tefromovmkiy "IchV7 savocl treats, "Mosehakhtstray,"
Ifefremov. llulls)aWa ablast'.
(AWOHOLLSK)

S/020/62/147/004/015/027
BI 4-2/B1 02
AUTHORS: Lovich, V. G-1 Corresponding Member AS USSR, Golovin, A. M.-
TITLE: Rain shower theory
PERIODICAL: Akadeaiya nauk SSSR. Doklady, v. -1479 no. 4, 1962, 829-832
TEXT: The overmaturation of the cloud with humidityt taking ac6ount of
droplet coa8ulationp is studied here by means of cloud models as first
used by Ya. 1. Frenkell and N. S. Shishkin (Izv. AN SSSR, ser. geogr.
.i geofiz., io, 301 (1946)). The oversaturation depends an the altitudep
bec&use this lowers the temperature and therefore the vapor pressure
necessary for saturation. Oversaturation is slowed down by condensation,
Coagulation causes the oversaturation to increase again with altitude. At
a height of z ae2 ka, V(Z) - volume f the droplets at the height z
reaches its boundary value (- 3-10_g ). Coagulation affects rising as
well as falling drops. The rules of coagulatiop are discussed for both
cases. Some of the coagulation drops* howevervi'are destroyed again by
the rising turbulent air current. Thus a cycle can occur. Passage .
through several such cycles is a necessary condition for the development
Card 1/3

S/020/62/147/004/015/027
Ra,in shower theory B142/BI02
of a r&in shower. Their number can be estimated from the formula
k r 02
n
Nk a initial number of droplets with radius rk per unit of volume at the
haight where the big droplets disintegrate. f - probability of water
retention of a droplet within the cycle, n - number of cycles,
~.i - water density, ~-o 0 density of the rising air current, RM - radius of
the droplet that disintegrates, 0 - rate of the rising air current,
Q -- 2.103 CM 1/2 /sec. The problem of the cycle stability, e.g. the
possibility of humiditV-14"-from the-AW-ale, is also investigated.
The English-language reference is: W. Howell, Jo Meteorol., 6, No. 2, 134
(1949).
Card 2/3

8/020/62/147/004/015/027
Rain shower theory B142/B102
t.5SOCIATION: Institmt elektrokhinii Altademii nauk SSSR (Institute of
Electrochemistry of the Academy of Sciences USSR)
SUBMITTED: June 16, 1962
Card 3/j

GOIAVINI~Ax
SoLluticM Of 60, 60ation of coav3Ation of eloud drops in the
asoand1mg a4r stream. Isv. AN SSSR Ser. georiz. no.5:783-791
Mr 163. (MIRA 16:6)
1. Institut, slaktrokbi-i 1 01 SSSR.
(Drops) (Co4gulation)

.,,GOLOVIS, A,.H'.
Solution of the raindrop coagulation equatioto taking condensation
iko mccoumt, Daklo AN SSM U8 no.6tl290-1293 F 163.
(KMA 16:3)
1. IUtitut slaktrokMaii AX SSSR. Predstaylano akademikas A.N.
Tr .-,6 4 -0
(Ttaim and rainfall) (Differential equations)

GOLOVIN, A.M.
Soctrun of coagulating cloud droFs. Pt. 2. Izv, AN SSSR. Ser.
gooriz. no.9t1438-1"7 S 163. (MIRA 16:10)
1., InstItnt elektrokhimii AN SSM.

JKLOMr-A-H, ....-
KirlOtic e4uation describing coagulating cloud droplets with
allouanee for condensation. Part 3. 1xv. AN SSSR. Ser. geofix.
no.3-OsI571-1580 0 163. (MIRA l6t12)
1. Ivatitut alektrokbinii AN SM.

-GOLOY'l#, AM!, , -
Tboory of tbo vibrations &ne fractionation of
flaw in the presence of vortez movement withir
lav. IN WER. Ser. gibofis. no.7tlO84,-1092 JI
x drop in gas
the drop. Part 1.
164.
(MIRA 17:7)
2, Institut elektrokhWi AN SSM.

GOLOVIN, A.M.
I - ,
Theory of viWations and fractionation of a droplet in a gas
f1cm it the pregenoe of potential notion inside the droplet&
Mov. AN 3MM. 34r. geofi2. no.8&1269-1272 Ag 164
(m:[RA 17t$)
L. Thstitut elektrokbimil. AN SM.

L O~526-67 WW
SOURCE CODE: UR/02017
I GOLOVIN, A. H.~, jAVICN, V. G., and,TOLMACHIKV, V. V.
Vdul-not14 -Wo"li *
_29'a System of Bubbles in a Liquid of Low Viscosity"
Zhurnal Priktadnay Mak%aniki I Tokhnicheakoy Fixiki, Moscow, No. 2, Mar-Apr
.1966, pp. 63-TI
'T0PXC TAGS: Roymolds ntmJser hydrodynamics
,Translation, The effect of the gas content and the shape occupied by a system
of bubbles on the rate of their rise In an unlimited medium and a vertical cy-
...11ndrical column. Is Investigated. Deformations of the system which are advan-
I
Ftageous from the energy standpoint are considered, with the assumption of a
.;homogeneous and isotropic distribution of the bubbles in the system. A
11theowetIcal description of the notion of the system of gas bubbles in the li-
11 quid Is necessary for study of the bubbling processses. This problem has been
:repeatedly studied lit the case of small Reynolds numbers (Re 1) on the basis
of the so-called model of calls. In reference [11* a similar model was used
for description of the motion of a system of bubbles of moderate dimensions
(Re 300). It was asawned that at all instants of time ;each bubble is located
~at the center of an i"inary spherical cell of liquid, the radius of which a
'equal to the imam dist*nce between the centers of the bubbles in the system.
~
Also, the normol comporient of the velocity of the liquid Is equal to zero on
the.surf-ace of the cello The first assumption is equivalent to the.princtple

L 06526-67
of the homogeneitv and lootropicity of the system, but the second is not physi-
cally convincing An any way. In this work results of the calculation of the
rate of rise of a system of bubbles are obtained for the case of bubbles of
ui4erate dimensionit with a low gas content. These results differ even quali-
tatively from simLlar results obtained an the basis of the cells z3odel. This,
apparently, Indicates that the cells model Is unsatisfactory, it least in the
case cf low gas dohtent. 6rig. art. has: 1 figure and 7 formulas.' 37,3301
SUB CODE: 20 SUBM DATE: 13NoY65 CRIG REF: 007 CTH REF: 004

Goidim, A.N., Insbe-te*nolog.
- -
MaxWo Im the structure of f Inback blubber during thermal extraction
Of all. TrWW VMO ~51247-263 '58* Win nin)
(VhpNle oil) (Renaering works)

GOLOVIN #. Cand Tech Sci -- "Study of the process of~iv
.5 1
separa4A."', ~ *
rom the oover fat of whales." Kallningv-A, 1961.
(min of alglamr &n4 see Spec Ed RSPSR. Kaliningrad Tech Inst
kvl~
of Fish Induar tnd. Neon) (XLO 8-61t 242)
- 216 -

LAGUNOV,, LJ.., kaxidsteldua.nauk; MUCHKOV, X.A., kand.tekhn.nw, ;,_GOlffINj_A-N-p
_40WA.p IM!33UWHp G.F... insh.
'Velix the mechanical impulse method for obtaining vi'.amin A from
wWe livmr,. Trudy VNIIRO 45:115-lU 162. (MIRA 16'5)
(vitarains-A) (Whale products)

clim!.Cal. vat: ffli of uod sfft;ct
al LVILI,i :n Cl S,:h: lialidra prejAm. v eit I., t.
o.1'. Lbe vl.--masl Panction c-f the eyv. Ya,~. k
IrL4r. 10t. V,st- flO

. G,)L4D.V-TNj,. A-N , " , ''
Maso loebom and vita-min A conTAnt ctunges in whale liver
ftring storage. Trudy Azaherniro no.2100-53 163.
(MTRA 17tS)

-PS
143VO

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;
WA *OVA,

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r
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ft
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or
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tj.0JM 0 arcbp-, 6 tt~ 1.9629 5,pri
I.Ja"s St., TVO Of iz 0
ge - z4at
vol. gkvlp. 06-el-4 Geofi-W~-a s4e,~~ teuWL
ai-reCt all-- -h Oxt. GO6tOp
s onGII IIeCti-
(vn CO sy~~Ia% 9
j.SUO'P
(;jT,.LGI , sics
txte Geotjl3w
&bSt vatl
;h ~ 2.Lg).
jsu 6 trol-elo 11as
20 91t - ~Ie, f the
1.960, -loss lox 1~ - tory 0.ctici- c aetI,
UP
st-LW of 4 si-VA tlxe telrrl- 94i.CM ay
to e - Ott Of r BXMP--r ut
The to~ejte Jous Litieg -.rbO'rVo 'OvIte.
sea I Mtja~,
I ,Xes bed 0 s vas
TTest 'e'vest Satpote I gLlsbLls Th, -ray
tvLe
~,Iai.171 aelds. n -avies -00 1000. 00Aa
to 0 1. Isas wLth 0 of I -. 'ta,.th the
0-c4er ca: 69 sroje . 4Oot be
axe au f Pix4 V
DTL a cax .Map
at I j tj%Q1,063-
4:
f:
601
~,
un the radio-
topograPhic and
related to their
reduced gamma-activity, Of which

,/62/000/011/014/077
3/109
Trial application D228/1)307
48-were subjected to further study, were revealed as a result of the
work. It is concluded: 1) the distribution of.anomalies over oil
fields and in areas with an unestablished oil content is close, which
confirms the similarity of the genesis of these an(xnalies; 2) of the
total number of anomalies obtained over oil fields 89i'.'3 pertains to
anomalies, Uhich cannot stem from the influence of surface factors
or can be explained only partially. This circumstance indicates
that effective interpretation of gama-tay surveying data may be car-
ried out subjact to allowance being made for the influence of surface
factors. Uil fields urere revealed by subsequent drilling on several
of the radiometric anomalies detected. On the basis of the results
obtained it is concluded that the radiometric method of seeking oil
fields is effective geologically, and it is rccomnemled that the
method should be inclUded in the complex of geophysical investiga-
t1ons.
_rztracter's note: Complete translation2
Card 3/3

1 -00
-00

6A
m"i Loa*" -00
a Wow t1 *960. Fw a a cmumt .11, -99
VM at OR Wift6ommv ahiatn to tbE lcft trom
4f luip a mmt*nu ft d"imlex to thr dam.

W WKWAA
W)

00
m
t a
"a mamurdised for
roi
iia 4tims. a

OU

1
I
9 Ali
4-
'U0 1 W (A -3
a 1 '34 a
0; 910 0 0 0 4 0 0 0 a Mv-

4CWV*IN. AJU dats.1 VOZW# Iffelso profa,# lvda; KAXBA7Wo A*Vs, takhn. red.
[Atoaxem of podagogloal InstItutem; machanizatiou of agrimature
fo~ thm fa4ulties of *oi*Ua, obasittry and the prinaiplas of
agsdaulft*l h*gnu~W podagogichassIdk1b Institutoy; makhamizatmila
oe:Ll*ogo Wasdalstva 411a faku" Itsta blologii, khiaft i onnow
eellsk4o kb*sl*lstv&*.E~%skv&) UdhTeftls, T957. 14 p. (KMA 1199)
1. AIMBI& (193,7- 743.7,8.R., OlAvuoye upravleniye vyssb4A i
ordiditikh po&AMldhaddkh udhabn7W =v denly.
Ohm m6alumizati on)

92-2-30/37
AUTHOR: Golovin A V. Senior Engineer
TITLE: Archede 011 Men are Experimenting with New Methods
(Areliedinskiye neftyaniki izyskivayut novyye puti)
PURIODICAM Hoftyanlk, 1958, Nr 2, P 33 (USSR)
ABSTRACT: For the first time in Stalingrad province, a method of
separate exploitation of two oil reservoirs by one well
lima recently been applied In the Archeda oil field. As
a result, daily production of petroleum increased there
by 40 tons. The Archeda oil field also takes advantage
of such advanced methods as hydraulic fracturinge,, hydro-
chloric acid treatment, cumulative perforations, tor-
pedoing of productive formations, etc. The hydrochloric
aeld treatment applied In one of the wells of this field
increased the daily recovery of petroleum by 13 tons.
Following the auggestion of P.G. Butynov, electrician, a
dispatcher's control board was constructed and introduced
in the Archeda oil field to control deep well pumping
automatically.
ASSOCIATION:Archediskiy neftepromysel (Archeda Oil Field)
AVIALABLE: Library of Congress
Card 1/1

AUT1101tS
TITM
PERIODICAL:
B/079/60/030/006/012/033/XX
BOOT/BO55
Shusb1ti,41nag 1~ :P. Golovin, 4, V. , and Levin&, R,. Ye.
9-Lactonss and S-Lactsus. X11. Dibromides of 9-Enol-lactams
( 5, 6 --.Di'~roxo - 5,6-4 is], kyl -pip*ri donee - 25
Zhurnal obahchey khimii, 1960, Vol. 50, No. 6, pp, 1762-1769
TEXTt Using on tboir previous investigations (Refs., 1-3), the authors of
the present work st4died the readtions of the dibromides of 9,-enol-lactams
formed by tba cyclioation of 9-ketc-acid nitriles by means of hydrogen
ohloride 4), the initial substances used in this reaction were
sethyl ethyl, Methyl butyl, sethyl isobut7l, and methyl &myl ketones. The
rei~otion was found lo be a convenient method of preparing 5,.6-dialkyl-f -
enol-lactams (in 25-- " yield) according to the reaction scheme
R -CH2 an CRON R-CB--~"CH 2~CIT-2 (ECI)
1 1 1 >- R
Uh 3-- CO ---.-> H 3C-CO C CH CO
N400 3
Card 1/3

9.Lrtones awl ~--Laatams. XXT, Dibromidss S/07 60/030/006/012/033/XX
0r ,-Enol-lactsmis (5,j6-,Dibromo-5,6-di&lkyl- BOOlYBO55
piporidones-2)
where H - CH3, 03H,,, I-C 3~7 and C4H9in substances (I -- IV), respectively
The structure of compounds (I - IV) is demonstrated by the good agreement
between their tonstants and the constants of enol-lactams prepared
pre-r~ouely 1.4 a dirr'sront manner, i.e., fri f--enol-lactones (Ref. 5Y,
Thel-enol-lactams readily add bromine without heating, forming 5,6-d1brami>-
piperidones-~ (schenje ~) which split off HBr when standing.. It was also
posbible to split oft two hydrogen bromide molecules successively from
5,6-dibromo-piporidanes-2.. On treatment with water at room temperature,
5,6-dibromo-piperidones--2 split off on* molecule of HBr, forming
5L-bromo,- .86_a, bydro"pyridones-2 in 65-dCP% yields (scheme 5). Reaction (A)
is less prob*'ble~ TI*.e structure of the synthesized monobromides was
verified by hydrolynis and subsequent distillation; the 5-bromo-5,6-dialvl-
1~6 -dihydro-pyridonss-2 rear-range to form hydrobromides of the correspond-
ing pyridoneo-2 in 40-50% yields (scheme 6).. The structure of the hydro-
bromides was verifiod by preparing one of them (IX) by treating the
torresponding pyridone with goe eous HBr (ochre Z), Treatment with diethyl-
aniline or water converts 5-bromo-5 ,6-dialky -.6 -dihydro-pyridones-2 to
Card. 2/3

J-Lactones and ~-Laotama~ XXI. Dibromides 5/07 60/030/006/012/033/XX
Of f4nol-lactams (5,6-Dibromo-5,6-dialkyl- BOOlYBO55
piperidonea-2)
4he 5,,6-dialkyl-pyridbiftea (XII - XV) in yields of 10-45%. Diethyl-aftiline
also converts,5,,6-dibrotho-5,6-dialkyl-piperidones-2 to the latter compounds
in 20-23~ yields. Therie are 4 tablts and 9 references: 6 Soviet, 2 US,
and I German.
ASSOOIATIO-Ft Moskovskly gosudarstvennyy universitet (Moscow State
University)
SUBMITTED: :une 26, 1959
Card "X/3

.a BRAMAIRKMOVA, S.
SHOSTAKOVSKIT, MY.; BUGDANDVAO A.V.; 22j2jjEt_Aj.V
Nou polymtarx of v1WI ikthors. Report No.2: Heterogeneous caULlyst
of stervospecific polymerization at room temperature. Izv* AN SWR.Otd.
Iddsonauk no.10t1813-1817 0 162. OCft 15:10)
1. Institut organicheskoy 'chin" in. N.D.Zelinskogo AN SSSR.
(mars) (catalysts) (Polymerization)

BASKAKOVA, V-B-;,,92LOVTN A.V.; MARTYINUK, M.M.; V.K.
Calaulation of the speed of sound from the isodyriam;-C coefficients
ani the det4~rminant of the stability of a substunce. Akust. zhu.-.
11 n0-10(>-34 265. (MIRA i&4)
I. Moakovskiy gosudmrstvennyy universitet.

SOV/ I Z4-58-10-11390
Translation from: Referativnyy zhurnal, MeXhaniXa, 1958, Nr 10, p 100 (USSR)
AUTHOR: Golo in,
TITLE: Equilibrium of a Heavy Elastic Half-plane With a Nonrectilinear
Boundary (Ravnovesiye tyazheloy uprugoy poluploskosti s nepryarno-
lineynoy granitsey)
PERIODICAL: Nauchno-tekhri. inform. byul. Leningr. politekhn. in-t, 1957, Nr
8, pp 57-69
ABSTRACT: A solution is presented of the problem of the equilibrium of a
heavy elastic half-plane weakened by a semicircular cutout. An
Approximate method of compensating loadings is proposed for solu-
tion of problems on the equilibrium of a heavy elastic half-plane with
a nonrectilinear boundary. Numerical examples are presented for a
trapestoidal, cutout in a heavy half-plane, and these are compared to
the apq)roxirnate method of negative loadings currently employed.
Reviewer's name not given
Card 1/1

nr,,;ble::.r-. of' the
of elrtsticity$~~o- 2c~ t'anor-, of baces."
Im., 199,8. 1,1 31P (Vill of 11ij,"her *Iucation L'SSjl J,en rolytech Illst im

GOW711f, A4U,
--l. ~ --
Some prablens for the equilibrium of elastic planes and samiplanes.
Trudy TXT no.196i46-72 158. (MIRA 1213)
(314stic plates and abells)

ACC-Nib AWAMP3 somwX cm: vq/oo3S/65/0oO/022/AO32/AO32
AQMMt X~+; ;WWWlebe As P. 31
7MA3 Mqm=zlvg buffer alrwdt umift dposto reg1stare
SCUMSt Wo d~- JUUM, AU. 12A3W
W SOMI Tre 6-y ammhoo-teNta, h=fwentall pa jadmm. radloslektron. T. 2. K.j,
Atonlaftt, 10% w-0
2MM UWs pulse Wot. snaUser., caMputer mismorys, rUp flop circuit# trigger cir-
CIALtA, ommazy address
ASS7RWT: A buttler device Is considered,, Intended for a IM-ebannal pulse-height
amm3amer. it serves for Introduction of statistical information in cyclic memory de~
vices of sequential type an nagnOle my ams or an r1wdble discs. The memory elements
In tblx circuit us ring registers using flip-flops. The circuit per-
imits memorivAtion up to -k 7-digit binavy nudwrej the separation or which in the re-
gisters tame p2ace with a timing frequency of 50 kcs. These numbers are continuousl
comqxwed tor corrtapondeme circuits with the addresses of the cbamwls of the magwti
&Tum- The time at circulation of all the numbers stored in the buffer memory in
aborter than -the time aMated for each individual channel. Therefore all the numbers
are compared with address or each dummi. When the addresses coincide, "+l" is re-
corded in the cmexpondh* ebanwa of the magnetic druin (disc), and the number in
erased from the buffer-aircuit memoz7.- The buffer circuit allows reduction of the re
solution time of the analyzer from 2D zwee to -240 psec, and increasing its transmit-
.ting ability. I.. S. [ftenslation of abstract)
C.,A VU,05 On ("MR-' 20p 09

4U37
S/120/62/000/005/011/036
92/E382
ALYTHORS: AgAgyLli A.Ye. Zemlyanov, M.G., Taitavich, A.P.
and -Ch;rn_*;re_W;~, N.A.
-TITLE: A system of time delays based on magnetostrictive lines
for transit-time neutron spectroscopy
PERIODICAL: Pribory i tokhnika eksperimenta, no. 5, 1962,
77 - 79
TEXT: In comparison with univibrators for phantastrons,
magnetostrictive lines have the advantage that delays produced
by them can be accurately varied over a wide range. The system
of delays for the transit-time neutron spectroscope is based on
such lines. Theme are in the form of nickel wire passing through
the axes of two coils. One of the coils receives a current pulse
when a neutron is recorded by-& group of counters associatid with
the line; the second coil thou produces a delayed signal- The
-delay time in varied by shifting one coil relatively to the
other. The whole delay system Is based on four magnetoatrictive
lilies and its block diagram is shown in Fig. 1. The signal from
.Tach group or counters is amplified, passed through the
Card 14Y.2,

S/12o/62/000/005/011/036
A system of time dslays .... E192/F.382
discriminator, than suitAbly shaped and applied to the delay
line (see Fig. 1). The signal has a rise time of 0.5 iLs at the
output of the line and this is applied to the shaping circuit of
the next groups of counters and so on. As a result of this
operation, the siSnalz at the output of the system appear with
various delmys JiT, 3rx~, 2*t and "e, where I:, is the delay of one
line. The lines are in the form of four parallel strings and all
the four coils can be shifted simultaneously. The diameter of
the nickel string is 0.5 mm and its operating length is 30 cm, so
that Its maximum delay is Go Us. The transmitting coil has 300
turns and the receiving coil 500 turns. Both coils are screened
ma,onetically. The resolution of the neutron spectrometer with a
mechanical switch can be Luc-reased by about 2-5 times by using thia
delay system. There are 3 figures.
ASSOCIATION: Institut atomnoy energli AN SSSR (Institute of
Atomic Energy of the AS USSR)
SUBMM ED December 16, 1961
Card 214,2,

ROGTOVTSAV, G.N.. kand.tekhn.nauk; PMODAYET, K.S.. kand.tekhn.nauk;
RXSHCHIXOV. TtL.P.. insh..,GOWTXN,, B.T.. inzh.
I Carbain otruetural improvements in P-5 tensile 'beating machines
for short time testing at high temperatures. Trudy KATI no.4):131-
135 160, (MIRA 13:7)
(Testing machines)