"SCIENTIFIC ABSTRACT LYANLINA, N.M. - LYAMETS, F."

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031020011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZELENEV, Yu.V.; LYALINA, N.M.
. Application of Ferry's metbod for the processing of experimental
data on the dynamic properties of rubberlike network po2ymers.
Vysokom.soed. 5 no.11:1717-1724 N 163. (MIRA 17:1)
1. 14oskovskiy gosudarstvennyy pedagogicheskiy institut imeni Lenina.
6

LEZHNEV, N.N.; YAMPOLISKIY, B-Ya.; .4YALINA, N.M.; VOLODINA, V.V.
Studvl,ig the Influence of the carbon black structureB on the
effict of rubber reinforcement in model systems. Kauch. I rez.
21+ no.2:16-19 F 165. (MIRA 18:4)
1. Nauohno-insledovatollakty Institut ahinnoy promyshlentiosti
I Moskovskiy gosudarstvennyy univeraitet,

SUBMITTED: 00 - ENCL' . .00 SUB CODE: Kr
No REF SOVI. '007 GTHERi 002 -ATD PRESS. 3190
Cori :2/2

C E S G 10 111 N-R: APS006858 S/OOZO/65/160/004/0861/0863
sktx Ya.; Lyalina, H. M., Dreving F. P.;
Koaotkava,
T TTT.7- d
laid-- 7-
49' 961;w 63-1 .
r- n b I a-c'k,* vu Icani zed rubber, unvulcanized
-Tb#IC: TAGS: rubbeir-,.reinfore-ementca'0
rubber,' graphitizati6n,l stress relaxation. rate, activation eaergy, r=clear mag-
netic resonance, molecular interaction, polymer
ABSTIEViCT: The present work was !~tarried out because of lack of clarity on the
rrlp-chanism- of the reinforcing effect of active rubber fillers. Vulcanized and un-
vulcartized rubber. ~cnrbon b4pk.aystems were irvestigated. The rubberf; used were:
I !f-steieorcgular pc~lyjytadjMa.-~Ihnd the carbon blacks
naturn
1 used wrere active furnace carbon black (I) as well as the ame carbon black but
,artially aphitized for 24 hr at Z6W C (II). The investigated properties of
9r
black mixtures were: shear stress, viscoc-ity, activation energy

7,~-~-77--:~--,-_-.-_- 7-_
F7~
. 7-5-10" (Table 2). With amines having a lower dis-
sociation constant, the reaction is practically impossible under the same condi-
tions. If the reacting substances are in a stoichiometric relation, the reaction
is bimolecular and is expressed by an equation of 2nd order. The activation
energy and the temperature coefficient of the reaction depend on the nature of
the amine. Table 2 shows that the reaction rate is influenced by the substituent
in the aromatic ring and by its pouition with respect to the amino group. Thus,
aniline has a higher dissociation constant than o-aniaidine but its reaction rate
Card 1/2

69674
Investigation of the Reactions of Aryl-glycide Ethers S/153 60/003/01/030/058
With Aromatic Amines B011Y2005
constant is lower. The character of the solvent is decisive for the reaction ratet
in acetone, toluene, and dioxane, the reaction does not take place even at high
concentrations of the reacting substances. Alcohols (methyl-, ethyl-, and butyl
alcohol) accelerate the reaction. The values of the velocity constant change on
transition from one amine to another. Table 1 shows these constants, the reaction
order, the temperature coefficient, and the activation energy. Table 3 shows the
interaction of the glycide ethers with aniline. Table 4 contains the 16 prepared
reaction products together with data on the substances used, and the charac-
teristics. There are 4 tables and 1 Soviet reference.
ASSOCIATIONt Hoskovskiy khimiko-tekhnologicheskiy institut im. D. I. Mendeleyeva;
Kafedra tekhnologii lakov i krasok (Moscow Institute of Chemical
Technoloffz imeni D. I. Vendejaev; Chair of Technology of Dyes and
Varnishes)
SUBMITTEDs May 15, 1959
Card 2/2

29
S
/01 1~ 61/000/018/025/027
087
B 1,
B101 B147
AUTHORSt Sorokin, M. F., Lyalyushko, K. A., Dudakova, R. A.
TITLEs Synthetic resins from aryl glycide ethers. Communication I.
Synthesis of resins from aryl diglycide ethers and substituted
aromatic diamines
PERIODICALs Referativnyy zhurnal. Khimiya, no. 18, 1961, 541, abstract
1SP174 (Lakokrasochn. materialy i ikh primeneniye, no. 5,
196o, 1 - 7)
TEXT: New epoxy amine varnish resins (ER) were synthesized on the basis
of N,Nl-dialkyl diamines (N,N1,diethyl, N,NT-dipropyl, N,Ns-dibutYl-494'-
diamino-3931-dimethyl-diphenyl methane, and N2NI-diethyl-4,41-diamino
diphenyl methane) and the diglycide ethers of resorcinol and 2,21-(P-
hydroxy phenyl)-propane. ER are soluble in aceto4e, acetates, ethyl
cellosolve, as well as in I 1 1 mixtures of xylene and butanol, and
acetone and toluene. They may be stored for one.year without any change,
and if they are hardened with hexamethylene diamine at 18 - 23 or 800C,
they form hard, elastic, and shockproof films with high resistance to
Card 1/2

S1012691(0~*1100010 18/025/02 7
Synthetic resins from... BIOI/B147
water and alkalis. The best properties were obtained at a ratio-,
diglycide ether s amine - 2 s 1 or 1.5 : 1. The reaction of N-alkyl
amines with aryl glycide ethers was studied and found to be bimolecular.
Its rate depends on the molecular weight of the substituting alkyl and on
the introduction of a methyl group into the ring. Glycide ethers of
p-tert-butyl phenol and exo-(dimethyl phenyl)-p-cresol display equal
reactivity. ~bstrsoterls notes Complete translation]
Card 2/2

SOROKIN., M.F.; LYALYUSHKOp K.A.; XHINCHINA, E.L.
Synthetic resins derived from aryl g3,vcidic esters. Report No.3:
Synthesis of resins derived from aryl diglycidic esters and
ingomplete glycerides of tung-oil fatty acids. Lakokras. mat.
i Uh. prim. no-4:6-3-1 161. (KMA 16:7)
(ReBinsp Synthetic) (Tung oil)

-a' 0
3971~ oil/62/019/007/002/005
E112/E453
AUTHORS: Sorokin, M.F., LXalyu-qhkqK.A-
TITLE: Synthetic resins from arylglycidyl ethers.
Fourth communication. Synthesis of hard epoxies from
aniline and epoxy-resin E-40
PERIODICAL: Chemie a chemickdtechnologie. Pr;hled technicke' a
hospoda'rsk4' 11teratury, v.19, no-7, 1962, 322,
abstract Ch 62-4393. (Lakokrasoch materialy, v.2, no.2,
1962, 7-10)
TEXT: New resin coating materials were synthesized from
` low-molecular-weight resin E-40 and aniline. The
commercial,
resins,.hardened with hexamethylene diamine, produced surface
coatings with outstanding physicomechanical properties. They are
therefore recommended as raw materials for surface coating.
compositions. Polymerized at relatively low temperatures, the
resins are almost colourless. Technologically, the
manufaciure of the-resins is simple and does not require special
equipment. The most de6irable compositions are obtained if the
Card 1/2

Synthetic resins from-...
Z/011/62/019/007/002/005
B112/E453
epoxy-resins are reacted with aniline in the proportion 2:1 and
4:1. Surface coatings based on the above aniline-epoxyrosins
show good resistance to alkalies and acids.
4 diagrams, 2 tables, 3 literature references.
[Abstracter's note:
Complete translation-.]
Card 2/2

3/08IJ62/000/022/062/0.68
Bloi/BW
AUTHORSs Sorokin, M. F., Lyalyushko, K. A.
TITLEs Synthetic resins from aryl glycidic esters. Communication 4.
Synthesis of solid epoxy resins from 9-40 (E-40) resin and
aniline
PERIODICALs Referativnyy zhurnal. Xhimiya, no. 22, 1962, 554, abstract
22P476 (Lakokrasochnyye materialyA ikh-primeneniye, no. 2,
-1961-v 7 - 10)
(,et,1,2~ ?)
TEXTs The synthesis of novel epoxy varnish resins (ER) by condensing
commercial E-40 resin with aniline is described'. The effects of the ratio
of the initial components and of the reaction temperature on the ER proper-
ties were studied. It is shown that using E-40 without toluene resultq in
optimum physicomechanical properties and,optimum. resistance of the films
to the action of 5 % NaOH and 5 % H2 s04 (no change within 40 days) in the
base of an ER having an equivalent ratio of E-40 t aniline - 2 % I at
1000C, wherefrom. the resulting ER has a m.p. of 81 - 860C and 10-5 % glycide
Card 1/2

S1081
/62/000/022/082/068
Synthetic resins from aryl... B101/BI86
groups, and that at 1500C, if E'40 with 6 ~. of toluene is used, the result-
ing ER has a m.p. of 93 - 960d and 8.2 % glycide groaps. The films were
prepared from 30 ~ solutions O'f'the ER in ethylcellosolv with hexa-
methylene diamine as hardener, by drying at 800C. 'Communication 3 see
RZhKhim, 19629 0308. [Lbstracter's note2 Complete translation.]
Card 2/2

KONOVALOV, Petr Gordeyevich; ZHEBROVSKIY, Vatslav Vatslavovich-
SHNEYDEROVA, Vera Vladimirovna; SOROKIN, M.F., retsenzent;
LYALYUSHKO, K.A.,. retsenzent; YAKUBOVICH, S.V., retsenzent;
ROGOVIN~,"'Z".A.,- retsenzent; SOKOLOVA, N.A., red.
[Laboratory work on the chemistry of film-forming substances
and on the technology of coatings and paints] Laboratornyi
praktikum po khimii plenkoobramiiushchikh i po tekhnologii
lakov i krasok. IAroslavl', Rosvuzizdat, 1963. 202 p.
(141RA 17-5)

SOROKIN, 14.F.;, YPIIGAI-SWA, E.Ya.; LYALYUSHKO, K.A.
Epoxy lacquers without solvents. Report No.l. Lakokrassmat, i M,prim,
no. 2:1-6 163. (KRA 16-4)
(Lacquers and lacquering)

S/191/63/000/003/09
BJOI/B186
AUTHORSi Sorokint M. F., L&alyuahko, K. A., Dtidakovn, R. A., Vasia"Yevi
Vs S.# Shuvalova, A.
TITLEs ,Copolymers. pf,,-,1~.paak~u rated, ~~lycldal eate.rs. tXopolymerisation of
te-*i-th-methyl methanrylate in solvents
PERIODICALs Plasticheskiye massy, n'6.'3, 1963, 3
TEM The copolymerization. of.- glycidyl methacrilate"(0MA) with methyl methao.
crylate (MMA).was c'o'ndu'cted-in,a solution of-toluene~'dioxanej or cyclo-
hexanone under an:atmosphe're of nitr'ogen.with:O.l mole% benzoyl Peroxide an
initiator, the purpose of this study being to produce.polymerscontaining
epoxy grompsa,.,GMA *as synthesized from epichlbrohydr ins and sodium metha-
crylate. Optimum reaction was reached at 90 00 and 30% cone.entration of
components, At higher eqncentrations,--the reaction went too fast and the
mass became Itoo viscous, making it very'difficult to take samples. Lower
concentration decelerated the reaction considerably. Copolymerization did
n.ot occur at 60oC and 30% concentration. At 50% it mas too slow but could
be accelerated by increasing the benzoyl peroxide addition. to 1%.* The re-
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5/191/63/000/003/ID92/022
Copolymers of.unaaturaied,,.**. BIOI/BI86
action was slowest in-toluene yielding 77-89%1 in dioxane and cyclahexanone
it was equally slow yielding 83 - 9%t. Reduced viecosity in dioxane wau
5.55 - 3-791 in-toluene 2.48 - 2.64. The ratio-GMA i MMA was varied between
1 1 4 and 4 ; 1. The resulting copolymers were white, solid substance3
solijble in acetone, acetates, dioxane, dichlorb ethane,.and*cyclohexanone.
The polydisperzion of the copolymers was. determine.d by turbidimetric titra-
tion. Ilure pplyglycidyl' methacrylate hnd the lowest polydispc,rsion, whereas
pure polyme,thyl,methacrylate had the highest. The.*values for the 'copolymers
rankyed in between, depen'ding on the molar ratio',of'components and on the
a;nount of initiator added.- . Fractionate precipitation showed'all fractions
to contain equal nmounts of glycide groupBt approximately 2yf- at a ratio
G,MA MMA ~ 1 1 1, f,18~6 at I 1 2, -4.1~~-at 1 8 4, ~'.291jd at ? 1 1, and -3~"
!it e1 1. The copolymers were somewhat enriched with GMA and their fractio-
nal composition differed' from that of a mechanical mixture of components.
Th-c copolymerization constants were determined by M. Fivema6ls and S. D.
ROS'St method (J. Polymer Sci-,.5, 259 (1950))t r'' 0-941 r..., -.0-75-
GMA
There are 6 tigures ana. 3 jables.
C;ITa_ ;?/2

SOROKIN, Mikhail Fedorovich; LYALYUSHKO, Kapitolina Alekseyevna;
YUKBNOVSKIY, G.L... p~o_f., d6ii~~i-khii6'~_iiauk; rdt enzent;
ARKHIPOV, M.I., doktor tekhn. nauk., p;of., retsen8zent;
ALAVERDOV, Ya.G., red.
(Practical laboratory work on synthetic polymers for lac-
quers] Praktikum po sinteticheskim polimeram dlia lakov.
Moskvap Vysshaia sbkola, 1965. 271 p. (MIRA 18-.7)
1. Zaveduyushchiy kafedroy Kharlkovskogo, Politekhnicheskogo
instituta im. V.I.Lenina (for Yukhnovskiy).

,LX nauchnyy sotrudnik; GAYNANOVA, S., aspirantka;
_ 4LYPTPKAYA, Ye.,
PUSVASHKITE, 0. [Pusvaskyte, 0.), aspirantka
Garden pests feeding on leaves. Zashch. rast. ot vred. i bol.
10 no.12:26-27 165. 04IRA 19: 1)
1. Odesskaya sallskokhozya)stvennaya opytnaya stantaiya (for
Lyalyutskaya). 2. Saratovskiy sellskokhozyaystvennvy histitut
(for Gaynanova). 3. 11tovskaya sellskokhozyaystvennayn akademiya
(for Puavashkite).

BAYKV, Stepan Mikhaylcrvich; BRUSKIN, Mikhail Illich; RJSTOVOY, Pavel
Vanifatlyevicho LYAM L M red.; TIKHONOVA, Ye.A., tekbn.
red.
(Merchant marine at the time of the 22d party congress] Nor-
nkoi transport k XXII s"ezdu partii. n.p. !zd-vo I'Morskoi
transport," 1961. 30 p. (MIRA 15:5)
(Merchant marine)

KUROCHKIN, Sergey Nikolayevichj !YAM, L.M.9 red.; LAVREIIOVA, N.B., tekhn.
red.
[Use of underwater concreting in harbor lWdraulic engineering] Fri-
menenie podvodnogo betonirovaniia, v portovom gidrotekbnicheskom
stroitellstve. Moskvat lzd-vo "Morskoi transportg" 1961. 48
(MIRA 24:8~*
(Concrete construction) O"aulic engineering) (Harbors)

KOjrAL,CHUK, Viktor Semenovich; KAUFMM~ A.L.v inzh.9 redo; LYMI L.Mov
red TIKHOWOVA, Ye.A., tekhn* redo
(Principles of radio engineering; a brief abstract of lectures)
Oanovy radiotekbnild; kratkii konspekt lektsii. Moskvap Izd-vo
"14orskoi transport" 1961. 147 p. (MM 14- 3-1)
?Radio)

SHAIII, Nikolay I-lefodlyebich; LYAF., L,Mo,, redq't~IAVRMOVA, II.B.j,
tekhn. red.
[The motorsUp IlZhan Zhores."]Teplokhod n7lian Zhores.n
Moskva, Izd-vo 9-!orskoi transport," 1962. 197 p.
(MIRA 15: -U)
(Freighters)

KUZALiCVSKIY, Oleg Geogriyevich, kand.teklin.neuk; SHIRNOV, Yuriy Vladimirovich,
inzh.i Prinimal uchastiye: LYAMBAKH R V iuzh.. TSEMIN, B.S.,
inzh., nauchn" red.; red.; RAKOV, S,I,t tekhn.red.
[Automatic control of rolling mills] Avtomatizataila prokatnykh
stanov. Moskva, Vses.uchebno-pedsgog.izd-vo Trudrezervizdat,
1958. 87 P. (KIRA 12:4)
(Rolling mills) (Automatic control)

SOV/1 19--c8--! 0-2 /19
AUTHORS: Zarezankov, Go Kho, Engineer: Lyambakh, R. V., Engineer
TITLE: Apparatus for Visually Controlil-n7,7T7iZ--OTxrra-tion of a Follower
(Pribor dlya vizual'nogo kontrolya raboty sledyashchikh sistem)
PERIODICAL: Priborostroyeniye, 19589 11r 10., PP 5-7 (USSR)
ABSTRACTi The Central Laboratory for Automation of the Trvst ztF=,~xzochermet'
devioed an apparatus by meano of which the operation of. the
follower can be controlled even across long distances.
This apparatus consists of a picture fube of the type ER
a rectifier unit with the valve 2T82s for f eedinE BW an
RC circuit for synchronizing the ho.,:-zontal deflestion, a
balanced phase-oonsitive amplifier and diode limitor; both
incorporate double triodes of the type
The unbalan-ze voltage of the follower is driven I.r.% the input
of the apparatus..
The position of the follower is represented on the picture
tube in the form of a closed curve, with the horizontal lines
representing the position the follower should have (desired
Card 1/2 position), whereas the curve peaks give the actual position

SOV/119-58-lo-2/19
Apparatus for Vinually Controlling the Operation of a Follower
of the follower with resp,~_,t to the pre--set level (a-2tual.
positicn.),
if, fcr instan,,-s, only a straight line is shown on the picture
tube it mean5 that the executive organ of the follower has
exactly the pre-set position. A direct error readinG can be
compiled for the other shapes of curvesi and the correspond..
ing commands to the ey-ecuti7,! orgar. of the follower can be
prepared.
This apparatias was first i~aed to control the follower carryine
out the automatic, pre-.3et control of the pressure cechanisms
of the hiC~CM629_nM ITr 2 at the Ifac-nitogorsk Me tall urg-i ca 1 Kom -
binat. This apparatua proved to operate excellently. There
are 3 figures and " table.
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9(2) SOV/107-59-2-6/55
AUTHORS: Lyambakh, R. and Zarezankov, G., Engineers
TITLE; The Instruments Are in Control (Pribory upravlyayut)
PERIODICAL: Radio, 1959, Nr 2, pp 8-9 and p 11 (USSR)
ABSTRACT: The article deals with the future introduction of
electronic devices and computers in the ferrous
metal industry. Recently the Tsentral'naya labora-
toriya avtomatiki (Central Laboratory of Automation)
developed and introduced a series of electronic devices
in one of the biggest metallurgic combines, which ope-
rates an automatical rolling mill using photoelectric
relay switches, electronic computers, perforators etc.
The schedule of the bar rolling process is recorded
on a disc-type perforation card in the form of aper-
tures. The quantity of the radial aperture rows is
equal to the maximum number of times the bar is passed
during the rolling process. The rolling process being
completed, radioelectronic devices measure automati-
Card 1/2 cally the thickness and width of the sheet bars and.

The Instruments Are in Control SOV/107-59-2-6/55
the diameter and gage of the wire. For measuring the
thickness of sheet bars radioactive or roentgen micro-
meters are used. The measuring principle is based on
the adsorption of radioactive and roentgen radiations
by the -thickness of the material to be measured. The
measuring devices are automatic and noncontact, elec-
tronic correctors eliminate errors. The use of non-
contact measuring devices ensures a continuous, i.e.
uninterrupted rolling process. There are 2 diagrams
and 2 figures.
Card 2/2

LYAMBAKH Ro V
"Automatic Devices for Contactless Measurement of the Geometrical Dimensions
of Rolled Products in the Process of Hot and Cold Rolling."
report presented at the Symposium on Variable Speed Electric Drives
in Steel Mille, Prague, Czechoslovakia, 5-15 Sep 1960.

ARKWGEL'SKI'fq V.I.; kTWAP_j R..V,; SIEZRANOVSKIY, O.V.
Autowtic control of reveraing blQ,?Wg milla. Stall 21 no.6:528-
534 Je 161. (Rolling mills) (MIRA 1415)
(Automatic control)
I1~ ~,

BOGACHEV, Aleksandr Mikhaylovich; LYAMMAKH I - I I I d V i t-, I I -yevich,
GRUZIN, V.I., red.; LARIOPOV,'GaYe., tekhn. red.
(F,quipment for the automatic control of the dimensions of rol-
led products]Pribory avtomaticheskogo kontrolia raazmerov pro-
kata. 14oskvap Gosenergoizdat, 1962. 111 p. (Biblioteka po
avtonatike$ no.57) (MIRA 15:9)
(Rolling(Metalwork)) (Autonatic control)

t$/11 62/000/003/003/005
D221%302
AUTHORS: Radchenkot B.S., and Shishkinskiyj
B'ng neers
TITLE: The automatic tension control of strip between the
stand and the coiler
!6
PERIODICAL: Makhani~,-atsiya i avtomatizatsiya proizvodstva 9A no@ 3P
1962, 9 - 12
TEXT: The Tsentral'naya laboratoriya avtomatiki (Central Laborato-
ry of Automation) has designed an arrangement of dynamic compensa-
tion for tension regulators. The primary winding of the transformer
is parallel-connected to the armature of the winder tachogenerator
through a resistance. The secondary winding is conz~ected to the in-
put of the amplifierp whose output feeds the coil of the cynamic
co,wpensation of the amplidyne. The compensating circuit includes
the memory section of a rheostat. 'The latter varies the magnitude
of the dynamic compensation in relation to the diameter of the
co-il. The change in the value of the aynamic compensation at a hi-
Card 1/3

S/11 ' 62/000/UO3/uO3/005
The automatic tension control of ... D221YD302
gher speed is ensured by the selector rheostat in the excitation
circuit of ihe winder tachogenerator. The coincidence loop is for-
med by the d.c. nalance amplifier, built on semiconductor triodeB,
and operating as a class B amplifier, The acceleration of the miil
produces a voltage of opposite polarity in the two secondary coils
of the transformer, which causes a out-off of two triodes and the
conduction by the other two (or vice versa). The current in the
amplifier load determines the change of setting of the regulator.
The linearity of the starzinglurt of the amplifier characteris-Gic
is improved by feeding to its input a bias voltage derived from a
potential divider and the ohmic resistance of the transformer sec-
ondary. There is a 20 % deviation between the calculated and ex-
perimental curve of the ampli:ffer. The temperature compensation was
computed on the basis of experiments, An oscillogram reveals that
the voltage of the tachogenerator during the acceleration period is
nonlinear. The changes of current in the compensation coil confirm
the expediency of the arrangement. On the reverse run the winder
operated as a generator. The system was applied in a cold rolling
mill where the coiler had a 800 HP motor. It permitted the reduc-
Card 2/3

s/lly62/000/003/003/005
The automatic tension control of ... D221 D302
tion of both acceleration and deceleration time for strip thick-
nesses between 10 and 0.3 mm. There are 5 figures.
L~~
Card 3/3

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Automatic control of strip thiCkness S/118 621,,,)01()l
at the 6th D201 J308
, 7thi, 8th and 1 2/001/002
during the rollin., pr 9th cages, Which
The S , 1"e-eP the coll,
s'ble to find the gapocess' ""Ins-Golovin _., a
the roller indirectl L -tarit
.iatjon mal~:e~ ,
tension is Clamp screwl arid tile Y frOM measure L POS_
Clamp screvr measured by a 1001) (10forma ' "nts OE the .
Is t1on Of the car,,fe 1)ressure of
Mea-cured by tension 'nicl,-Up . The
t the s The _strip
Wiper. I' In he form Of a rheocheocridal 90sition p- 1pos't'Orl Oz the'
t is envi llsio T.J 2. c11:Up A P
alid TsLA and saged that te ith a rerqotel -5138
TsLNIICWl magneto-arliso Y controlled
,roll Y be tropic r1 gauges develope
ers. i3ressure d by
'In -sed for the mmeasur P'clcuPs develoz)e
stri -ray intensity M. ements Of 31
elecP -thickness contin Metal pres, d at
tronic cj cu,ts uously. eter 11-rr- 36 (ITG-5236) Mea~~
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LYANBAKH. R.VQ; ZAREZANKOVy G.Kh.; INDENBAUMP A.G.; AGARONOV, D A.
Automatic measurement of-strip elongation in temper mill rolling.
Stall 24 no.M1104-1106 D 164. (M-A 19 2)
1. TSentrallnaya laboratoriya, avtomatiki.

LOIAK321, Nikolay Dmitriyevich; I.;X.AMBAKH,,.RoTmwl'd Vital Iyevich;
GUITIKOV, Eduard Yullyevich
[Complete automation of blooming mills] Kompleksnaia avtoma-
tizatsiia. obzhimnykh stankov. Moskva, Metallurgiia, 1965.
302 p. (MIRA 18:4)

3 3 -
ACC NR~
AP6017639 J% SOURCE CODE: UR/0133/66/000/001/0050/005
AUTHOR: Dobronravov, DO N.,; Lyambakh, R. V.; Stunnikov. E G.; Shishkinskiy, V. I
e. 0-
Burdin, V. M.; MuzalGvskjY'0--9-.;--YQ~v Yego: v Y
P~ntr ~ev'
S. A.; Shesterkin. A. G.; Musid,
ORG: _QS11trak Automation 1!~bovjtoq (Tsentraltnaya laboratorlya avtomatiki);
TsXII ; Magnitogorsk Metallurgurical Combine (Magnitogornkly metallurgichoskiy
kombinat)
TITLE: Experimental operation of an automatic system for controlling strip thickness
on the 2500 continuous sheet mill
SOURCE: Stalll no. 1, 1966, 50-55
TOPIC TAGS: hot rolling, automatic control equipment Lf
'> 41aeL
ABSTRACT: An automatic control system was developed for regulating the thickness of
steel strip, consisting of regulators of the gaps between the work rolls, and of a
system stabilizing the tension of the strip between the stands. The automatic con-
trol system yielded satisfactory perfo=ance data on the 2500 continuous hot-rolling
mill, and for the majority of the strip profiles studied, decreased the longitudinal
variation in thickness and maintained a more accurate nominal strip thickness than
had been possible before. In the presence of the automatic control system, the
strips are rolled with deviations of no more than tO.05 mm (with the exception of
UDC: 621.771.

L 3sr4i, 3-66
ACC NR: AP6017639
0
short rear portions of the strip, where the positive deviation reaches 0.1-0.15 =).
Without the automatic control system, the length of the strip ends thickened by
0.3-0.2 mm reaches 50-100 m. The decrease in the length of thickened portions of
the strip and a more accurate control of nominal strip thickness result In a 1.57.
average increase In strip length. Orig. art. hast 6 figures and 2 tables.
SUB CODE: 11,13/ SUBM DATE: none/ ORIG REN 002/ OTH REP: 001

CHISTOKLMOV, Fetr DmItriyevich; %`.k. rud.; TRIJET;T'()"P
~ I - I . I - .... I
A.11'.. red.
(Collec'Uon of accounting (,!-, callective
a comprehensive problem] bbornik zad4wh po bukhgtilter-
skamu uchetu v kol-Ithozakh; skvoznain z-idacha.
3tatistika, 1964. 134 P. (NITRA

CHISTOKLETOV, Petr Dmitriyevich; LYAMBEK, V.A., red.; IRUKHANOVA,
A.D., red. 11-_~
(Collection of problems in accounting on collective farms]
Sbornik zadach po bukhgalterskomu uchetu v kolkhozakh. Mo-
skva, Statistika, 1964. 223 p. (KIRA 18:7)

LTAJU,TS, F,
The main objective must be practical assistance to enterprises.
RTO 2 --no-3:49-50 Ur 160. (MIRA 13:6)
1. Predsedatell eoveta pervichnoy organizateii Nauchno-tekhni-
cheskogo obahchestva parovoznogo depo Otrozhka Yugo-Vostochnoy
zheleznoy dorogi (for Lyamets).
(Otrozhka--Railroad research)