SCIENTIFIC ABSTRACT GUREVICH, S.YE. - GUREVICH, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617420016-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NR: AT4014046 S/3073/63/000/000/0075/0081
AUTHOR: Oding, 1. A.; Gurevich, S. Ye.
TITLE: Cyclic strength of steel In the presence of sharp notches
SOURCE: Prochnost' metallov pri peremenny*kh nagruzkakh; materialy* tretlyego
5oveshchaniya po ustalostl metallov, 1962 g. Moscow. lzd-vo AN SSSR, 1963, 75-81
TOPIC TAGS: steel, steel fatigue, cyclic strength, bending stress, stress con-
centrator, notch toughness, notch radius, crack, nonpropagating crack
ABSTRACT: The creation of sharp stress conc-bntrators is sometimes unavoidable in
the design of machine parts. For this reason, the study of fatigue strength in
steel specimens having notches with a theoretical coefficient of stress concen-
tration (Kt) greater than 3 acquires practical importance. The present paper
deals with the cyclic bending strength of cylindrical specimens of low-strength
steel 3 and high-strength steel 30KhGSA in the presence of circular grooves'having
bottom radii of 0.02-0.80 mm (values of Kt from 1.8 to 14.5). The results show
that the fatigue strength decreases with an increase in the sharpness of the notch.
up to a certain limit (the critical notch radius), after which it remains con-
stant. The critical notch radius thus corresponds to a limiting minimal cyclic'
streMh, which Is of practical significance since further work may permit the
Card

ACCESSION NR: a4oM46
calculation of an optimal notch radius. The existence of this limiting value is
explained by the peculiarity of the stressed state In very sharp notches. An in-
verse straight~-Iine relationship was obtained between log (Yand Kt, and formulas
are derived In the paper for the coefficient of notch sensitivity q and the cy-
clic coefficient*of notch sensitivity v:
K, f~
v-E -P
1P (2)
As shown in Fig. I of the Enclosure, in the presence of large stress*concentrators
the graph of 0' vs. Kt shows an area characterized by nonpropagating microcracks
a
nd the appearance of submicroscopic fatigue cracks; this Indicates that notched
samples have a cyclic limit of elasticity. The possible reasons for the appear-
ance of nonpropagating cracks are discussed at length, Orig. art. has: 6
figures and 2 formulas.
ASSOCIATION: none
SUBMITTED! 00 DATE ACQ; 2OFeb64 ENCL! 01
C-ld 2/3 - ---SUB. CODE:- SOV-.:-,- oo6~ OTHER; 002
7-9-7- 1'~ ~-71_77

ACCESSION NR: AT4014o46
AF
ENCLOSURE: 01
7 S 11 is
Relationship between alternating cyclic stress In kg/sq. mm and the theoretical.
coefficient of stress concentration.
I - steel 3; 2 - steel 30KhGSA; 2 - ruptured specimens; b - nonruptured speci-
mens; c - nonruptured specimens 'In which the notches show nonpropagating micro-
Card 3/3 cracks due to fatigue.

a
b

C

~24i'-' &VT'.m),/EWP I w) /EWA (4)/L/Z'v1P (t)/W (b) JD
ACCESSION NR: Ap5o3.,,)161
AMOF! C_Odlagr 1. A. (Corresporaling~ member A.N SSSR, Deceaflsavd)~.~Mr~!d b., S. 47:il
TIM: Mechanism of occurrence of non-propageting fatigue cT~a4ks in nottchea Ut
SCURCE: Pd~ SSSR. Dokladly, -Y. 161, i'lo. 2, 1965, 336-339
TOPTC TAGS: metal ff~ ~Iq, metal notching, metal failure,, metail crao?:Lro~Tgatlan
ABSTRACT: 11he Dresence of non-pymagating micracracks In notebes, ftrzt. noted- b!r
A. j. Penner et all. (Tngineeriaiq v. 171, No. 4452, 637, 191;1) ani) bir
.-Irti.ci- :ir 1,ein4T di.-v 'o -'.wr
T t, :i or- tn- baslcl (j q
by o,,r 7ir! -i-'.
-odiice
to pz
Just necet;sqr v
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m.'. -. t:- -v-t-ess, drijends on t: he
Car~, 1/2

L 50523-615
ACCESSION IFR; AP5010-16-1
effective zone of' action of the natch. Tf the total stress exceeds the stress re-:
quired to move the microcrack, mation vill talke place, othervina the; mic-racrack
will be imobile. For m,.,v given metal, tlw stress produced actim-1-2y, Fit the endt of
the dfi3trib-W-lor. of strnssii due -lo ,he qvrPlqji
--h cr -!~s t~,,e -,liF,-tHbvtion due to the decreaa,--,J crots ip(--
ccn-cent-1.1tion o,, ~,ho s,~rf,ri t'Fod%~-cc-d --ly
I mall, V 1.11." 0 1-Rc 11 k) 1. 1 11- rrul nFi ("r., ;llot I :,!I
:w,; q_-W bv if the
'rrui tnat it
suma=D.- o8jui64 ENCL: 00 SUB CCDE1 "VC, PA
rM REY SCV t DO3 (yrM.P11.0 005
Card 2/2

L 2529-66 aIT(m)/aip(w)/EWA(d)/T/EWP(t)/E,,T(Z)/EWP(b) IJF(C).. - FJlilJDIHW
ACCESSION NE: AP5021499 UR/0370/65/000/004/0126/0130
539'43 3
AUTHOR: Gurevich, S. Ye. (Moscow) -, Oding, 1. A (Deceased) (Moscow) 13-V
TITLE- Fatigue strength of high-strenjj~h steel melted by various nethods and
heat treated under various conditions It
SOURCE: AN SSSR. Izvestiya. metally, no. 4,l965, 126-136
TOPIC TAGS: high strength steel, superstrength steel, medivni alloy steel, chromium
containing steel, vacuum melted steel, steel mechanical, property,- steel fatifi-'Aa
strength /45Kh5GSNW steelp 45Kh5GNMV steel
ABSTRACT: The effect of vacuum arc melting on the tensile and fatigue strengths of
45Kh5GSHKV (o.44-o.47% C, LOO-1.24% mn, i.16-13o% si, 4.9-5.5% Cr, 1.85-2.15% Ni
1bO.48--O.65;; M, 0.73-0-96% w) and 45KKh5(GMWN 1 0.42% C, 1.23% W, o.o7% si, 5.9% cF,-?-T--
2.08% Ni, o.65% Mo, 1.49% W) high-strength iteels has been investigated. The -j!
45Kh5GSNRV steel was arc melted (heat P) in an open atmosphere and vacutt4 remelt a
(heats P1_ and P2); the 45Kh5GHHV was vacuum are melted (heat P3). After forging,
the steels were heat treated to obtain the highest strength after quenching (hardn an)
RC60),, and tempered at 625, 550, and 200C to obtain a mtnimum and medium hardnena
of 30-32, hi-43, and 51-55 % kg/cm2j respectively. The tensile strength C6
Card 1/2

L 2529-66
ACCESSION NR: AP5021499
yield strength 00.2 , and true tensile strength melted PI and P2 heats
19k of vacuum-
tempered at 550 tind 625C were very close to each other, but iri-resomewhat lover
than those of P and P3 heats. The vacuum had no clearly defined effect on the
elongation and reduction of area, but appreciably improved the notch toughness
The use of a vacuum substantially increased the fatigue strength a_, of smooth
specimens only in the steel tempered at 200C. The fatigue strengt increase 'Was 11
or 20 kg/mm2 120 or 37%) for P1 and P2 or P3 heats,' respectively.14 However, in the.
presence of stress concentrations, the vacuum-melted steel showed no superiority in:
respect to the fatigue strength a_1n. All the investigated mteela, regardless of the
melting method, had the lowest notch aensitivit when tempered at 200C. This Indii
cates that Aese steels can be used in the low-th-mpered condition Tor parts which ~
have structural stress concentrators. It is noted that ateelsi with a tensile strength
above 120 kg/mm:2 do not show the usual horizontal portion o9 the. o-lg ~ jcurve up
to 106 cycles. Their 0-19 N dependence is exprests4b a siieLLght line Vhose
slope increases with increasing steel strength, Orig, itt. hm: 6 figures and 3
tables.
ASSOCIATION: none
SUBMITTED: O8Aug64 XNCL: 00 SUB CODE.
ATD PM I
NO REF SOV: 005 0ma t 004 ass.
lCard 2/2-.

BOBKOV, Nikolay Vladimirovich;.Ppf~~VICH, Sh.M.p dots., kand. ekon.
nauk, retsenzent; KOVALEV, A.I., retsement.; MYASIIKOV,
N.V. O.IM. 1
.7,7~
(General course in river transportation] Obshchii Icurs
rechnogo tkansporta. Moskva, "Transport," 1964. 212 p.
(MIRA 17:4)

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GURMCH, T. I.
18BT25
USM/Chemistry - Pharmaceuticals Aug 51
"Synthesis of Aminosulfones. V. SyntheOiB of Bis-
(4-Nitropherly1thio).Alkyl- and Aryl.(Iompoundo *nd
Products of Their Reduction," 1. Kh. Felldinan, T. 1.
Gurevich
"Zhur Obshch Xhim" Vol XXI, No 8, pp 1.540-1544
In connection with study of chemotherapeutic prop-
erties of aminosulfides, condensed several aldehydee
in soln with p-nitrophenylmercaptari, using dry 11C1,
to form 4 bis-(4-ni-tropbenylthio)-substituted prod-
ucts.. From latter prepa 4 bis-(4-aminophenylthio)-
substituted products by reduction vith H2 at room
temp in'EtOR In presence of Raney Hi.

GUK"VIGH, T. 1. 1 8 T 2`6
tISSR/Chemistry Plharvk;~ceutic&ls Aug 51
"Synthesis of Aminosulfories. VII. Pseudothlo Eaters
of o-Aldehydocarboxylic Acids and Their Derivatives)"
1. Kh. Fellcbnan, T. 1. Gurevich, All-Union Sci Res
Chemicoiffiar InBt
"Zhur ObBhch Khim" Vol XXI, No 8, pp 15k4-1548
Continuing work on study of method of prrepn of O-di-
sulfides by condensation of aldehydes with p-nitro-
pheny1mercaptan, condensed o-aldehydobenzoic acid
and opianic acid with p-nitrophenylmerctLptan to ob-
tain corr 0 -thioethers, which are oxidized into
sulfones.. Reduction of thioethers and sulfones
yielded corr amino ccapdo.
188T-26

Sep
Synthetic Pharm!" _51
ceuticals
"Synthesis of Aminosulfides and Aminosulfones.
XI, Synther-is of l,l,l-Trich1oxo:-2-,Hydroxy-
Stba--(n-Nit.rpphenyl)-Su1fide, Its Acetoxy
De�I-trative a=d Sulfoxide," N. ni. Fel'd=an, T. 1.
Gurncv:Lch,, A111-Union ""he=icophar Inst imeni
'Zht-r Obshch Khid' Vol No 9, pp, 1656-16,59
CoWensation of chloral with n-nitropheny1mer-
captan yielded product. of addn of 1 g-mole of
chlaral to 1 g-mole of mercaptan (without sepn of
H20). In acetic anhydride medium acetylation of
191T46
USSR/Chendstry - Synthetic Pharma- Sep 51
ceuticals (Contd)
OH group, also occurred. Nonacetylated product's
mol was decompd upon at-tempts at acetylation or
oxidation. Acetylated product was oxidized to
caxresponding sulfoxide. Both condensation
products were decompd by heating or action of
allmli solns.
191T46

GUUVICH, M.
Analytical characteristics of diocide. Xhim. i mod. Do,10:59-60 159.
(MIRA 13:2)
(DIOCIDII)

GUREVICH, T.N.; ZUBCHUK, V.A.; LUKUBOVICH, S.V.
Photochemical activity of pigments ancl methods tor its
determination. Lakokras.mat.i ikh prim. n0-105-57
,63. (MIM 16:2)
(Pigments) (Photochemistry)

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on Crl('h, 0-20, 0.67, 0.22, 0.25. Nutik-Tio, shows
weaker effect than atiataw. With TifEl,, all reactionq
are -mrsehAt. alower in a1c. with ")% 11,0 than in
toltiorfle. IMI I is alkali (tie ofairw lit the 2 oulvents. 11"jably
owing to counsvicic de-hydratkitt.uh heated lit IkM)* shows
an catalytic activity. the Ithaimbens. activity of
TiO, sample dried at I IW anti limi"I to Ik)U* 6 aimput the
,sismol. Adsarptkm. of Cr& * and Cut I kinq f - 11) 4 C.!g.)
intitalts the "Inlylic anti lossom tile ph"towhem.
owl Tif(h. (2) The effectoi fit Mullsh,16", fill tile "Cc off tile
catalytic derlimp". of 11,01, lit 40" (3 Mi. fill 0, 1 od. 11,4 J.
-10111. Of c %, anti. Of WAY01t -19.) We giViII toy tile Ifillu"filift
data (c, 4. *1, If. If. undp). on U0. 1, 0. 1. 17.5. 0. 1, M.11,
anti 1.14; cm TO,. 1, 0. 1, 1.2. 0. 1. 5 it. and 4 .6; on Ft,O,.
1, (1, 1, 4.1. 0.1. 4.4. stiff 1.05 (ptat-I ically tin effect i . oil
CrO.. 1, li.t. 0.4. OA, 11.4. unit WS Int, efft-tt); on 116,41,
(at "VI 0,03, 0.0t. 1~04, (I.M. Uld. on IIA) (at
M") OAJ, 0.01, 3.23, O.M. 9.75, liml 3.0. IllutuittAtion ,(
'e *c ~ c"'c""de g' 0 e"' hr '
tyle. no Sor~tinajthijj effect (mi thv tie-
Ic 0, "ford the
is a' C'
yti, -pralss. ss "lose
and plo""
""alyk 10 -.Ill T
el, it~" Irs flat
'a .,~aot
-1a. W fiss.,.ssco,
7.0 - k tatic. 1.6 Z
fIb#O, are known to tit photiscisuductors, but there are no
Lsis not the plustiscural. of TiOl. The lifting of an t!rctfun
tit the cundutAlum stinit through tol-wlition of a quAntlim
Mcilitatroo the elecituis tfAll3itk)ll WWWO thf! AIIMM lWtl 11111.11.
and she stidace anti thus liswvrj the Activation critrity.
711C dVWnIitiZAtiGa hY adi.XtXII C17" and Cal " 6114 "l.ty tic
link"I with the revem! promms. The lowering Gf the txj-
tvm4l hattkt through illumination of the %,lid sruy. on the
atlWr 11,111d. he linktil with a minsfer of vibritioltul energy
its t1w miorlml most. throush destrAdmiua if( the qu4ittutu
alm)tlwd lit the Uttim The citrin. ifilct (if tile lishi-tit-s-
notfiOd fZAWY-6 WUUUtltl t0 (t)nll.LtiUn Of lWtUIWV-ty;W
coonjodi. oil the iurface which initiAto, ch4ins in the vul. of
the soln. The ficctfuspa. of 11,0. k no doubt initiital by-
free Off radicAW foratird an tbot aurf4cir upon .1-in'tion of 4
light quantu"s. N. Thou

Ts.
u!; craitaininf-, several rompnnollt,.
low emperattirc Tw--h- linilotv mid T4. N.
Col.. 1 71
k P-77-NO,ti "OM-
-,,I d, I lit, 'Itil!'41flifillili
:11;lt"' 411 CO :1;0 1.11; ;lit im-1kilall :I,, thu prv~kllll. is
1-tulvd, I;Itf fllf'~ II'llic':11111. olliv 17011W
;11111. Nli~l ~. lit-it Ill CHI it highol- Clil voll-
II"- V."llat 1110 111,- 11 is
ld!:11: I Ilmll ill it') ~( l. ! !!,. wof. 'J 11 lit Iflo val".1
;Wif 1, fit. !rjljj)j'fI, lif jj:_ 11,11jill I)ll;l ~l.. Cjjl.rI;lI
to,!w km ill oi, vrii-i onit If-rivit vilx1q,
Ill 11141114(ti;t! com.
12 1~" foill. 'llolifil lifif he lrwd

KITAYGORODSKIY, I.L.; GUTUEVICH, TS.N.
Effect of small additives of some oxides on the streng h of corundim
materials. Trudy 'rUMTI no.27:65-72 159. ,t (MIRA 15:6)
(corundum)

KITAYGORODSKIYY LI,~ GUREVICH,,_TS.N.
I
Effect of temperature of firing on the wear
corunclum material. Trudy MKHTI no.27:73-77
(Corundum)
.?k: . ~
redisi,tance of
059, - WIRA 25 - 6)

PHASE I BOOK EXPLOITATION 6 01 3 5 92
Vsesoyuznoye khimicheskoye obshchestvo imeni D.I,. Mendeleyeva
Silikaty; sbornik statey po khimii i tekhnologii silikatov, vyp. I (Silicates;
Gollection of Articles on the (1hemistry and Production of Silicates, No. 1)
Moscow, Gosstroyizdat, 1959. 105 P. Errata slip inserted. 3,000 copies
printed.
Editorial Board: M.A. Matveyev (Resp, Ed.), Yu.M. Butt, and M.O. Yushkevich;
/ Ed. of Publishing House: V.A. Rozanova; Tech. Ed.: N.I. Rudakova.
FURPOSE: This booklet is intended for chemists and geologists interested in
silicate analysis.
COVERAGE: This is a collection of articles on the cherListry andtecbn61cgY of all
The contributing authors discuss the effect of admixtures on sintering pro-
cesses and on the properties of Portland cements. The text also discusses
the'propbrties of certain,glasses, the processing of ceramic materials, the
process of drying facing tile, the stability of solid solutions of calcium
Card 113
Silicates; CcillectLon (Cont.)
SOV13 g92
alumoferritey the activation of cement, the,production of aluninous cementj
I , and
the preparation of pulping rolls, the interaction of quartz with lime
various problems related to the production of silicate-calcite materials.
No personalities are mentioned. References are given at the end of each
article%
TABLE OF CONTENTS:
Sillvestrovich, S.I. The Properties of Fluoride and Phosphate Opaline
Classes.
Kjtsyg=~zkV , I.I., and Ts.N. Gur- egich. The Effect of Small Additions Of
Certain Oxides on the__Process~of Sintering Alumina.
Manuylova, N.S., and A.A. Mayer. Petrographic Investigation of Processes
Occuring During Annealing and Cooling of Ceramic Materials.
Grushke, G.A. Intensifying the Process of Drying Facing Tile Duxing Radia-
tion Heat Exchange.
Butt, Yu.M., and V.V. Timashev. Stability of Solid Solutions of Calcium
Alunioferrites With Increased Temperature
3
14
20
.32
46
Card 2/3

Silicates; Collection (Cont.) SOV13592
Voroblyev,,Kh.S., and M.A. Vorobyeva. The Effect of Certain Admixtures on the
Physical and Chemical Properties of Magnesia-a-ich Portland Cements. 52
Gilldenberg, Z.G., and R.I. Benderskaya. Activating Cement by Grinding in
Vibrator Mills 59
Kuznetsov, A.M., and Ye.S. Kovalev. On the Production of Aluminous Cement
by Sintering in Rotary Kilns. 70
Matveyev, M.A., and A.I. Rabukhin. New Method for the Preparation of
Pulping Rqlls 78
Matveyev, M.A., and G.V. Gerashchenko. Increasing the Strength of Quartz-
Cement Pulping Rolls 82
Butt, YU.M., and A.A. Mayer. Quartz-Lime Interaction at Temperatures Below
1000 88
Satalkin, A.V., and O.V. Kuntsevich. Some Problems in the Production of
Silicate-Calcite Materials 100
AVAILABLE: Library of Congress
Card 313 IN/1sb
5-18-60

KITAYGORODSKIT, I.I.; GUMICH, TS.N.
-
Effect of low additives of various oxides on sintering processes
(MIRA 13-
in alumina. Silikaty no.le.14-19 159. .2)
(Alumina)

15(2) SOV/72-59-5-2/23
AUTHORS: Kitaygorodskiy, I. I, Professor, urevich, Ts. N.
TITLE: Intensification of Alumina Pulverization in the Glass-and
Ceramic Industry (Intensifikatsiya izmollcheniya glinozema v
stekollnoy-i keramicheskoy promyshlennosti)
PERIODICAL: Steklo i keramika, 1959, Nr 59 i)P 5 - 9 (USSR)
ABSTRACT: The workin.- conditions of ball mills for alumina were investi-
gated by tlie Moskovslrl-iy khimiko-tekhnologicheskiy institut
imeni Mendeleyeva (Moscow Institute of Chemical Technology imeni
Mendeleyev),, In connection herewith the authors of this article
refer to papers by D. N. Poluboyarinov, V. L. Dalkevich, G. A.
Vydrik (footnote), D. N. Poluboyarinov, R. Ya. Popillskiy, and
T. V. h1alikova (Ref 1). The authors of this article investigated
the influence of the correlation of the weight of alumina and
L , dispersion medium as well as of an active addition. Thesenjor
laboratory assistant ~e. I, Sysoyeva participated in these in-
vestigrations (11ef 2). The authors rely oil the works by Rebinder,
P. A. Kalinkovskaya ('Ref '5), and N. M. Lubman (Ref 4). The
dispersion medium and the active addition were chosen by means
Card 1/2 of the Kuzrr..+;sov apparatus (see the papers by N,, M. Pavlushkin,

Intensification of Alumina Pulverizatiori in the Glass- 3OV/72-59-5-2/23
and Ceramic Industry
and G. G. Sentyurin in reference 5). The corundum hardness-
reducing agents are described in table 1. Oleic acid and the
aqueous sugar solution of 0.05';,,, are indicated as being the best
ones. The kinetics of alumina Dulverization in various correla-
tions of water and alumina is (:,,iven in table 2; in thia case
the correlation of M75 Proved to be the optim-Luti one. Table "I
shows the kinetics or nlumina pulvorizat,ion with an addition
of 0.1';,~ sugar, and table 4 co"tair's the results of experiments
with the correlation 0,75 of water and alumina as xell as with
a sugar content of 0,)05 and 0,15c"- Conclusion: the time of
i3
pulverization could be reduced by almost 1/3 due to the deter-
mination of the optimum pulverization corditions. This grinding
intensification is obtained with a correlation of 1 to 0.75 water
and alumina and by a sugar addition of 0.1~11 of the weight of
water. It can be increased by further more exact experiments.
There are 4 tablej and 5 Soviet references.
Card 2/2

KITLYGORODSKIY, I.I.; (RJRVICH, TSJ.
-J~--
What's now in the synthesis of corLmdam microlites Steki
ker. 17 no.2:10-12 It 160. (MIRA 1316)
(Corundum)

RUDTILT, Geiman ~,iktorovich; GUREV-I'C11, T.V., retsertzent; fOLUFE,
V.A.., retEenzent; -Mllf~'. , ' otv. red.;
YA,TIOGO?ODSMYA, M.M., red.
[AgriculturELl meteorology] Agrometeorologlia. Loningrad,
Gldroviof,coi,zdat., 19(A. 277 P. (1-1*1RA 17:0.)

ARRAMOVA, N.D., kand.mod.nauki GURQ9-c-lit-Lr-~.; ItOVIIISKEY, V.I.
Prolonged ambulatory use of Rauwolfia preparations in hypertension.
Sov. mod. 25 no.2:10)-105 F 162. (MIRA 15;~)
1. Iz dispansernogo otdela (zav. O.Ye. Morokhovets) TSentrallnoy
poliklini (dir. N.Ye. Yermolov) Ministerstva zdravookhraneniya
RSFSR.
(RAUWOLFIA)
(HYPERTENSION)

G[JREVICII., T.Z.; KARMAZIF, I.Ya.; YURSOVA., M.M. (Moskva)
Use of b7pothiaside in polyclinical practice. Klin.med. 40
no.6tl34-136 Je 162. (MIRA 15:9)
1. Iz dispansernogo otdela (zav. O.Ye. Morokhovets) TSentrallnoy
polikliniki pri CTb"yed*nemnoy teentrallnoy bollnitse Ifinisterstva
zd.ravookh--aneniya RSFSR (glavryy vrach F.I. Yermolov).
(TELOLDIMETE)

GUREVICH, T.Z., kand.med. nauk (146skva),- KAn4AZIN, I.Ya., kand.med.nauk
- --Noskva); ROVINSKIYp V.I. (Moskva)
Raview of M. IL. Arlev's book "Cardiac asthma"* Kaz. med. zhur.
4:82-83 jl-Ag'63 (MIRA 17:2)

GUREVIGH, T.Z.; SMIRNOVA, M.V. (Moskva)
Amte gastric hemorrhage due to hiatal hernia. Vrach. delo
no.LlslO-144 N'63 (MIRA 16:12)
1. Dispanserw otdol (zav. - O.Yo. Mforokbovats) TSentrallnoy
polikliniki Ministerstm zdravookhraneniya RSPSR.

GABJ14OV, L.A.; GUREVIGH, T.Z.; KARRAZI11, I.Ya. (Moskva)
Some data concerning the working ability of persons with
hypertension performing mental work. Sov. zdrav.22 no.6:
28-31163. 1 OUJU 16:9)
1. Iz di4ansernogo otdela (zav. O.Ye.Morokhovets) TSentralt-
noy polikliniki, (glavuyy vrach N.I.Yermolov) Ministerstva
zdravookhraneniya RSFSR.
(HYFERTEZION) (DISABILITY EVALUATION)

ABRAMOI/A. N.D., karid. i-iied, nauk; GOLIDBERG, A.F.,karld. med. nauk;
T,_~.. kand.med. nauk-; OVODOVA, N.I., doktor.
Outcome of myocardial Jinfarct and subsequent work ability in
middle-aged and elderly persons engaged in mental work.
Sovet. med. 26 no.5:22:~-26 MY163 (MIRA 17:1)
1* Iz dispanseniogo Adela (zav. O.Ye. Morokhovets) TSentrallnoy
polikliniki I-Tinisterstfra zdravookhrananiya RSFSR (dir. 11.1.
Yermolov).

.GMtDJIG11,* V.y kand. Iteldin. nauk
Calculation of founddtion r,.Iabl-- for quays af anguIar profiles
Rech. transp. 24 no.708-40 165. (MIRA 18:8i
1. Gosudarstxerinyy Institut prcynAtAra-vaniya I i.zyskaniya na
rechnow. transporte.

GUREVICH,V., kand.takhn.hauk
Workers of the State Institute for Research and Planning in River
Transportation are striving for technological progrress. Rech. transp.
22 ne.601-34 Je 163. (MIRI, 16:9)
(Inland water transportation)

GUREVICH, V.
I . Conference of schools of higher ducation on now technology In the
petroleum Industry. Neftlanik 1 no.11:32 N '56. (KLRL 9:12)
(Petroleum Industry)

GUIU:VICH, V.A., inzh,; DIYAKONOV, N.G., inzh,; KALYAGIN, Yu.,F., inzh..
Tie beam with tongs.. Mekh, i avtom. proizv, 19 no,9:15 S 165,
(MIRA 18:9)

v /N
L 31791-66
'ACC N_Rz SOURCE CODE:
AUTHOR: Gurevich V. A. Engineer)
ORG: none
TITLE: Scientific and technical conference on exchanging experience in plannings
construction and usage of substations without circuit breakers at 35-500 kv
SOURCE: Elektricheskiye stantsil, no- 4, 1966, 96 - I
TOPIC TAGS: -electronic conference, circuit breaker, electronic circuit, electric
relay, industrial automation, industrial management
ABSTRACT: The conference was held in Moscow, December 1965-
.The participants at the conference Included representatives of
power systems, the electrical industry, and educational,
scientific research and planning institutes. In recent years,
substations without high-voltage-side circuit breakers have
:been increa9in6ly employed, due primarily to economic
.considerations.. This was the third conference on this subject.
.The goal of the conference was to show the current state of the i
problem, analyse the results at hand and note the direction of
.future development of such simplified substations. Reports were
heard on: the selection of eleotrical-connectin6 circuits for
such stations; a proposed series of large-unit apparatus for use
-in such substations; Increasing ~he quality of planning
documentation to avoid reconstructlon; relay protectidii- automatioi~ ~Lfiif_ielemechanics
as applied to such substations; and other problems co;;~cted with the planning,
construction and usage of these substations. [JPRS]
SUB CODE: 09, 05 / SUBM DATE- none
Card 1/1 L-~ WCt 621.311-4:623..316.1.002.22

GUREVICH., V.A., inzh.; KHOIvEAKOV, M.V., inzh.
Nitric protection of insulating oil in power transformers.
Blek. sta. 36 no.12:54~61 D 165. (IMIRA 18:12)

PANKOV, VaoMy Niklforovich; GURNVIGH, -V., redaktor; TYMiErAY, A.,
takhnicheskiy redakto? -
(The Party organization and the rise in stockbreeding) Pariinaia
organizataiia i podOem zhivotnovodetva. Koskva, Gosoolitizdat,
1956. 77 P. (XLRA 9:10)
1. Sekretarl Sovetskogo ravkoma Ko=unisticheakoy partii Sovetskogo
S#uza
(Stock and.stockbreeding)

LARIONOV, Aleksey Nikolayevich; (N-MVICH, V., red.; TROYANOTSKffA,
H., tekhn.red.
(Organizational work ensures success] Uspekh reshaet
orgenizatorskaia rabota. Moskva, Goe.izd-vo polit.lit-ry.
1959. 94 p. (MIRA 12:8)
1. Sakreter' Fqazanskogo obkoma lommuniatichaskoy Partii
Sovetskago Soyuza (for Larionov).
(Ryazan Province--Agriculture)

'-GUREVICH9 V-,q kand.tekhn.nauk
- ----- - ---------------
Using reinforced concrete in constructing transportation facilities
of the Votkinsk Reservoir. Rech. transp. 19 no.4:29-32 Ap 160.
(Votkinsk Reservoir-D6cks) (MIRA 14:3)
(Reinforced concrete construction)

SELYUTIN V.- LESNIKOV. N.; RAYEVICH, V.- GUREVICH V.; KRAVTSEV, A.
(Bryansk); REVTZOV . M. (g. Ramensicaye, no RWFIFoy oblasti);
NAZAR(V, P.; RYKOV, Yu.; MIN, A.; IGIATENKO, N.
Letters on various subjects. Mest. prom. i khud. prowls. 3
no.8:30-31 Ag 162. (MIRA 15:10)
1. Starshiy inzhener Glavbelmostproma, g. Minsk (for Selyutin).
2. Glavnyy inzhener shveynogo kombinata "Pobeda", g. Ulan-Ude
(for Gurevich).
(Industries)

': ;' I I
SOV-128-58-7-15/20
AUTHORSt Migay, V.P., and Gurevich, V.A., Engineers
TITLEi Machining Allowances for Castings in the GDR,(Pripuski na-
mekhanicheskuyu obrabotku v GDR.)
PERIODICAL: Liteynoye proizvodstvo, 1958, Nr 7, pp 28-29 (USSR)
ABSTRACT: The article gives information on machining allowances used in
the German Democratic Republic for stoul, cast iron, and light
and heavy metal casting, There are 4 tables,.
1. Machine shop practice--Standards 2. Matals--Mhchini-ng
card 1/1

GURIIVICH,.V.-B., student
Examining marine chronometers of the First State Kirov Clock Plant.
Trudy MIIGAIX n0-33:93-97. 158. (MMA 12:8)-
ip0eadezicheskiy fakulltat Moskovskogo inatituta inshenerov geodezli,
aerofotos"yemki i kartografii.
(Chronometer)

GUREVICH-. V.B., inzh.
Using Talcott's method to determine latitude. Trudy I-aIGAIX
no.49:83-90 162. (MIRA 16:6)
(Latitude)

GUREVICHO V., Inshener.
Introducing contiumons and rapid Industrial methoda of building water
remervoirs. Nor.1 rech.flot 13 no.7:21-23 N 133. MRA 6:11)
(Raservoirs)

GUREVICH,V.B., inzhener
Harbor quays built of precast reinforced concrete. Rech. transp
14 no.4:18-20 Ap 155. (MIRk 8:6)
(Precast concrete construction) (Wharves)

GUREVICH, V. B. Doc Cand Tech Sci -- (diss3 "Prinei les of
planning of rational types of harbor embankments 4-tL4condi-
tions of water-4servoirs." Mos, 1957. 22 pp 4 shbets of charts
21 cm. (Min of Hig~er Education US3R. Moscow Order of Labor
Red Banner biiilding Enginnering Inst im V.V, '-KuybYshev), 110
copies
(KLI 21-57v 101)
-49-

GUREVIGH, V.B.
~--, - .~
ltesUti4 "studying the design of reinforced concrete elements for
water. reservoir embankments. Rech.transp. 16 no.2:21-27 F 157.
OILRA 10: 3)
(Reinforced concrete construction)
(Ubanments)

GUREVIP itm-
e4m
Industrializing the building of mooring structures. Rech.transp.
16 no.5:24-29 My 157. (MLRA 10:5)
(Hydraulic engineering)
IV
: ~:,, -1 1 . ii
~w : : .

GURUIC!,, V.,B.~,,zhener.
Ow ,. _--
Building shore protection features using reinforced concrete
elements. Gidr.stroi. 26 no.6!8-11 Je 157. (Ml-RA 10:7)
(Shore protection)

GURUICH, Y.B., kBnd.tekhn.nauk
Mooring quays in the Ustf-Donets harbor. Tranep. stroi. 8
no-13-16 0 158. (MIRA 11:11)
(Ustl-Donets-Piers)

GURMCH V.B. kand.tekhn.nauk
Studying oome features of tho foVndations of prefAbricated
concrete gravity smUnkments built on reser7oirs.'Trudy
TS NI IEVT no. 13':'~7-JY7,5 8. (14TRA 11: 12)
Olmbankm'ents) 0!0undations)

MV
GUREVICH, V.B., kand. tek,m. nauk.
Uperience in using precast reinforced concrete In hydraulic
engineering construction. Rech. tranep. 17 no.12:32-34 D 158.
I (MIFA 12-. 1)
(Precast concrete construction) (Hydraulic engineering)

SHRIKIN, Petr Andreyevich; IIIKIIAYLOV, A.V., doktor toklul. nauk, retsonzent;
ql~FICH,-V.B.., kand. tekhn. nauk., red.; MAKRUSIIIIIA., A.P., red. izd-
va; BODROVA, V.A., tekhn. red.
(Design of the slope pavings of hydraulic structures] Raschet pokry-
tii otkosov gidrotekbnicheskilch sooruzbenii. Moskva, IVAI-vo "Rechnoi
transport..",'1961. 292 p. (Hydraulic structures) (MIRA 14:10)

GUREVICH, Vitaliy Borisovich, kavd.tekhn.nauk; KAPELLO, LA., inzh.,
Ir
B.K., red.; FEDYAYEVA, N.A., red.izd-va;
RHMVA, T.T., takhn.red.
[Building hydraulic structures of precast reinforced concrete;
calculations, analysis and execution of the operations] Stroi-
tel'stvo gidrotekhnicbeskikh mooruzhenit iz ebornogo zitelezobotoua;
raschety, issledovaniia i proizvodetvo rabot. Moskva, Izd-vo
"Rechnoi transport," 1961. 296 p.
MMA 15:2)
(Wraulic structures)
(Precast concrete construction)

/FS FS (v 'j-3 /ETC ~ k- '- .-:VF-VC- ~',/ )/'E0
73
A C; U F SSI 0 N -',f FL: AP- 0 103 UR/0033/65,A4 2,"-Jf) 2/ 143 7 /1345,1;
AUTHOR: Gitrevich, V. B.
TIME:- ~slp eftacedthi6 equaOrtak 'kwl i rim,
w *uhta al aw
SOURCE: Astronowicheskiy, Aurnal, v.1- 42,, Role
TOPIC TAGS: astrwrietry,' selenaaeatriW eqtuttorW coordinate, Uficlon, lanar Ubmtt~n,
ataUar coordinato
IU3STRACT. When astronomical observaUohs2 are Made from the con:1 ft;,wW be
necessary to us-e-Tdfiir tiThe and-ffie W&f6E6centr1c equatorial ccordina*~-rj af otars. 'rhe
values W` [lie paramc!ter of forced php:ical libratior, f and. the incHnattion I a..'the hinar
,equator to the ecliW c are not 'rmofvr, p-reciqely, and Lberefore the aj:,iuramy o1 pl,esen't
nalations of solenocf-ntr-c coordinates is low. Great 2-CCLJrM!','XVi' OIX hO
~cr appro.--iniate ast-:onornical detormlan.tiou of Elie ooordinates of poijit-i on ifie: twia-i- sur-
L--
fac._-: 2-, iarly obsen7ations, but g7reater accuracyw4llbe required h-er., 'Misgreati~r
i can bf3 )b-I.Lined by a corresponding incruLse in the accuracy of f ajid 1. 1,1115
Paper describes a progranl 9f Obsp:.-vationig to be made on the lunar surfoce I i,,cloqar
dei-ormi-iation of those vJnues. I-he transformation required is frain the ineui g-eo.-
equawr '"a coor~hia:eN7 of titarEj at :1 ffiven equinox to the apparent 4 elertoi~(?nj ri i.,
;Card 1/2
gq

PHIJUrfil IIIHIUMUFF '[MA IMAM 11111, 14"
ASSOCIATION: none
L 47~93-555
ACCESSION MIR: AP60104-37
for a. paxticular tinie. The author raviawa the phwobiena which wist bn~ Cakw inta (1ou-
sideration in this proceis: precession of 'the verual equinox, proper Motion and. amitual
paraHax of atar% aild the orbitad moldon of the coinponents fff doOle stars j is well aii
annual and mon:hly aberration. Monthly aberration is the most important cf these aild
appropriate reductlon formulas are derived. Also given is the derivation of formulu
characterizing the accuracy of the sele-noceatric cquatorW co~ordinatea of stais, ctimputed
from their equatorial geocentric or eclJptic cooniinates. As mentioned abave, thi)
the P-4'osc~d program for a-strometrIc oboorvatio-as frora the
accuraev of th4c -,,aluoi of ( and I aud mak!
possiblo determiz.-.1,ions ~jf lunar ~rmj hbra.Lions. OI-ig. prt. hl~18; 7(j forir,,4:iLi~, 4 hj.,'W-tm3,
and 3 tables,
SUBNUTTEM: MepC4
NO REF SOV- DIE;
Card 2/2
ENCL.- 00
OTHER: 00:3
SUB CODE-., Ajk
ATD PRESS.- 3254
......... ...

Iu.-Ifful, Infil tf. lilt P
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cr. -z COUIV.IdI!IIUj
1 11 . .. I.;
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I !".vt oil- Ir"Ilindriml: ITON11,1111;d-, Y~U) ~i! I
k',-f f ej %

GU-12iiG"I, .. 0.
"Differential Equations of Linear Tzme,ll Uso. 1"at. 1~*ai&, 7, No.11 pp 199-202, 1952
;, !-~.: -1 -- I
, 1! - . ; . I -: i I ; !
I

USSR Nathenatics - Textbooks Sep/Oct 52
"Criticism and Bibliography: Some More on Ns. V.
Yefimov,s Textbook 'Short Course of Analytical
Geometry,," V. B. Gurevich
"Usp Matemat Nauk" Vol 7, No 5(51), pp 249-253
Present article was printed in the order of a
discussion of textbooks on mathematics for col-
leges (higher technical schools). 2-1his discuB-
Sion -Xhich started in the -pages of the preoeat
journal represents an all-sided crizicism of
existing textbooks on mathematics for colleges,
with the purpose of creating higher q-aality
242283
textbooks. States that Bvb~ect textbook of" Yef-
mov "Kratkiykurs snaliticheskoy geometriJ.")
solves a number of problems in the teaching of
analytical geometry in colleges.
242T83
7

I.- 1 1.1 %IVI-1, 71 ... ,
it, I.- ~ I' ~I'wf,,"" ' '. - ~ 1~ I I-," ~ ; ~ I'
OURIVICH, V.3.- KAPUSTINA, V.S., redaktor; MANEM. Te.A., takhniches)d7
KTEOO~
(Assigrmente for students of secondar7 correspondence schools; algebra
and.goometry. Class 63 Zadaahi dlia uchashchikhaia saochnoi srednei
shkol:7. Algebra i goometrita. VI klass. Sostavil Y.B.Gurevich. Izd.
8-e. Moskva, Goa. uchabno-pedagog. izd-vo. 19-54. 71 p. OUM 8:4)
I. Russia (1917- R.S.F.S.R.) GlavneVe upravleniye shkol.
(Algebra--Problems,'exerciees.*otc.)
(Geometry-Problems, exercises, etc.)

GURBYICH,,T.R.; LIRMINA, R.L. redaktor; RYBIN, I.T., tekhnichaskiy
4W1.. lw~~"_ . _ ".;
re tor.
[Assignments for students taking secondary school correspondence
courses; algebra and geometry. Glass 7.1 Zadaniia dlia uchashchikh-
sia zaochnoi arednoi shkoly; algebra i geometriia. VII klass. Soeta.-
vil T.B.Ourevich. Isd. 8-9. Moskva, Goa. uchabno-podagog. isd-vo
Ministerstva prOGTOshcheniia HSISR, 1954. 79 (MLRA 8:1)
1. Russia (1917- R.S.F.S.X Gl&vnoyo upravlemile shkol.
(Algebra--Study and teaching.) (Geometry--Study and teaching)

,GUREVICH, Viktor Borisovich; MINORSKIT, Vasilly Pavlavich; SHOSTAK, R.Ya.,
_~ M.
., red.; AKHLAX)V, S.N., tekhn.red.
[Textbook of analytical geometry for institutions of higher
learning] Uchobnik analiticbenkoi goometrii dlia vtuzov.
Moskva, Goa. izd-vo fiziko-matematichaskot lit-ry. 1958. 163 ?.
(Geometry, Analytical--Textbooks) (1414 12:1)

T,!,XT: The author describes thc principlea of design and
....operation of a simple, electronically controlled phane_shiftdr,pro--
ducing a phase shift of the output voltap with respect to the input,
of uD to 1300 to 1350 when, a twb-vaLve circuit in used, and even 1,110M
so iinen several valves are used. The phase shlifter is non-linear
it operates at frequencies up to several hundred kilacycLes. It
based on the welL knova-i dependence o-Z the input dependence of a par-.
allel voltaae feedback -mplifier on' its gamin. If tt-te series I
MPP--
dance to the zkiplifier is made purely reactive and the parallel
feedback impeda-ace purely resistive, the output voltage will be
shifted by a phase, depending on the ratio of. the t -to and the :range-
of tae phase-shift will depend on the amplifier gain. The respeC-
tive position of the two impedances may be reversed. The gain of
Card 1/2

L 445.5~5 Ew-MVE7wa(b) Peb ASD-3
ACCESSION HR: AP404356i
AUTHOR: Gula, I.; Curevich, V. E.
iq;p
TITLE., Current-pulse shaper-amplifiers
SOURCE: IVUZ. Priborostroyeniye, v 7~ no., 41 1964, 54-641
TOPIC TAGS, pulse shneing d avigeei, shAper, trans istorized" dhapal:r "aaip lif ier! st~irage
unit, mem ory unit, computer &.ccesq time, pulse shaper, computer, c-pmp"ter Memory
ABSTRACT, The article describes two var iants of transistorizeC current-pulse,'
shaper-amplifiers designed foruse in a magnetie memory unit with access time of
the order of 1 psec. They provide current pulses with an ampltllude of mi.~-0.6 a
and a duration of 0.3 -0.8 psec, whose repetition frequericy may be, arbitrarily
varied from 0 to I Mc. Output pulse rise time is of the arder (if 0.1-0.32 lisee.
Basic sthematic diagrams of both the variants are shown In Fig*~ I and 2 of the
Enclosure. Each contains 3 stagear an output atage using a F6014i p(wer transistor
and two preamplifier stages using P40,2 trannistors. A chdiracteriatic feature of
both systems is that the output transistors operate within, an active (amplifyin 'G)
region of their current characteristics, without reaching saturation. The im-
saturated made was selected mainly to avoid the much larger inimt current (T3 base
Card 1/4

L 2h455~-65
ACCESS109 NR: AP4043561
current) which would be necessary for transistor saturation at.the same lotd ro-
sistance and collector voltage. However, by operating the. output.- stage in an cla-
saturated mode, the operating point position may vary with temperature, input signal
amplitude, or on replacing the transistor. To stabilize the operating pcLnt, a
nonlinear feed-back system through a D-219-type area junctivn alcrodiode (DI in
Fig. 1) or D-11-type point-junction diode (in Fig. 2) is msed. The variant show
in Fig. 2 is distinguished by a transformer (Trj) in the examitter circuit of triode
T2* by means of which the second and third stages can be better matched to each
other, and good thermal stability obtained. Orig, art. has: 3 figures.
ASSOCIATION: Leaingradakiy elektrotekhaicheakLy imsititut in V. 1. Ulltanova
(Lenina) (Leningrad Institute of Electrical 1ngineering ChelY413ir'slay potitdkhni-
cheskiy i titut (Chelyabinsk Polvtechnical-Inatitut
SUBMITTED: 18Dec63 ENCL: 02 S013 CODES Tic
NO REF SOVi (302 OTHERS. 000
d- 2A

T.
~ 01i i ~'g

Fig. 1. 4as::c Schematic of a shaper-aimplifier (variam, 1)
TlT2'- P402; T3 P601; 01 -D219; R, - ZZ kalliml- R2 33 kohm-,
R3 - 430 ohm; R4 - 68 ohm (to be matched when 'tttnlngl CL 47 pf
C2 - 3000 pf (to be matched vhen, tuning).
I
Card 3/4

~ I
I 14M II F PAR LAD I
L 24455-65
ACCESSIOU HR3 AP4043561~

taper-
Fig,, 2. Elitsic i1chematic of a al

4
4 amplif ler (VaVA.ant 2)
TI,T2 - P-4402; T~j P6019: DI - 011;

r r 02 - D9 o~ 011;. rell - 27 kohn

j RZ - I kohm; ~.j - 10 ko1krij; R
4
(to be matched when tutling);
eo C, - Z700 pf (to be matched when
t
T
i
i
di
t
)
un
n
taary w
r, - pr
ng
ng;
;
V, - 30 loops, secondary W7 = 15
loops on ain F-20M core; core
t dimeasiorts 1) x d x It 10 x 6 x. 5 mm

Card 4/4

,25639 -SOURCE CODE: UR
651000/01310213/027.7
AUTHOR: Gurevich, V. E.
ORG: none'
TITLE: Nonlinear feedback in a transistorized pulse-response stage
SOURCE: Poluprovodnikovyye pribory I ikh primenaniye;'abornik stateye XLO. 13t
1965, 213-227
TOPIC TAGS: electronic amplifier, transistorized amplifiers electronic feedback,
electronic circuit, electric resistance
ABSTRACT: The efficiency of nonlinear feedback in a pulse-response amplifier is
theoretically considered under these cGnditions: different proportions of feedbacks
collector -circuit, and input-circuit resistances; operation from ideal and real signal
sources. It is found that: (1) Reduction of charge in the base of am open transistor
under the influence of the nonlinear feedb*ack Is determined by these two factors:
(a) diversion of a part of the collector current to the base circuit and (b) shunting of
the input circuit by the feedback circuit and load resistance; (2) The feedback
efficiency increases with the internal resistance Rs of the sig nal source, if DR Rs, the feedback efficiency is depressed; here, B is the base current transfer
factor and R is the load resistance., (3) If the feedback is turned on before or at the
threshold of saturation, and Brf < Rin (where rr is the feedback-circuit resistance
and R in is the input resistance), the transistor does not saturate, no matter how
strong the input signal might be; (4) In low-load-re si stance pulse amplifiers, the
feedback circuit should preferably be connected via an emitter follower. Orig. art.
has: 6 figures.and 34 formulas.
SUB CODE: 09 SUBM DATE: none ORIG REF: 003
V
V.
77

2 t7j!vi,;rs;m;it-w--,-I , 1, 7 , - - , - - . . . - , ~ . , , ,
GUREVICH, V.F.
Device for control-ling and testing seismic apparatus Trud7
AzNII DN no-4:217-222 t56. NIRA 14:4)
(Seismometers)

3/169/62/000/003/013/098
D228/D301
1?300 6--
AUTHORS: urevich, V. P. and Mamedov, P. Z.
TITLE: Determining the phase identity of piezoceramic seismic
detectors employed in marine~lseismic~'Isurveying
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 3, 1962, 20-21,
abstract 3A173 (Azerb. neft. teserrufaty, Azerb. neft.
kh-vo, no. 4, 1961, 8-10)
TEXT: A new type of pjfzoelectric_pressure -seismograph is described.
This is made of polarized barium-titanate ceramics and has a sensiti-
vity that is practically independent of the temperature in the in-
terval 0 - 1000, a high mechanical strength, and highly stable elec-
trical parameters. The seismograph consists of; 3-4 cylindrical de-
tectors (summary capacity of 0.07,af.), connected in parallel; a
shunting resistance (180 kfl); and'a coordinating traneform-er (high-
resistance winding inductivity of -800 h., transformation coeffi-
cient of 10). These are placed in an oil-filled plastic hose which
is joined to the seismic scythe. Formulas were derived from the ana-
Card 1/ 3
~!'f lp '1! ilij;:

S/16 62/000/003/013/096
Determining the phase ... D228YI)30'1
lysis of ihe seismograph's equivalent scheme, and curves of the
change in the complex inlet resistance and the phase angle between
the voltage and the current in the frequency band 5 - 45 c/a were
constructed. There is good agreement between the experimental and
the calculated curves. The inlet resistance has an inductive and a
capacitive character on frequencies that are respectively smaller
and greater than the resonance frequency. At a resonance frequency
of 22 c/s, the resistance is purely active, and the phase difference
amounts to 900. The phase differences of seismographs can be mea-
sured by the method of Lissajous figures -- by means of the compa-
rison of the seismograph under test with standards or with an equi-
valent active resistance. The calculated permissible frequency de-
viations are, for simplicity, converted into the dimensions of the
small semiaxis of the Lissajous ellipse (a table is compiled for
frequencies of 20 - 80 c/s). An estimate is made of the possible
limits of the'deviations in the seismo raph's capacity and induct-
ance for ensuring a phase identity of 6.001 see. Highly coincident
theoretical and experimental curves, from which it is possible to
Card 2/3

S/169/62/000/003/013/098
Determining the phase ... D228/D301
estimate the phase identity on a frequency of 30 c/s for groups of
1 - 5 seismographs at An inductance of 400 - 1200 h., were construc-
ted. The phase identity of the set of pressure seismographs is de-
termined by the parameters of the coordinating transformer. /-Ab-
stracter's note: Complete tranalation.-7
dar

8/16 62/000/007/022/149
D228Yx07
AUTHOR: -Gurevich, V. P.
TITLE: Influence of the ohmic resistance of a seismic scythe's
conduits on the sensitivity and the phase shifts of
recording channels
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 7, 1962, 21, ab-
stract 7A138 (3b. nauchno-tekhn. inform. Azerb. n.-i.
in-t po dobyche nefti, no. 3 spets,, 1961, 19-25)
TEXT: Curves of the dependence.of the transmission and phase shift
factor on the line's resistance were calculated o6n the basis of the
equivalent circuit diagram: seismograph-line-amplifier entry point.
The calculations were made for the entry point of a Y-S*-51A (U-5-
51D) amplifier with a primary inductance of 8 henries. It follows
from the curves that the difference in the sensitivity of the first
and the last devices will reach 30%, and that the phase shifts will
be -0.02 'aec, when a 28-channel seismograph outfit with a spacing
-of 100 m of fl 13 P-0, 35~ (PVR-0 .35) wire is used on a frequency of
Card 1/2

Influence of the OhMic
3/169/62/000/007/022/149
D228/D307
10 c/s. These magnitudes will be less for higher frequencies. In
order to eliminate the line's resistance to the sensitivity and
the-phase shifts, it is recommended that low-resistance copper
wires should be employed, that balancing resistances should be in-
cluded, and also that input transformers with increased primary in-
ductance should be used. /-Abstracter's note; Complete.translation.7
Card 212

GUREVICII, V.F.
. ... ....-
Practlof) o~ vralJoyly% radlo in goodetic operaldonti in offshore
geophysical prospecting. Razvod-.i prom.geofi.7. no.IA.*123-12.6
162. (AIRA 15.7)
(Ca-spian Sea.- -Electric proDpoeting)

GUREVICH) V.F.i B"I.IKERY K.i".
Compensator for controlling electromagnetic -interfe.rences
caused by electric transmission lines in seismic prospecting.
Neftegaz. geol. i geofiz. no.3:39-40 165. Wnfu! 18:,7)
- I tL~,Ut pC,
1. AzerbaydzhanskLy nauchno-issledovateltsky 4:,f
dobyche riefti.

NRt
jh) GY1
SOURCE CODE:
AUTHORi ~=Ugr!Li~~, V. F,
ORG: 'All-Union Scientific Research
UR/2552/65/000/044/0049/0058
Ltite *f-Geovhv91cal.P.rosi4~t-
jRS thods Moscow (Vsesoyuznyy nauchno-issledovatellskiy inatitut
geofizicheskikh matodov razvedki)
TITbE: Theoretical and experimental studies of marine seismic devices
SOURCEi Moscow. Vsesoyuznyy nauchno-issladovatellski inatitut geo--'
fizicheskikh metodov razvedki. Prikladnaya geofizika. no. 44t 1965t 49-
-58
TOPIC TAGS: piezoelectric transducer, seismograph
ABSTRACT: The design and testing of two devices built in 1960-61 at
the AzHII DN are described. one device is used for determining the
static sensitivity of RochelIG-sait piezoelectric receivers; the nensi-
tivity is calculated from the formula
AU
AP - 1.23 - W
where AU is the voltage pulse arising at pressure gradient Ap. The
1/2

L 12043-66
ACC NRt AT5028868
second device records the frequency characteristics of piezoelectric
receivers and of the piezosaismograph-amplifier input system, and is
used to determine the phase identity of piezoseismographs. At the same
time, the theoretical and experimental frequency characteristics of the
piezoseismograph-amplifier input system are studied as functions of the
number of piezoelectric receivers connected In parallel and as func-
tions of the resistance shunting the primary winding of the matching
0 ' fil "-'t';--.:'Tereshko.
trans-formor. In addition to the author A& A** Bagirov,, D,!~'
T\ P
X . and N.'V._'Lobkova partic ated ~ the construction of
Zo B*'--Tagi e I
the devices and in .the-1-nvestigat Lone. - Orig. art, has: 5 figures, 5
formulas.
SUB CODEs 08,17/ SUBM DATE: 00/ ORIG RErt DOS/ OTH REF: 001
Card 22

WIZLVICH.9 V. G. and N. P. PE7ROV
Extending the Service Life and Increasing the Wear Re!3istannca of the
Crankshaft Mechanism of a High-Speed Diesel.
Povsheniye iznosostoykosti i sroka sluzhby mashin. t. 2 (increasing the Wear
Resistance and Extending the Service Ufe of Machines. v. 2) Diyev, Izd-%,o AN UkrSSR,
1960. 290 p. 3,000 copies printed. (Series: Its: Trudy, t.2)
Sponsoring Agency: Vsesoyuznoye nauchno-tekhnicheskoye obshchestvo masbinostroitell
noy promyshlemosti. Tsentrallnoye i Kiyevskoye oblastnoye pravleniya. InsLitut
mekhaniki AN UkrSSR.
Editorial Board: Resp. Ed.: B. D. Grozin; Deputy Resp. Ed.: D. A. Draygor;
1-1. P. Braun, I. D. Faynerman, I. V. Kragel Iskiy; Scientific Secretary:
M. L. Barabash; Ed. of v. 2: Ya. A. Samokhvalov; Tech. Ed.: N. P. Rakhlina.
COVERAGE: The collection contains rapers presenttxl at tho Third Scientific
Technical Conference held in Kiyev in September 1957 on problems of increasing
the wear resistance and extending the service life of machines. The conference
was sponsored by the Institut stroitel'Tioy mekhaniki AN UkrSSR (Institute of
structural Mechanics of the Academy of Sciences Ukrainian 5SR), and by the
Kiyevskaya oblastnayn. orgonizatsiya nauchno-tekhnichoskogo obshchestva nashino3troitell
noy Promyshlennosti (Keyev Re~ional Orpnization of the Scientific Technical Society of
the Hachine-Building Industry).

MIKHALICIIENKO, M.G.; BEEZPALOV, V.D.; GUREVICHIZ-y~G P- KISELEV,
M.V.,, inzh., nauchnyy red.1-REYZ, M.B., red.izd-va;
PULIKINA, Ye.A., tekhn. red.
[Sizing and dressing of sand for construction] Fraktoioni-
rovanie i obogashchenie stroitellnykh peskov. Leningrad,
Gosstroiizdat, 1963. 87 P. (MIRA 16;4)
(Und)

fill
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"Dosage des concentrations minimes de l1anhydride sulfuroux et dthydrogene sulfure
dans 1 'air". Gourevitch.- W. G. et Wendt, W. P. (p. 962)
SO: lournal of General: Chemistry (Zhurnal Obshchei Khimii) 1936, Vol. 6, No. 7

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( 19Mt-fis stwal. for any color tmd m a stand" there
rx6u&ngqwmntimlr*k0=bttwta 10
4 ard x in the smics mid tb* amt. of substaimm Woslucing the .00,
go coicr jr, exprcm4 by the a9matim y - m-61, whae a aski
00 b Are cou"S. chwarswietic hw each dye. The uw in -00
COlurimmictry of a mrits 41 m4maiduds with a coast. atA,
diff"eme between adjacent stauslartla Is kmmftt as the
13 rtlative differrm and rommumily, lb* unillivily 14
(he dem. mics. xl~~v the pualtim of the OfAnd.
ard In the write. Lmt of ( C"] "tfal equatioll t ,too
04 pfrim. of a Wrim of standards which are Chat act=-:
unIfewrn derream In cobw intensity and adjacent standardi roe
00 havo a const. relative ditYrrence over the cniiie mum.
00 a ringe. Fourtern cohninicirk- reactions. together with Cleo
equations and directions for prtpg. nomal standards, ate
0 presented. John Livak
-00
400
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400
SITALLUVOICAL LITINA1699 CLASUPKAY)ON
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A. Ihr
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00 Frtnch. 07).-A itio&tivation LA Doich's
rchod (cf. C. A. 23. 2103) is proposed. BY t4kinit a
In
-mmllrr amt. of hlorid and reavnis for anxly~it. ititioming
thr tili-I with ale. in a special ittimisif instrad of hestinig,
o "UhMilotout 0% ate. fix ah-. etc. unit by o1okinit ,Ifwr
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hauttion. Fvap. to dryness. dis-A4vr in ClIC1. and *apply a**
400 Lirlwinvouniiifturrhard ma"irm.- A. K. lkfeivirr
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, q ., :.
"The Density and Tension of a Vapor at Low
Temperatures", Part II "Nitrobenzene", Zhur.
Obshch. Khim., 9, No. 14, 1939. Physico-
Che.Tdcal Laboratory, Ukr2inian Central insti-
tute of Labor Hygiene and Occupational
Diseases, Fhartkov. RecId 26 nec 1938.
Report U-161h, 3 Jan 1952.

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