SCIENTIFIC ABSTRACT YEPISHIN, A.S. - YERALOVICH, Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962710014-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YEPISIMI, A. S.
Sugar industry of the Russian Soviet Federated Socialist
Republic., Sakh.-prcm- 3: 1-5 Mr '57- (UMPA 10: 4 )
1. Rosglavaakhar.
(Duhsr industry)

TIPISHINg I
3uw -. Sakh. prow, 31 no,1;70-73 Ja 037.
. , _p44t a of. Dancark
.. .... . - . ~ . - ~ (NLRA 10:4)
1 1. looglavokhar.
,(Dawmirk-dusar industry)
I I ~... -

YMSHIN, A. S. j
%,pr Industry la Hollande Sakho prom. 31 no.2:61-M F '57.
(KM 10M
1. Ro glaviakhar.
(H:llaad--Wtgar Industry)
I

TEPISHIII, A.S.
111~ ------ ~-W 5;~
Sugar industry of the Rissian Soviet Yederated Socialist
Republic. Sakh.prom. 31 no.311-5 Mr 10. (MIJU 10:4)
1. Roaglaveakhar*
(Sugar inlustry)

YEPISHIN, A.S.
Reexamining standard designs of production lines and t7pes of
equipment. Sakh.prom. no.4-.5-4 Ap '60. (MIRA 13:8)
1. Gosudarstvennvv naur.,hno-tekhnicheakiy komitet SSSR.
(Sugar industry-Equipment and supplies)
f

-,YEPISHIlf. -A4.
Results of the proceedingm of the Conference on the Selection of
Technological Systems and 3quipment for Factories. Sakh.prom. 34
no.10:3-8 0 160, (MIRA 13:10)
1.:Gosudarstvennyy nauabno-tokhnicheskil komitet SSSR.
(Sugar industry-Jkluipment and supplies)

YEPISHIN, A.S.
Continuouo boiling of masoacuites, gakh.prom. 35 no.6:30-31
je 161. (Sugar manufacture) (MIRA 14:6)
I.,

ZOTOV., V.P.; MAKHINYA, M.M.; PAII.SHIKOV, M.Ya.; GAVRILOV, A.N.; SILIN, P.M.;
GOLOVINY P.V.- EMZE N.V.; BUZA110V I.F.; K11EIMBKIY, M.Z.;
p .1 .9
YAFASKUWp V.V.; SHARKO., A.P.; SAMOV, HJL; LITVAKp I.H.; IVAIATlj,
S.Z.; LEPESHKIN, I.P.; YJZYMAN,, B.M.; YLPISHIN, A.S.; GOLUB, S.I.;
GERASIMOV, S.I.,- GEUBE, V.R.1- PASHKOVSKIY, F.M.; LITVINOV, Ye.V.;
BENIN$ G.S.; IVANOV., P.Ya.; VINOGRADOV, N.V.; P0110HUMNKO, A.P.:
ZHIDKOVt A.A.; KOVAL, Ye.T.; KARTASHOVp A.K.; NOVIKOV, V.A.
Sixtieth birthday of A.N.Shakin, Director of the Central
Scientific Research Institute of the Sugar Industry. Sakh.
promo 35 no.7:33 JI 16.1. OURA 14:7)
(Shakin, Anatolii Nikitovich, 1901-)
(Sugar industry)

)M-ISHI14, A.S.
Scientific and economic conference cn tho improvement of production
flow shoots and equipment types in ougar factories. Sakh.prorn. 37
no.9-.15-21 S 163. (MIRA 16:9)
1., Gosudarstvennyy koiaitet po koordinatsii nauchno-issledavatell-
skikh rabot SSSR.
(Sugar manufacture) (Sugar machinery)

K1WL1M;KIYj Mikhail Zakharoviebt proeil YEPISHIN, A.S.j inzh.,p
retsenzent; FRITYKBA, L.A.,, red."
(Storage of sugar beets] Khranenie sakharmoi svekly. Mo-
skva, Izd-vo "Pishobevaia promysiLlennost' 11 1964. 1+70 P.
(MIRA 17s4)

3(6)?2O(5)t2O(4)
AUTHORS: Grushinskiy,N.P.9 and Xa-p~ SOV/33-36-1-23/31
TITLE: Special Quavtz Clocks for Gryimetric Measurements, Their Use
on the Diesel-Engine Ship "0b" During the Antarctic Expedition
of 1956-1957
PERIODICAL: Astronomicheskiy zhurnalp 1959,Vol 36,Nr ltpp 172-178 (USSR)
ABSTRACT: The authors describe a transportable quartz clock made in the
gravimetric laboratory of the Shternberg Astronomical Institute.
The applications o� the clock during the voyage are discussed
and it is stated that it satisfies all the requirements of
gravimetric determinations.
There are 8 tables.
ASSOCIATION:Gosudarstvennyy astronomicheskiy institut imeni P.K.Shternberga
(State Astronomical Institute imeni P.K*Shternberg)
SUBMITTED: December 20, 1957
Card 1/1

ll--,--~.~AF-
YXPISHIN, M., polkovnik
-22 is 160,
'Assure a swift attack. Voen.vest. 39 no.6:20
I (Infantry irill and tactics) (MW 14:2)

TEPISHIN,,Xf,K~
Selecting measures of gas control in coal mines. Trud7 Gor.-
geol.inat.UYAII SSSR zio.41:113-117 '59. OGRA 13:5)
(Mine gases)

KIRILLOV, B.Po. prof.1 PEMVSKATAY AoV*p kand.med.naukl HTASMKOVAf Me;
MAKEVINA.. T.W. [deceased]; 'IMSHINp N#M* (Ryazan,)
Role of creating organic anastomooee iniaricus t7pes of vascular
pathology of the internal organs. Rhirurgiia 36 no.1213-/# 160.
1 (LUM-CIMMOSIS) (14IRA 1481)

BIDKOVAp L.M.; BURLYA, T.G.; YNIIISHIN, N.P LADUTIKO, S,V.; SHCHERBINA, V.A.
Effect of bone marrow hcumotranBfusiens on the clinical courBe and
,biochemical chgngee in s4cuts radiation sicknass.-Gemat. i perels
krovi 1:99-102. 165. (MIM 18:10)
1, Yinnitskiy maditsinskiy inntitut,

V
! Mjg~,
11
c YEPISHIN, V.; KORSHWIOV, M.
I.............................................. . . .
Valuable initfAtive of Gorki;r &ivern. Avt.tramp. 39 no.3.5;-6
I w 161. (Gorkiy Frovince-Scrap metals) (KCRA 14-3)

TIPISHIN, V.D.
More attention to an Important matter. Zemledelle 4 no.10:118 0 156.
(Soils--Analyels) (MIRA 9sil)

MIPISHINt V.D., agronom,
1,1~ .
,~ Our crop rotations. Zonledelle 6 no.2tl4-16 1588 (mla 11o)
(Lukoyanov District-Rotation of crops)
I

YEPISHIN, V,F., inzh.
Portable machine for cutting vireo and lines In the erection
of overbead power transudesion lines, Energetik 21 no,llt
28-29 N 163. (MM 3.611l)

IEEI~~~~_FedorQyjqAj_ KAY ETAXOVICH ~ M.M., red.
(Cutting of wires and cables) Rezka provodov i trosov.
Moskva, Energiia, 1965. 32 p. (MIRA 19:1)

KAAIAMS GoAv# insbol YUPISHOO VoFo# IMAO
41-~
TestIM of lnoulatmv aW lino oquipoont for uoo in countrion vith
tropUa olimtons Moks stat 36 nool2s64-% D 165 Wu 18,U)

7!~:TQ A f7T The authc~r pcints out
1 r C -A ,rg 1 -cs s -,nef fective ano unecorucm~ k,-
-tion o' t"lle
m~, the reauc
ttle ",P-r c)"6
I~rle spare Paxi.6 ..lies
AIM

-77-f
L25098-65
ACCESSION NR: AMoA83
repair, and optimal conditions are indicated. It is assumed that the ma-in
I I "I
tworking~ Acmennt is continuously nonitored so that failure is t=ediately de-
qnA th- epera alomprt plared in operation, and the system it~,e.r is !-orj-
used 4n mAr~s-fez-vii-e and ---iabl-ilty tneory, 7he section neacl.i~'5
tm-r~? as follows: - octermlria-~'.ori '): -re ---tuju~ ~ , . "I-- -
Penviled avgtem with incomplete ccntroi of the spare equipment. c. 6xtrema proo-
effif; ~ritegral nettind. Zffi-i-n-y -f ontrni in systew viri".
rer1res. 4. Stability of reliabiiaty rhaLrexteri,;%ics of spare-proviaea sysLern
Orig. art. has: formu-las and i tabie.
'6
ASSM114TION: None
T r1r,17 ~-- 1191 FS SUB CODE: 1E
?TR R-T-7 RnV 001 011 FM . 001
-card 212

YEFISHINAR 1.1.
Uoe of nevroplegic preparatlons In the compound treatment of tetanua.
Sov. med.'25 no.M89-92 0 161. QUM 15:1)
1. Iz kafedry infektsionnykh bolezney (zav. - dotsent A.V.Vozzhayeva)
Avtrakhan~kogo meditsinakogo instituta I infektsiomoy bolnitsy
imeni prof. Rekhtereva (glavnyy vrach - zasluzbennyy vrach RSFSR
V.I.Gembitakiy). (TETANUS) (AUTONOMIG DRUGS)

NOVIKOV.. S.S.1 BFSLIKOV,
Action of chlorinating agents on nitrodiols. Izv.AN SSSR.Otd.-
khim.nauk no.6:1111-1116 162. (MIRA 15:8)
1. Institut organicheskoy khimii im. N,D.Zelinskogo AN XSR.
(Ethanediol) (Chlorination)
m -

BOGOMOLOV, B,F,;,.7KSHINAO I.I.
Bacteriophage of Eacherichia coli M17 . Zhur. mikrobiol., Opid. i i=m=.
41 no.3sl37-138 Mr 164s (MRA 17t11)
1. Astrakhanskiy gosudaratvennyy meditsinakiy institut.

YEPISIUNA, I.I.
--------------------
Yethodology of using neuroplegic preparations in the compound treat-
ment of tetanus. Sov. med. 28 no.1:79-82 Ja t65. (MM-A 18: 5)
1. Astrakhanskaya infektsionnaya bollnitsa imeni prof. V.M.Bakhtereva
(glavnyy vrach T.A. Kollyakova, nauchnyy rukovoditell - doystviteltnyy
chlen AMN SSSR prof. G.P.Rudnev).

NOVIKOV, S.S SEVOSTIYANOVA.. V.V,,, YEP,ISHIMAt L.V.
Synthesis of nitroalkyl silaxanes. Izv. AN SSSR Ser.khim. no.10:
1860-1861 0 163. (WRA 170)
1. Institut organicheokoy Wmii in. N.D.Zelinakago AN SSSR.

At-C AP6030569 SOURCE CODE: UR/0413/66/000/016/0035/0036
INVENTOR: Lebedev, 0. V.;Aepishina,,.L--V.; Sevostlyanova, V. V.; Novikova, To S.;
Khmel'nitskiy, L. I.; Novikov, S. S.
ORG: none
TITLE: Preparation of 2-nitro derivatives of imidazole. Claso-12, No. 184868
(announced by Institute of Organic Chemistry im. N. D. Zelinskiy (Inatitut organi-!-.
cheskoy khimii).]
SOURCE:' Izobreteniya, promyshlennyye vbrazt9y, tovarnyye zilaki, no. 16, 1966, 35-36
TOPIC TAGS: imidazole nitro derivative, mathylfomylimidazole oxime, nitrogen
.tetroxide j, imide,, organic n1tro compound, organic oxim
ABSTRACT.- In the proposed method, 2-nitro derivatives of imidazole are prepared
by treatment of 4-methyl-5-formylimidazole oxime with nitrogen
tetroxide at 2-30C in absolute acetonitrile with further heating
.,at "-70*C and 'isolation of the product by known methods.
JWA-50; CBE No. 111
.SUB CODE:. 07/ SUBMDATE: 24Mar65/
Card 1/1 JWC: 547,781.5.07

YF71SIMNA, 1-1.
TWUMMA,.M.
Yrom the work practice of a trade-union district comittes.
;gr._profsoiusy 2 no.6:29-32 Js 154. (KM 7M
1. Ilredsedatell IU&shinskogo 11 profsoyusa maditsinakikh rabotni-
kov (roronexhakaya oblast')
(Public health)'(Trads unions)

' D. In.
,Investigation ol 1.ix ?.roccss of
ill the co-'It Lwv>in rr.'l rjf' r oil ~ :i -)rdfx tc, 1;,:~rove i-r:17,
Ll (" r, I p" I ILcrill.111"Ind, Eli~iivr lAw"O-jo"I
Order of Lealn Forestry Lrif.,Ineerlzir, Acadr-m.-.'- 1;,.eni S. 1% Kirov.
(Dissertation for the Degree of Candid.~te cjl* TecladcU Scicnce.)
ni. 0. e~ U(-tobcr P)55- Hloscow
50: Kni).zhim',ra Leto

BOGOYAVLEIISKIY, A.F.. zasl. deyalell nauki I teklmiki Tatarskoy
Aytonom,noy Sovetskoy SotaialisUcheakoy Rospubliki.,
doktor khim. nauk,, prof.., red.; YEPISHKINAp L.S., lnzh.
red.
(Anodic protection of metals; reports] Anodnaia zashchita
metallov; doklady. Pod red. A.F.Bogoiavlenskogo. Moskva,
Masidnostroonie, 1964. 527 p. (MIRA 17:9)
1. Mozhvuzovskaya, konferentsiya po anodnay zashchite ot
korrozii. 1st.

BEDA, G.A. (Moskva); YEPISHKIN, Yu.A. (Moskva)
Some problems in liquid film flow. Inzh.zhur. I no.2:6C-(8 '61.
(XIRA,14:12)
(Boundary layer)

);~PISHOVI N.M... inzh.
-- - - - ---------------------
Maximum moment safety~elutch on the turning nechanl- of the
S-419 tower crane. Stroi.i doromaahe 7 no.2:15 F 162 it-MIA 1~0)
(Cranaos derrickep etc.--Safety appliances) (clutches (Machinery))

- -r-- -- --
%.;I'
"The Eff ects of the Method of Cultivatine Shrubs of the Shivran Shakhi Variety and
Technology on the Composition and Quality of Dessert ilinp,3.11 Cand Agr Sci, Mfoscow Order
of Lenin Agricultural Inst Lmeni K. A. Tiiir7zaev,, Moscow, 1955. (KL, No 15, Apr 55).
SO: Sm. No. 7040 2 Nov 55 - Survey of 15cientific and Technical Dissertations Defended
at USSR Higher Educational Institutions (16). ..

S/137/62/0w/005/033/150
A0061AI01
AUTHORS: Ayrapetyan, G., Yepiskopol!X~jn.M.
TITLE: Preparation of selenium and tellurium by the acid method from anodic
slimes of the Alaverdy Copper-Chemical Combine
PMIODICAL: Referativnyy zhurnal, Metallurgiya, no- 5, 1962, 19, abstract 5GI14
("Prom-st' ArmeniV, 1961, no. 10, 32 - 36, Russian)
TEXT: The authors analyzo an aoid scheme foil extracting So wfd To from
copper-electrolytical slimes of the Alaverdy Copper-Chemical, Combine. According
to this scheme, the anodic slime is first processed with HUO and then with
H2~04, at a gradual mixing with compressed air and heating o? the pulp to 900C.
At the end of the slime decomposition, formalin is supplied into the reactor.
The filtered solution is used for Ag precipitation and the cake for the addi-
tional extraction of precious metals. The filtered solution after separating of
Ag, is used first for So and then To precipitation with the aid of 802. At a
12% H004 : slime ratio - 1.5 : 0.9 t 1, the extraction into the solution is:
Cu 00%; Se 97 - 98%, To 84 - 85%.
[Abstracter's notei Complete translation] 0. Svodtoeva
Card 1/1
iA

AMPETYAN, G,; YEPISKOPOSYAN, ML-
. Using the acidic method for producing selenium and tellurium of
anode slime at the A2verdi Copper Chemical Works. Prom.Arm. /+
no.10:32-36 0 161. (14IRA 34: 32)
(Alaverdi-Tellurium-Mota3.lurg7)
(Ala*erdi-Selenium-44etanurgy)

YEPISKOPOSYANP M.
Sulfatin't fis ronating of copper concentrateo in Armarda. Prom.Arm.
6 no.10slO-54 0 '63s (141 RA 1711)
1. Naucjno-issleddvateltskiy gornometallurgicheskiy institut Soveta
narodnogo khozyaystva ArmSSR.

Kinftics of copper c,~-ment9tion with Iron fr-4m Cucl.^l SOJUt4~Cng.
AN A-.-m.3SSFWhJm.raukl 17 rjos4:4,47-456 1611+40
(MIRA 18t6)
1, - 11suohrio-issledwrntril f sk] ygurno-~Ptsllurgdcheskly institut
Soveta nnrodnogo knozyayst.,n ArmP>SR.

YEPISKOPOSY94, M.L.; KAKOVSK1Yj I.A.
Studying the kinetics of copper and silver cementation by
metallic iron from chloride solutions. TSvet.met. 38
no.10:15-19 0 165. (MIFa 18:12)

~ --YBPIVOOV,,A.,So, Imud.med.uank, zaeluzhenny vrach RSFSR (Kirov (obl.),
: ~d. Derendmeva# de8q k-v.10)
Choice of surgical method inipstrocolic flatula.,,Nov.kbir.arkh.
no- 5.-85-89 S-0 159. (MIRA 13.- 3 )
1. Xhirurgicheekoye otdeleniye (zaveduyushchiy - N.So Yepifanov)
Kirovskoy oblastuor bollnitsy.
(FISTUTA)

ABEYDULINA, V.A.; ANNENKOV, G.V.;'IIEFfi-UW,,-L.G.,; VOROBIYEVA,
L.I., red.
(Methodology for detemining the level~of production mochani-
zation in confectionery en-4erprises):Metodika opredeleniia
urovnia mekhanizatsii proizvodstva na predpriiatiiakh kondi-
terskoi pronWshlennosti. 14oskvay Izd-vo "Pishchevaia pronqsh-
1ennostY 1964. 99 P. (MIRA 17:4)
1. Moscow. Vsosoyu=yy nau,,-hno-issledovatollskiy institut kon-
diterskoy promyshlonnosti, 2. TSontral'W nauchno-inslodova-
taltakly institut konditerokoy promychlannouti, otdol okonomiki
(for Abeyduldna, Annenkov, Yepkhiyeva).

YIWLOV, 11. 1.
1
[Zconomic evaluation of t~e addition :of local cars to collector trains]
Economichaskaia otsenka popolneniia abornykh poazdav vagonami uchast-
kovogo potoka. Moskva, 1959. 21 p. (Moscow-Yeesoimnyi imuchno-iss-
ledovatellskii inatitut z'he1eznodorizhnogo transporta. Boobahchente,
no.10) - (MIRA 13:9)
(Rail romis --Making up traine)

2/,2300 66544
AUTHOR: Yeponeshnikov, V#N., Aspirant sov/144-59-4-12/13
TITLE: A New Method for the Measurement of the Magnetic Field Drop
Index in Accelerators
PERIODICAL: Izvestiya vysshikh uchobnykh zavedeniy, Elektromekhanika,
1959, Nr 4, pp 118 - 122 (USSR)
drop
ABSTRACT: The magnetic field/Index is defined by the relation:
n =-CR/B) (AB/&R)
Eddy currents at the beginning of the acceleration cycle.
and saturation effects at the end of the cycle change the
magnitude of n very considerably. At certain Instants of
time, n may pass through resonance values which may lead
to the termination of the acceleration process and hence
the magnitude of n in the working region of the air gap
should li'e within a certain predetermined range of values.
It follows that It is necessary to measure the drop index n as
a function of time. A number of methods for this have been
suggested in the literature (Refs 1-3) but these methods
are complicated if hif;h accuracy is to be achieved.
Card'1/8

66544
BOV/144-59-4-12/13
A Now Method for the Measurement of the Magnetic F1 old Drop Index in
Accelerators
Consider a set of cylindrical multilayer coils, 1, 3 and
2, as shown in Figure 1. The middle coil is at a radius
R and 'the outer coils atradii:
3
R, = R3 - W2 and R. = R 3 4-.- A R/2
The induced electromotive forces in the three coils are
then given by:
U dB1 A dB2 ; U A- dB3 (2)
'l A, - ; U2 2 3 dt
dt dt
where A3., A2 and A 3 are the effective cross-sectional
areas of the coils, respectively. If Eqs (2) are
integrated, one obtains:
Card 2/8

66544
Sov/i44
A Now blethod for the Measurement of the Magnetic"Rfe'iM' '~P' Index in
Accelerators
I U1dt =--- ki.Al.B l(t);U 2dt =-- k2* A2-B2(t)
0
t (3)
U3dt k3#AV B3(t)
'where ki, k2 and k 3 are the transmission coefficient*
of the integrating circuit. It follows that:
Card 3/8

66544
sov/144-59-4-12/13
A Now Method for the Measurement of the Magnetic Field Drop Index in
Accelerators
I U3dt
B (t)
3
ic 3*A3
t
1dt lu dt
SU 2
AB(t) B 1 IB2 0.- 41 0
kl*A1 k2GA2
If the co.i 1s are made so that Al A2 A3 and the emf
difference between the outer coils is integrated, using
an integrating circuit having a transmission coefficient
k12 = k1 --. k2 9 -then the field drop -index ig given by:
Card 4/8 W"

66544
SoV/144- el -1wop Index in
A New Method for the Measurement of the Magnetic i2-W410
Accelerators
R k (U 1 7U2)dt R k AUI
nt = - . 3 t I- = - 9 --3 - (5)
.AR k12 ~U3 dt AR kl2-UI'
Thu s, it is necessary to know the ratio of AU'/U'
This may be done by applying AUI to the Y-plates and Ul
to the X-plates of an oscilloscope. If U1 is proportional
to AUI then one obtains a straight 1-ine. If, however, B
and AB do not vary in the same way then a curve will be
,seen on the CRO screen (Figure 2). The displacement of the
electron beam along the Y-axis at a time t will be given
by:
Y = My JAU11 (6) tip",
.Card 7e /a

66544
1()V/j -5
A Now Method for the Measurement of no lagnol-A-Fil/el; Drop Index in
Accelwators
while the displacement along the X-axis will be:
3C = MX . CU 03 (7)
where my and mX are constants depending on the
amplification, etc. of the oscilloscope. Using Eqz (6),
(7) and (4), we have:
R y
nt C. - . - (8)
AR x
where:. C MX . Ic3
my k12
Thus, in order to measure
Card 6/8
(9)
ntat a given radius R , it

66544
SOV/144-59-4-12/13
A Now Method for the Measurement of the Magnetic Field Drop Index in
Accelerators
is necessary to know the ratio of the coordinates an the
oscillogram and the magnitude o,' the qtiantity C The
origin of the coordinates is corveniontly taken at the
point where the field at the radius R passes through
zero. If, In addition to the mi.-Idle coil at the radius R
a pormalloy probe is inserted, thon the positive pulse from
the probe coil may be used to modulate the brightness of
the electron beam. Thuu, the instant when the field pas.-Jos
through zero is indicated on the oscillogram by a bright
point. This defines the origin of the coordinate. A
trigger circuit with tine delay which is also controlled
by the permalloy zero-field probe is used to obtain on the
oscillogram another bright point which marks a pro-set
interval of time after the field at the radius R passes
through zero. Eq (8) involves the quantity C and this
is determined in a preliminary calibration. The method has
been used to determine the effect of eddy current and
Card 7/8

66544
so 14
A New Method for the Measurement of the MagnoRC-p?-01alD?rr4o'p'Index In
Accelerators
saturation on nt
There are 4 figures and 5 references, of which I is
French, 3 English and I Soviet (translated from English).
ASSOCIATION: Tomskiy politekhnicheskiy institut (Tomsk
Polytechnical Institute)
Card 8/8

44-59-6-12'15
SOV/1
AUTHOR: YeRoneshnikov V.N. Aspirant
N.'_ II'm J&
%
TITLE: W
Effect of Eddy Currents on the Change in the Effective
Angle of Quadrants of Synchrotrons with Straight Sections
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Elektromelchanlka,
1959,_Nr 6, pp 96 - 98 (USSR)
ABSTRACT: In racetrack-type synchrotrons, undesirable end effects
in the transition region between magnetic quadrants and
.fi*ld free straight sections are caused by the leakage
flux and by out-of-phase field components, due to eddy
currents in the and laminations. The leakage flux increases
the effective angle of the quadrants, which is defined as
the angle through uh1ch the main field in a quadrant
deflects an electron, while the latter travels from the
mid-poInt of one straight section to the mid-point of the
next one. If the geometrical angle of the quadrant is
then due to flux leakage, the effective angle of the
Tr/2
,
quadrants will be greater than Ir/2 . This effect has heen
investigated experimentally by the present author, who
measured the magnetic-field distribution in the straight
sections. The author concludes that the effect of eddy
Card 1/2

sovi&c2,9-6-12~15
Effect of Eddy Currents on the Change in the z ect ve Ang e of
Quadrants of Synchrotrons with Straight Soctions
currents in the end laminations may be eliminated by
suitable shaping of the magnet ends. If the shaping is
insufficient, then the edge effect must be compensated
during the injection time by an additional compensating
coil. There are 1 figure and 3 references, of which
2 are Soviet and 1 English. .
ASSOCIATION: Tomskiy polltekhnicheskly inst1tut (Tomsk
Polytechnical Institute)
Card 2/2

69451
S/139/60/000/01/025/041
E032/E414
AUTHORS: Yeponeshnikov, V.N.., hirillov, V.P., Kuz'minq V.N*
TITLEs The Dynamics of the Effective Angle of a Sector in
Accelerators with Straight Line Sections
f7
PERIODICAL:Izvestiya vysshikh uchebnykh zavedeniy, Fizika,
1960, Nr 1, PP 139-144 (USSR)
ABSTRACT: The design orbit in accelerators with straight line
sections is usually :in the form of a closed curve
consisting'of four straight line sections connected by
four circular arcs of radius r0 and subtending an
angle of 900 at the centre. one of the necessary
conditions for the actual orbit to coincide with the
design orbit to that the magnetic field should be zero
over the straight line sections and uniform over the
other sections. However, owing to leakage, the true
magnetic field always differs from the design field so
that it is always n-ecessary to introduce the conce pt of
Card 1/3 the effective angle of a sector and this is defined by

69431
S/139/60/000/01/025/041
E032/E4i4
The Dynamics of the Effective Angle of a Sector in Accelerators
with Straight Line Sections
Eq (1). The actual distribution of the field is
normally of the form indicated by Fig 1. The effective
angles of sectors will decrease at low fields owing to
eddy currents and re4tidual induction. They will also
decrease at high fields owing to saturation effects.
This will lead to the appearance of a well-defined
fourth harmonic of the distortion of the design orbit,
and to a reduction in the maximum energy of the
accelerated particles. In the case of inductive
acceleration, the betatron ratio is also affected. All
these effects have been investigated by the present
authors using a plane model. The effects have been
found to be small towards the end of the acceleration
cycle. They have the biggest effect at the beginning of
the cycle. In the latter case the amplitude of the
fourth harmonic of the design orbit becomes comparable
with the radial dimension of the working region and the
Card 2/3 change in the betatron ratio may be of the order of a few
~K

69451
S/139/60/000/01/025/041
E032/E414
The Dynamics of the Effective Angle of a Sector in Accelerators
with Straight Line Sections
tenths of a percent. The reduction in the sector angle
may be compensated at the beginning of the acceleration
cycle by increasing the injection energy. The field at
sector edges may be corrected by d.c. current methods.
There are 5 figures and 2 references, 1 of which is
Soviet and I English.
ASSOCIATION:NII pri Tomskom politekhnicheskom institute
imeni S.M.Kirova (Scientific Research Institute of the
T-omak Polytechnical Institute imeni S.M.Kirov)
SUBMITTED: April 3, 1959
Card 3/3

~ZPOPU~VA, I. A.
253h0 EFOROVA, 1. A. 0b interpolirovanii po kornyan, pollnomov chebyslieva. Uchen.
Zapiski kL.aningr Gos. Ped. in-t im. Gertsena), T. LXIV, 191;P, 5. 27-3h.
SO: Letopis' Zhurnal Etate,r 110, 10, J~or;t,-OWI 19118
.1 1

PC, V1i :P - ICE:, I
NCERPTA MEDICA Sec 3 Vol 12/9 Endocrinolou 56
1747. THE JN~A~GLAND 15N THE REGULATION OF CELL DMSION (Russian
text) 1. E Dept Of 1110tol,' Med. Inst., Khabarovsk - BYULL.
ESPJ
V
ED. 11) 7: 43/2 (80-4) Tables 3 Illus. 3
Thyroldectomy in rate produced a decreade in mitotic activity in the epithelium of
cornea, gut, tongue and akin, On administre.tion of TSH and activation of the thyroid
gland in mice there vas also an increase in mitotic activity in the epithelium. The
structural changes in the thyroid indicating a rise in its activity with an increase
in the corneal mitoses were also observed on the additional exposure of mice to
an electric light for 5 to 6 hr. daily for 10 days. This effect was not observed on
feeding the animals under illumination with methylthiouracil It is suggested that
the thyroid hormone stimulate@ call division. Hasiln - Leningrad (5)

q
0
YEPGVAO N.A.
I
--------------
Characteristics of the fir talga of the Khanar-Daban PAnge-
Tj~ BlaTII n0.4.141-16.) . 160. VaRA 15 S 3)
(Khamar DaInt -wmge-Fir)

- J= YA -W A -1
F!mctional division of the Rhamar-,Daban Range (sourhom part of
central Siberia) into goobotanical regions. Probl. bot. 5:47-61
,6o. (MIRA 13310)
1, Kafedra botaniki Irkmtskogo universiteta, Irlmtsk.
(Khamar-Daban Rmuge-Phytogeography)

YEPOYAN A.D.
Strength and deformation of light concretes with volcanic aggregate
under repeatedly reversing load. Izv. AN Arm. SSR. Ser. tekh. nauk.
17 no.5:61-68 164. (MIRA 18W
1. Armyanskiy nauchno-issledovateliskiy institut stroitellnfth
materialov i sooruzheniy.

YEPREMID2E, ~.I.
Industrial production should correspond to state standards,
Standartizataiia-29 no.108 Ja 165. , (MIRA 18s4)
1. Machallnik otdela standartizatsii i normalizatsii Kutaiaskogo
avtomobillnogo zavoda ineni Ordzhonikidze.

MUSIMUN, G.P-j.PUPWMmgj!,. -; ADANYAN, F-A-
Regeneration of peripheral nerves. llauch.trudr jujit.fisiol. All Arm.
SSR. 3:95-101 150. (Kim 9:8)
(N]IRYOUS SYSTIK--',OBGIWAUT ION AND RAGAN11RATION)

USSR/Eunan and Animl PhysioloMr. Nervous System. Spinal Cord. T-10
Abs Jour: Ref Zhur-Diol., No.12, 1958, 55999.
Author : Yepr myan, G. A.,Matinyan, L.A.
Inst : AcaderW--of--,";ciences *.n-.iS3R, Section of Dioloey
and Agriculture.
Title : Ifiatophysiological Characterization of Coppensatory
Adaptations in Turtles After a Partial Transection
of the Posterior Spinal Cord.
OriG Pub: Izv. All Arm SSR. Liol. i a.-kh. n-, 1957, 10, No 7,
99-1o6.
Abstract: When a partial cross traneection of the po3terior
spinal cord (SC) lietween 88 and ThI wns porforved
on 16 adult turtles (T), it led to increased sensitivity
of the hind paws, to an insignificant decrease in
reflea.tory nuscular contractions) a shortenin(, of the
Card 1/3
1~4

uSSR/Human and Animal Physiology. Nervous System. Spinal Cord. T-10.
Absi.jaur: Ref Zhur-Diol-p No 1.2, 1958, 55999.
time for the muscles to become weaker, as well as
to disturbed loconotion. These functional impair-
ments were restored within the 5th-8th day after
the operation. In 4 young T the functional impair-
ment of the lower extremities was restored 24-36
hours after an equivalent operation. on the 3th to
4th day a restoration of SP conduction leading
from the lower to the upper area of the spinal cord
was observed. The transection of a large part of
SC in adult T led to functional disturbances which
were not restored during 4 months of observations.
In seven T a morphological examination of the in-
paired sectors of SC was performed by the staining
nethod with henatoxylin and eosin, and by silver
impregnation according to Billshovskiy-Groo, as
Card 2/3

USSR/Hur,nn and Animl Physiolc(Zr. Nervous System. Spinal Cord - T-10
I
Is Abs Jour: Ref Zhur-Diol-, No 12, 1958, 55999-
nodified by Lavront'.yev. (This raothod in not adequate
for the exposure of the neuron structure and of the
spinal cord's conduction ducts. The abstractor's
remrk),,
Card : 3/3
155

YAPRMAN, G.A._ (Yerevan)
-
Yrequency of corgoultal hisart defects. Arkh. pat. 19 no.1:61
f5? (KIRA 100)
1. Is kafedry patologichookoy anatomli (mr.-dotsent V.T.
Gabriyelyan) Yerevanskogo m aditsinskogo instituts.
(HEART-AMMMITINS AD DIWORMITIBS)

TEPREMUNI G.Al
AmebiaRim of the Colon. IzT. AN Arm.SSR. Biol. t sellkhat.nAuki
11 no.8:101-104 Ag 158. .(WRL 11:10)
1. Kafedra Istologii Terfmanskoga meditainakogo instituta.
qAMSBIASIS) (Goum (ANkTOMI)--DISFASICS)

YEPREmW, G.A.
Reactiv,q cbanges in the -*Lung parenohyma due to thermea burns*
'Izv. AN Arm. SSR. Biol. i2auki 13 no.2153-62 F '60- (MIRA, 13:7)
1, Kafedra gistologii j 3mbrio3.ogii Yerevanskogo meditainakogo
instituta*
(BURNS AND SCALDS) ~LUNGS-WOUNDS AND IMMES)

UPREMN9 G.A.
Reactive changes in the Iwig par6nchyma resulting from injuries by
different metals* Izvo AR Arm. GSR. Biol. nauki 14 no. 4:27-37 A
lao I I (MIRA 14Z
1, Kafedra, gistologii iemlxriologii Yerevanskogo meditainskogo
inotitutao
(LUNGS-WOUNDS AND INJURIM)

YFPRFMYAN,l G.kx dotsent; MATINYAN, L.A.
Compensatory adaptations following ligation of the posterior half
of the spinal cord in-chickens. Trudy Erev.med.inst. no.11:91-96
160. (KRA 15%11)
1. Iz kafedry gistologii, i embriologii Yerevanskogo gosudarstvennogo
instituta
zav. kafedroy dotsent G.A.Yepredyan i
meditsinskogo
Instituta, fiziologii, AN,Armyanskoy SSR - direktor prof. A.M.
Aleksanyan. (ADAPTATION (BIOLOGY))
(SPINAL CORD-WCALIZATION OF FUNCTIONS)

MATINYANp L.A.; TEPREHYAN G.A.
j_
Histophysiological characteristics of the spinal cord after its
complete severing and the use of lidaae, hyaluronidase, and pro-
serim. Zhur.eksp. i klin.med. 4 no-3:3-12 164- (MIRA 18; 1)
1. Inatitut fiziologii imeni akademika L.A.Orbell AN Armyanskoy
SSR i Kafedra gistologii Yerevanskogo moditainakogo instituta.
I
M

YEIR bIlYlY, P. f. ___
* *Sutural"' antjr~jjne zlne ill the 14ka Sevan regicn. DokL A
Am. SSR 41 no- 0230-2-34 165 (MIRA 19:1)
L Gosudarstvennyy proizvodstvennyy geologicheskiy komitet
k-mynnflkoy SM.

AUTHOR: None Given. 24-1-25/26
TITLE: New methods of investigation of the processes of
disruption of rocks by mechanical methods. (Novyye
matody issledovaniya protsessov razrusheniya gornykh
porod mekhanicheskimi sposobami).
PERIODICAL: Izvestiya Akademii Nauk, Otdeleniye Tekhnicheskikh
Nauk, 1958, No-lt P-143 (USSR).
ABSTRACT: Over 160 investigations are proceeding in the Soviet
Union relating to the breaking up of rocks. At the
Institute of Mining (Institut Gornogo Dela) a conference
was held between September 25 and 27, 1957 with the
participation of esiablislunents of the Ac.Sc. and other
research institutes as well as representatives of over
fifty organisations.
Doctor of Technical Sciences, Frof. M. M. Frotod'yakonov
presented a paper on the aims of the conference; the first
day was to be devoted to methods of investigation of
processes of drilling blast holes and wells.
N. N. Simonov in his paper "Technique of investigation
of the power consumed for drilling shot holes in the case
of forced feeding of the drilling bit" and
Card 1/5 M. G. Krapivin in his paper "Technique of investigation
of the operation of the tool bit of an electric drill"

24-1-25/26
New methods of investigation of the processes of disruption of
rocks by mechanical methods.
reported on the work proceeding in the Novocherkassk
Polytechnical Institute (Novocherkasskiy Politekhnicheskiy
Institut).
A. A. Volkov, Khar1kov Mining Institute (Kharlkovskiy
Gornyy Institut) read the paper "Prospects of application
of electrical methods of measuring the parameters of the
drilling process" using an induction torsion dynamometer
developed by this author, The application of wire strain
gauges, piezo-electric and inductive pick-ups and of
stroboscopic photography was considered in the paper
"Methods and techniques of investigation of certain
elements of the process of drilling and operation of
drilling apparatus" by Ye. F. Ye~sheyn, Dnepropetrovsk
Mining Institute (Dnepropetrovskly Gornyy Institut).
S. G. Kaloshin, Institute of Mining, Ac,Sc. Kazakh SSR
(Institut Gornogo Dela Akademii Nauk Kazakhakoy SSR)
described the study by means of stereophotography of the
profile of a channel formed in the rock during the impact
of the drill. The paper of V. 1. Dusev, Moscow Institute
of Non-Ferrous Metals and Gold (Moskovskiy Institut
Card 2/5 Tovetnykh Metallov I Zolota) dealL with the technique of

24-1-25/26
New methods of investigation of the processes of disruption of
rocks by mechanical methods.
investigation of the effectiveness of disruption of
rocks in the case of impact-swivelling drilling by means
of drilling bits of various designs. During the
discussion of the above papers 0. D. Anisimov,
Tomsk Polytechnical Institute (Tomskiy FolitekJinicheskiy
Institut) described a stand for operating rotational,
impact-swivelling, impact-rotational methods of drilling.
M. M. Protodlyakonov pointed out that for a number of
asymptotic relations evaluation of experimental data on
logarithmic coordinate grids is inapplicable and he
proposed the use of rectified curves by applyin.6 shifted
hyperbolas. In his paper "Methods of investigation of
the mechanical properties of rocks at high pressures"
M. P. Volorovich, Institute of Physics of the Earth,
Ac.Sc. USSR (Institut Fiziki Zemli Akademii Nauk SSSR)
gave a general review of investigations carried out outside
the Soviet Union, in addition to expressing certain
views himself. R. M. Eyveles (VNIIBurneft') read a paper
on the methods of syncILronisation of recordings of a
large number of metering instruments when Etudying rapid
Card 3/5 non-repetitive processes (impact of a blade edge on rock)
and also for studying elementary acts of disruption on a

24-1-25/26
New methods of investigation of the processes of disruption of
rocks by mechanical methods.
transparent material (glass) by means of polarised light
and high speed filming (to 4000 frames per second).
In his paper "Technique of investigations of the execution
organ of the Kiev mechanized heading machine"
K. B. Shlyapin, VNII-Transport Construction
(VIIII Transportnogo Stroitellstva) dealt with experimental
viork under mine conditions. V. P. Fomichev described
in his paper the technique of laboratory inve6tigations
of the force of feeding the cuttinG bit during cutting
of mined coal. Members of the Institute of Building
Materials and Structures of the Armenian 83R,,'-Ac. So
(Institut StroitelInykh Materialov i Sooruzheiiiy
All Armyanskoy SSR) presented two papers, nEunely,
"Technique of investigation of the process of splittinG
natural stones by blades with wedges durinG static and
dynamic operation" (A. A. Abramyan) and "Technique of
investigation of friction and wear during cutting of
rocks" (K. S. Vardanyan). In the discussions
R. L. Zagorskiy, All-Union Coal Research Institute VUGI
(Vsesoyuznyy Nauchrio-lasledovatellskiy Ugollnyy
Card 4/5 Institut VUGI) described briefly a test stand for planetary

21~-1-25/26
New methods of investigation of the processes of disruption of
rocks by mechanical methods.
cutting of rocks and Chumak, All-Union Research Institute
for the Organisation and Mechanisation of Min6*Constriuction
VNIIOMShS (Vsesoyuznyy Nauchno-Issledovatellskiy
Institut Organizatsii i Mekhanizatsii Shakhtnogo
Stroitel'stva VNIIOMShS),described a test s-~and for
investigating vibro-impact drilling. In the
resolutions it was mentioned that, in spite of kno-om
achievements in the field of developing experimental
methods and techniques for studying processes of
disruption of rocks, utilisation of the latest
achievements in physics is lagging. For instance, radio-
active isotopes, semi-conducting instruments etc. are
not being used on an adequate scale. It was also
pointed out that most institutes were forced to
design and build strain gauge apparatus and a
number of metering instrumento on a very fmiall scal.e
and dvidently it will be necessary to organise
Card 5/5 centralised manufacture of such apparatus.
(Note: This is an almost complete translation).
AVAILABLF,: Library of Congress.

-7
L h0337-66 me ( j ) /Fig (M) AIJP(c)- RM
A-CC - ML -AN"07$U SOURCE: CODE: UR/Oh&#A9- tMOM15
(A
AUTHOR: Navumava, S. F.; Slabodchykava, L. K.; Yerafeyev, B. V.
W
None
ME: Epoxy resin based on polycyclohexadLene-1,31
JRCE: AN BSSR. Vestei. Seryya khimi.chnykh navuk, no. 2, 1965, 10-15
?IC TAGS: epoxide, epoxy resin , hydrogen peroxide, cyclic group, diene synthesis,
OTRACT: The authors study epoxidation of polycyclohexadiene-1,3 in a mixture of
,drogen peroxide and formic acid as a function of concentration of the epoxidizing
~agents, the order in which they are added and the time and temperature of epoxi-
Ltion. It is found that epoxidation under mild conditions produces an eposy resin
.th an ep-6xide oxygen concentration of 6-9%. Optimum conditions for using hydrogen
~roxidg.,wd formic acid in epoxidation of polycyclohexadiene-1,3 are as follows:
formtc-Acia concentration of 19-28% with respect to hydrogen peroyide; a hydrogen
troxide.i6kentration of 35-70% with respect to the polycyclohexediene-1,3 to be
*xidized; .. a temperature of 400C and an epoxidation time of 5 hours. Orig. art. has:
tables.
CODE"."S/' SUBM DATE: none/ ORIG REF: 005/ OTH REF: 003

yillit ~KIH BX. -k
I IN, ,
.11-"O'A'.0",~- , --c- . ~ : !": T".'- 7- n - ~ --
-~ ~-, 3Z:-tar-ins': It. ~-' . -. ~- I - ~ -
Enorr.ntr3l. 15~'- (1:11. P:1.1)
1. Irtys%.-of:ctrOY-
(Bu* *-l-r-,i-'. Powi)r Station)
M", - -

MMKHTI4 inZh.
Crack formation and temperature conditions of the dam of the
Bukhtarma Hydrcoleo$r;Lo Pwor Station during construction.
Gidr. otroi. 32 noo$0-11 JO 162# (MIRA l5a6)
(Bukhtarma Hyd:roelectric Power Station-Dams)

VULIS, L.A.; IMUSHIN,, M.V.; LUXIIANOV., A.T#
Calculation of thermal conditions of a concrete dam for the
selection of efficient methods of construction work* Inzho-
fiz.zhur. 6 no.10:3-8 0 !63. (MIRA 16:11)
1. Kazakhskiy gosudarstvennyy univorsitet imeni Kirova, Alma-Ata.

LITV1N(YVAj R.Ye., inzh.; YERAKETIN: D.M.; VOLOKIfOVip V.A.; SHILOV, V.A.
Pouring of concrete mixture at the Bukhtarma Wjdroelectric Po-d--r
Station in long blocks without longitudinal seams. Enarg. stroi.
no.16:13-15 160. (MIRA 16:12)
.1. Vsesoyuznyy nauchno-issledovatel'skly Institut gidrotekhniki im-eni
Me. VedeneIyeva (for Litvinova). 2. Stroitol'stvo Bykhtarminskoy
(for Yerakhti-n). 3. Moskavskly filial Vaesoyuz-
nogo Instituta po proyekUrovaniyu organizatoiy energetichookogo
stroitel'stva (for Volckhov, Shilov).

ill Lill j I
"I" !'J'TEl D. D.
Y
Tractors
Mleans for Increasing th- power of, tractor KT-12. Les. prcm. 12 no. 2,
Monthly IList.2f Russian Accessions, Library of Congress, July 1952. Unclassified.

...............
YEP,kLHTIN,_D. D., Docent; SID-JUEV, 1. A.)Eng.
Lumber - Standards
Temporary garagee and simplified kilns for gas-generating blocks. Lee. prom.
12 no. 9, 1952.
1952
M Uncl.
9. Monthl List of Russian Accessiont3, Library of Congress, December U

YcralO%ttin, 1) 11)
lintaww"'.1 Uvrl
-jcu-a-uzhnora khr
tractoro ~7e-~t in l)
73 T,.

SII)OROV' F.F.; ZGIRSKIT, Ch.I.; ANAKIN, I.A,; TZRAKHTIN, D D kandidat
tokhnicheskikh nauk, retsenment; BOBOLSTI I- retsenzent;
BUSHUM, N.M., kandIdat te):Wchemkikh nauk. redaktor; SHABASHOY, A#P.,
kandidat tekhnichaskikh nauk, redaktor.
Depair of agricultural machinery] Remont sallskokhoziaistyewqkh
mashin. Sverdlovsk, Gos. nauchno-takhn. isd-vo mehinostroit. i
sudoetroit. lit-ry'[Uralo Sibirskos otd-niej 1953. 293 p. (KLRA 7:6)
(Agricultural sachinery-Repairing)

YERAY,ViTIN, 1.1j).
VAGANOV, A.K. ; is ORJ_;., Icandidat takhnichookikh nauk, reteenzent;
GUTMAN, inzhaner, rstsenzent; DUGINA, N.A., takhnicheekly
rodaktor
[How to got better use from a diesel tractor engine] Kok luchshe
IspolIzovatO dylgatell diselinogo traktor&. Hooky&, Goa. nauchno-
tokha. lxd-vo mashlnostrolt. lit-ry, 195k. 108 p. (MIRK 8:3)
(Tractors-Ingines) (Diesel engines)

YERjUMTIN, Dmitriy Dmitriyovich; SommEv, 11,S,, ractaktor; pITMW, Ye..L..
ItWoal4Mff -rodaktor.
",,K, H.p.. takhnichaskil
- Mlr. 02 P
(Diego i locomotives f or lumber haulage] Motovoz7 le"Otrawparta. Moskre,
GoslosIn=izd&t, 1955. 285 1). ~ (KLU 8: 4)
(Lumber-'Transportation)

;. pARy=V, G.g., doteent,
doteent,
y]R~~Jjj, D.D.
tion of lumbering operations. Mekh,
Means of over-all mechanila 156. (KLRA 9:10)
trud. rab. 10 no.9:35-37 3
(Lumbering-Asebinery)

,Yl?-4;9drdi~HL ~OIYU119e.PRAGIN, Yu.I..- BASHKIRTSEY, A.A.; B3LUINOV. O.Ye.;
BRUNICHIR, I.Sh.; BUSHVW, N.M.; VAGANOV, A.K.; GASHIV, A.M.;
YISIKOV, K.A.; ZGIRSKIT, Cb.l.; IGNATIYIV, M.I.; KDRUSHKIN, U.N.;
RUZIXOV. N.T.; PATSIXTICH, I.R.; PICIIAK, Y.I.; RATTSIS, T.B.;
-RUDAKOV, A.S.; SAPITKIN, V.K,, SIDOROV, 747.; UMINSKIT, Ye.A.;
HIN, P.K.; CHWMMOVSKIY, YU 'I YINRAKHTlN,-D.D...,.kand.tekhn.nauk;
retsenzent; MAKAROV, M.P., ingh..r;t;ae~n-%'i7?i~E,-'tORBEYZV, Z.S., kand.
tekhn.nauk, retsenzent; POIJEABOY, I.P., kand.tekhn.nauk, retsenzent;
IONATIYZV, M.G., agronow, retsenzent; GUTMAN, I.M., inshener, reteensent;
SARAFANNIKOVA, G.A., tekhn.red.; YIRKAKOV, N.P., tekhn.red.
(Manual for agricultural machanizeral 'Spravochnik mekhanizators,
sellgkogo khosiaistva. Mot3kTa, Gos.nsuchno-tekhn.izd-vo mashinostroit.
lit-r7. Pt.l. [Tractors a:ad automobiles, agricultural machinery and
implements, and operation of machine and traotor yards] Traktory I
avtomobili, sel'skokhosiai8tTOULTO mnshiny i orudlim, skepluatateiia
mashinno-traktornogo parka. Pod. red.N.M.Bushuava. 1 57. 462 p
IKIRA 10.1i)
(Maebine-tractor stations)

AMMYUSHOMMS Yu.S.; BAGEF, Yu.I.; ~L~~, A.A, ; BBMIKOT, G.16.;
BELINICHIM, I.Sh. -. BUSHUTIVg N.M.; VAGANOV, A.K.; OASHIT. A.K.;
Y3S'XDT. K.A.; ZGIBSKIY. Ch. I.; IGAN IYXV,, H.I.; KMUSIMN. U.N.;
KUZIMOVg N.T.; PATS83VIC3. I*R.; FICH&K, 7.1.; PAITS3S. T.3.;
MMAKOV. A.S.t SAFRMN# V*Mo; SIDOROV, F.Y.s, UNIRMT, To,A,;
KHAAZHIN, P.K.; OHIMOVSKIT, Yu.I.; IR~A_M Itand. tekhn.
nauk, ratnenzent;'KAMOV, XP~, inzh., retsenzent; TORBIM, Z.S.,
lmnd..tokhno nauk, retsenzeit; POLKAKOV, I.P., kand. tekhn. nauk,
retoonzent; IGNATIU7, K.Gs, agroiLom, reisenzent; GUTKAH, I*X*,
insh.,' retsenzent; TXWXOV, N.P., tokhn. red.; SARA7ANNIX07A, G.A.,
tokhn. red.
[Reference.manual for ihe agricultural machine operator] Spravochnik
mekhanizatora sellskogo khoziaistya. Pt.2. [Repair of tractors and
agricultural machi~eiy].'Relaouttraktor6y i o'el'skokhozialstvannykh
maohin. Pod red. NOAH -BILShUOVS. Moskva, Goo. ramcbm -tekhn. izd-
vo mashinostrolts lit-rr. 1957. 335 Pe (KIRA 11tq)
(Agricultiivnl'machiner:~-X~Linton;L-n a and repair)

L A
P%R=A:~~triy DmitriyiyJah -OMTO S*Yo, prife,
~ 1% 1 li - I -. ; 0 rst#*us,,%t; TORONITSINg
3f,
r.I., o 8~', re senzent; PIT2RKA.N,*Ye A., red. Isd-va; KLUSIX, I.P.,
;ad.
tekhn. red.; RACHURINA, A.M.$ tekhn.
[Traotion moohineryo Pt,:!, Steam looonotives, peollue and alseel
looonotives, elootric lonomotiveal ?VkgOTY9 washiny. Nook-Ta Go$-
losbumizdat. Pt,2. Parovozy, motorozy, elaktrovomy. 1957. Th P.
(KIM Ils7)
1. Xafedra tyagovykh mashin leningradskor lasotekhaicheskoy
akademii in. 3.K. Kirova (for Orlov). 2. ?3entral'W nauohno-
iseledovateltakiy institut mekhanizatoli L energetiki lesnoy
pronvehlonnosti (for lbronitsin).

'**N! ~E I(II-*iIOX'11 71,10 1 P. A
GOL.IIS)MG, Aleksanlr Moritsevich; ZAYCIIIX, G.Ist prof., doktor takhn.
t; TIRAWIN, D,D., dotsent, reteensentl
nauk, retsenzen
0 0 T- red.izd-va; BACHURINA,
SCLOVITIVI I S. red.; PIftlbi". a#L*
A.M., takhn.rod,
[Ingines for machines used in lumber transportation) Dvigateli
lesotransportnykh~mashin. Koskva, Goslembumizdat. 1959. 470 p.
(KIRA 12:7)
(Engines) (Lumbering-lquipment and supplies)

YERAXHTIN, Dmitriy Dmitriyej~Lchg., dote.,, kand. tekbn. nauk,- GOKWAN,
kawl, tekhn. nauk; DVINYANINOV, Vietor
Nikolayevichp art. prepodavatelf; ZAYTSZV, Pavel Alakoeyevich.,
inzh.; LOPATIN, Anton V,)nediktovfcho dote.; ORLOVj Nikolay
Mikhaylovich, inzh.;-STRATAU10VICHj Nikolsy NikoUyevichp inzh.;
STRIGANOV., Malay lpatlyevioh# iuzh.; TIKHO11OVjp Hikolay
Prokoplyevich, dote.# kand. tekbn. nauk; RAYK M N, Zaliman
Tanfilovich, at. prepodwmteltj BELOV, Aleksandr Yezelluovichy
dots.; RWHETNIKOV, N.S.,, dotsent, retsenzent; BABUSHKIN., I.N.,,
red.; PITERMAN,.Ye.Ir., red.iod-va; PARAKHINA) N.Lo. tekbno red,
[Repmlr-or-l=bwrlW-ez*,foreetry-machinery) Remong lesozagoto-
vitellrqkh i 3.esokhozigdstvermykh maohin. By D.D.Erakhtin i dr.
Moslcva.. Goslaxbmizdatp 1961* 436 p. (MIRA 15:2)
1. Kafedra remonta Moskavskogo lesotekhnicheakogo institute.
(f6r Reshetnikov). ~J-
(Forests and foreatry-Equipment, and Buppliee)
(Wabering-Machinery)

jE[j~KHTIN,.P,D,., otv. za vyp.; YELCHINA, L.A., red.izd-val
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1. Nauchno-tekhnicheskoye obshchestvo lesnoy prorkyshlennosti
i lesnogo khozyaystva. Mariyskoye oblastnaye pravleniye.

~'ACC NR, AF6036113
SOLARCE CODE: M1036516610021006106%10691
AUMOR: Shalyafirner, A. K.; Dogtyareva, R. A.; Pimenov, A. F.; Alyahova, 19. L
.qrj9ov. V.,1.; Lifanov, V. F.; Anzin, G. N.
Y
tZ.!=674foscow. Institute for Steol.~'and Alloys (Moscovskiy institut stali i splavov);
rb.' Research Institute for Forrous Motals
(Tsentrallnyy nauchno-isrlodovateliskiy
chornykh motallov); Nov6lipotskiy MotallurgUal Plant (Navolipot-
Dkiy
gichoskiy zavod)
*h 3%'silicon
ornal oxidation of stool wit
ISOURCE: Zashchita metallov, v& 2. no* 6o 1966, 686-691
,TOPIC TAGS: metal oxidation, silicon ateel, hot rolling
IABSMACT: The article reports a study of the oxidation and decarbonization of stool
iwith 3% silicon and 0.05% carbon in the process of hot rolling in an industrial unit,
land of decarbonizing annealing (in the presende of scale) in industrial electric
ifurnaces. Steel strips were hot rolled to a thickness of 2.5 mm. In rolling, the
linitial oxidation temperature was maintained at 940 t 100. 7he total length of the
Idischarge table was 36 motors; in the last 30 meters the strip was cooled rapidly vith
Iwater and was in an atmosphere of steam. After this, the strip was coiled and the air
Isupply was out sharply. The average cooling rate of the strip on the table, under
M)C; 620-193-5

ACC NRt AF66036113
different rolling conditions, varied only slightly and was from 19-23 degroes/sec*
The total oxidation time and the temperature of the strip before coiling were varied
by changing the rolling rate. The temperatures of the strip before water cooling and
before coiling wore moasurad with an optical pyromotor and were recorded automatically.
The coils were cooled in air over a period of 24 hours, Data on tho values of the two
abovementioned temperatures and on the time of the*oxidation process are presented in
a table. Based on the experimental data, a table shows the effect of hot rolling
conditions on the formation of scale and on the rate of etching after annoaling. In
the production of steel, it is necessary to take certain measures which limit the
process of internal oxidation: 1) the exit temperature of the strip should be lowered
to 9000 and the temperature of coiling up to 590-600o, because of the effect of the
increase of the 'cooling rate under the influence of the blowing system; 2) the
oxidation time of the metal on the discharge table should be shortened by increasing
the rollin.o, rate; 3) the heating rate and the temperature in decarbonization annealing
should be increased; this leads to more favorable conditions for the oxidation of
carbon, compared to the oxidation of silicon* Orige art. bass 4 figures and 3 tables.,'
SUB CODE: I'A/ Z,nX DATE; 28Doc63/ MIG REF; 007/ OTH REF; 004

'JERAYC,INA, -V.N.; VII!,n,,RADCJVA, yc-',-V-
KOST, , --, - '.
- ,-, - , j, 'r
ar -,C~Xya--., 4r,Joles. 7hur. org.
Redurtion of the keto 970t, L) 4 (JGRA 182 3)
khi.rn. I no.1:121~-133 ja 165.
1. Moskovskiy gosildarstxonryy tiniversitAt Im. J-j,V.Lomojiosova*

TEMOVICH, Yageniya.
-
Ira,
I collectlyn farm's wealth, Bab. I Sial. 31 no.11:16 1 055.
(HLRA 9 .4 1)
l.IlInanodka, deputat Vyarkhounaga Soveta BM, Iuyeuski
rVen.
(IvIya District--Collective fame)