SCIENTIFIC ABSTRACT NIKULIN, S. YE. - NIKULIN, YU. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137220019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KALAXHOVp G.M,,, prof,, daktar tekhnomuk; ZiZLTZ=lr, A.re.; CHERKENKog
A.R.; VANCHMO, V.S.;
I ~ ~J~~, kand.takha.rAuk;
LIMKp G.F., kwid.tekbnoauk; LAVRIDEM, I.F., kand.tookhn.nauk;
OUNA9 G.Sel, CarW lash*
Breaking we in a wcompr need* sodium in the DzershinakLy Nine
was not warthuhLIA. Gar.thw. no.8t2l-25 Ac 162. (KERA 15:8)
2. GI&vWy Inah. rudoWavlenlys. in. Durablakogo (for 2wltostskly).
2. Zavedvjushchly abakhtoy OGigant* rudoupravlonlya IA. Ds*rWdnskoeo
(for Chernanko). 3. G)Avw insh. shakhty 'Gigant" rudcupravleniya
In. Duerabin koca (for Vashchanko).
(KrIvoy Rog Basin-4(ining engineering)

TASIOCNMOO T.S.v insh.$ SWALIr, T.U., ingh.;JULULIK, kando
tobbno nauk; LIXKIKI, G.F,O, bLW. tekbn,, naukl
sum$ CrIslo inxh.
Lqpwtog tho apamtiimC offictency at the "Gigantm ains.
Not, L gorsorud, prom* so.502-56 S-0 163- (KIRA 16t n)
2. Shakhte ldlpnt* rudodk In. DvershinskoCo (for
Vashchankos, Swanyl. 2. Yrivarosiwkiy Corwrudnyy insti-
tut (for KikuUn), 3. lastLtut avtomtikL Gmp2aw UkzM
(for Zdnnik)o I.. Krivarashakiy gornorudWy t-ekbalkm
(for Sullm).

LIRXIKP G.F., kaM. tekhn. nauk; NIKULIN, S.Ye., kand. tekhn. nauk;
SULIKA, G.S. , lnzh.; SADOTZT~'T.T.,- inzh.
Certain reffults of the use of 5hort-delay bleating In the
Dzerzhinsidi mine. Izv. vys. uchab. zave; gore zhure 6 no.9t
94 163. (HIPA 1711)
1. Institut avtosatlki Gosplana UkrSSR (for Linnik).
2. KrIvorozhskiy gornorudnyy in3titut (for Niku]An, Sulina,
Sadovoy). Rekomandovana kafedroy shakhtostroyentya I
provedenlya gornykh vyrabotok Krivorothakago garnorudnogo InatItuta.

Kl;,Iijli, 'tryaolriv Kopolo-.lch; ifty
retsenzent
[ore dravirg and heilloge In rAning ,I
dostavka rud7 pri podze=noi Yoskva, Npdrnp
196 p.

f--'IK7UrUltt* -t. CF~ - ChAir of- tjWa&IW-loaj 14-~-C;ow 7ist.-wrilriary Ls"Litute
'Therapy of MuLlarlasIA La Gmtsw
The mw&Uve stput of mlliarWis In goats (mW @hoop) In the neimatode MLLL*rius
capp"'a lot, whIch lives an this bronchLj, bronchiolost alveol; WA parenchyma of the
lungs of the host. KiUariasis Is encountered ant frequ*ntll in the forest and forest
steppe riaglomm.,
Of Uw large washer of reandles tested fw thSA dlaomwv the best resulte vere
in latravememp Intramacular &A suboutenewm appUcation of smatins by
QlAtim"U& Val 280 No 49 IL951v p2g$
U-5469 21 Doe 53

USSF/Disa".es in rarm Ank-ats. Diseases Caused by Atmaxo-
J
Entora.
Abs Jour; Ref Zhur-Blol., No 12, 19~8, 54-962.
Author :.UhLLLr"-T--a--J-PotevJc1n, V. 1.
Inst, : Vitebsk-Institute of Veterinary Sciences.
Title :To the Method of Applying Fmmchloran Powder for t",
Control of the Chicken Body Louse.
Orig Pub: Uch. zap. Vitebokcgo Yet. in-ta, 1956, 14, No 1, 192-
194.
Abstrnct: No abstm-ct.
card : 1/1

MIKULIN. V.D.
DetoralmIng the Inflow of surface waters In open-cut cdalog of
alsoml deposits. IST. Wye. nabob. lav. ; tevet.mot. 2 no.6:3-IC
159. OURA UtO
I. Kras"arsidy InstItut tavetnykb motallov, Wndre, gorwr
makhamlkl I toploUkhalki.
(Strip alming) (Mine water)

NMULIM, T.B., lush.
DoteratutV the laf low of "face waters Uto qmn-pLt alnes.
goroshure no*10:6-11 159*
(KIRA 1395)
1. Krasuoyarskly tustitut tsv4ttWkh ustallow.
(Strip mInIvC) (ftne water)

NmULIN. V.S. 0 lAzh.
Ifficlent type of drain awp for open-plt Rlmwd* lgv.vylo
mchabosave; Corozhure w-7tlZ3-l3O 160. (Mm 1317)
1. Kraosoyarskly Institut byetzykh setallov Iftal W.le
tallalms. AsImmendovans kafedroy Comay Kochasims I tepla-
tekhnW.
Mao dralma) (Strip aWnC)

NIKULIN, V. B.
Cand Tech Sci - (diss) "Formation of water influx and drainage
in opening working of deposits." Moscow, 1961. 25 PP; (Kinistry
of Higher and Secondary Specialist Education RSR;R, Voscow Mining
Instimeni 1. V. Stalin); 200 copies; price not given; (KL, 6-61
sup, 222)

NIKUL 1 Ilorl--sulcht D'YLKGU, G.H., red. izd-ya; VAKSWGvLF V.V. P
I
tekhn. rod.; UIKILINA,L.14., toklm- r*d-
(Operator of pumps In coal MiD68 ad pltsj Vasblrlgt aasoWlkb UEU-
novok ugollrqkh ghakht I karferov. Mogkvap Gos.n&ucbva-tekbnlzd--T0
lit-r7 po gornocu delut 1961. 262 p. (KTLRA 14:12)
(mine pt=po)

GREBEMHCHIEDV, G.L. . gortwy insho; MIKULIN, V.B. , gOzTj7 Inyho
ftcbwdsed water supply to holes during drilling In the Sibay
Woo Gor. skw. noo22:62 D 162. (HIRA 15:2)
jo Smahki skly medno-sernyy kombinats go May (for Grelmnshchikov),
4
~2, Institut tgv*tnykh metalloy in. Kalinina (for Mikulin)o
(Sibay Region-Boring-Wator supply)

XMLIx, v.B., bud.takhn.nauk
practice of cov&tMtLM ard usirg deeper pmglzg chamthero
in witeraw xim, Gor. shur. no*22:25-18 D 162. WERA 25:11)
1, Kookovskiy Institut stall i 5PIATOT*
(Imninceank. region (Fut Kazakhstan Pm nce)-KiM PtrPG)

JUSIMp T.1,0, prof., duktar tokhn. nauk; KIKULIN, Y.B.r kand. tskM.
- ... ...
naukj USNAKOV, V.I., Insh.
Removal of vater in pneumatic nine notuorks under permafrost
conditicma. Gor. thur. no.7c48-50 JI 16". (KM 160)
2. Mbskovskiy Institut stall I splAvov.

NIKULI ,J.D.0 kand.takhn.ngLuk
Rovlew of tho book by S.S.Begutakii, B.I.Zakhffatkina, A.Sh.
Kil'adn, AAKIalov, PbRoUglovskits V.N.14*lchanov, and L,I,,
Tarasevich, "Automatio mining equipment." Gorozhure nool2t67-
68 D 163. (MM 17:3)
1. Moskovskiy goologorazvedochnyy institute

IIIKULIHV V.B., dotsent
-. . . ....................................,
Analysis of water drainage at the Novyl Sibay strip --ine. Lzv.vyr.
uchob.zav.; gor.zhur. 7 no.120-11 $64. (MIRA, 380)
lo Kaskovskly institut stall i splavov. Rokomendovana kafedroy
makhanizataii gornykh rabot.

I; c,-rz D.Ii.0 !.nvhio ( i -, - i. I' I I , -
0 ,,, , ,.- 0~ 7 *, ~, . .,
k I - ob .'
~ -11&L~I z i, . ( , .) -, -11 , -, Y. F. -,. r : I - 0': ; -,- Fxa -- I ,- i
-,bl s ) 1 9
Operation of 7-3
24-.26 14Y 16").

r,
cot -1
by Kn'4 Iqf^ C-4.j

SHIKIIOV, VX; WMIN, F.I.r RIKULIM. VoFo
Is"
8d,olding ths dangerous saw of circular save. Bar. prco. 12
noJo25-26 W 163. OaRA 16 o 5)
1, gral'okly PoUtakhnicheskiy instItut In. S.M.Kirown,
(Circular save-Safety meames)

SYOLOWCOVO re.P.S NIKULIN, V.I.; KOLLSNIKOV, R.P., prof., doktor
biol. naukt otv. red.1 KCSTIKOV, P.O.0 kwO. ekon. saukt
otv. red.1 P&LIKIN, M.Z., t4khn, red.
(Natural and sconoulo condition* of Uw utilization of
forests In the southern part of the Ural Ana of the Ob'
Valley] Prlrodnye I skonomichaskle uslovila ekspluatateli
lesov v lushnot chasti Urallskogo Prioblia. Sverdlovsk,
AN 5SSRv 1963. 119 p. (PaRA 160)
(Obf Valley-Forests and forestry-Coonorlo aspects)

xogwow, K.K.- 111CULDE MRIK. y.j.; ICCKAX, 1.1r., starchly cauchAff
mdAktar.. DOL4MIN. L.D.. starshir
got i
mucbW motrudaft, otwetetweaW redektor
[the Shmati-Mmust Notional Ar"; a sketch of its natural resources
and sconoiWj Khanty-Naastiskii natelonallayl okruC; acheric PAMV
t khostatetwa. Swerdlovsk, ltd-wo Ak&dsuii nauk SSSR. Urel'skii filial
1956. 102 p. MRA 9:10)
1. Institat giogrefil Akademil mauk SSSI (for Kovemr. DolCmdhtm)
(Mmatt-4knal National Arest-Aconomic GeoCrephy)

NIXULIN. V.1.
*0C in synthesis In various organs and tierms of rabbits under
hypothersta. (with eux-mry In Inglichl Sksp. khir. 2 no.U55-60
Ja-F '57 (KLRA joi4i)
1. Is Instituta khirmrgit laont A.T. Vishcovalcogo (dir.-chlon-
korrespondent AM SSSR prof. A.A. Vlohnevckly, namchayy rukovaditell
doktor biologicheskikh nauk A.$. Koulkava; AXN SSSZ.
(HTPOTHMIA, exper.
protein Wnthemis In rabbits) (Rue)
PROTZIXS, xetab.
synthesis In rabbits undor hypotherals) (Stus)

"ni
94

Intensity of protein synthoole In various organs anil tissues
oom aftor hypotherata. Ik-op.khtr. 4 ito.2:39-42 V4,Ap '59.
(NMA 12:5)
In IA"ratoril blokhtall (saw, - 4*ktor b1olmnsuk A.S.
Kbn1k*v%) InstItuta khtrurell Jawnt A.T.WishnovskW (dtr. -
doystvitol'a" chlon ANN SM prof. A.A.Ttahnevokly).
Wrorwau. off.
an protein synthesis In animals (Bus))
ORM113. **tab.
synthesis. off. of hypothernts, in animals Ons))

V: 3,
"7, VM :1 k.-., m

OW
a, 1.
AUTHORSs Kobolev. L.Tae,
TITL&t On'the representation
tensor by means
PERIODICALs Flzika metallov
351-358
S/126/62/011/003/004/023
E025/E535
Nikulin, V,K. and Pomortsev, R.V.
of the electrical conductivity
of line integrals. r
I metallovedeniye. v.13. no.3. 1962.
TEXT: An expression to written down for the electrical
current density of a nonrelativistic system of interacting
particles in terms of the single particle Green's temperature
function and the variation of the electrical current density to
expressed as the integrel of the product of the electrical
conductivity tenser and the electric field. From this an
expression Is obtained for the electrical conductivity t*nsor
which to simplified by neglecting magnetic fields. The single
particle Green's function to then expressed In tnrms of the two-
particle Green's function and the connection between the density
of the electrical conductivity tensor and the collision integral
is given. The Green's functions for the one- and two-particle
cases are then represented as line integrals in a functional
space of V*ector trajectories for the case when magnetization to
Card 1/2

On the representation of the ... S/126/62/013/003/004/023
9025/E535
absent. The modifications necessary when the particles are
magnetized are discussed. These enable the subsequent calculation,
of the temperature-time correlation In the system from the known ~
distribution function or the partAcles in a seir-consintent fioldei
The variational derivatives of the one- and two-particle Green's
functions are then calculated for the case when magnetic fields
are absent. A series expression is obtained for the electrical
conductivity tensor. In the appendix an approximate expression
is obtained for the collision integral taking magnetization Into
account but the treatment is limited to the consideration of the
first term of the compensation theory of the two-particle Green's
function.
ASSOCIATIONs Urallskiy gosudarstvennyy universitot ~menl
A. H. Gor1kogo
(Ural State University imeni A, M. Gorlkiy)
SUBMITTEDs July 6, 1961
Card 2/2

L 0- ty."L -M E~-iT WIER ('"OAA
AP5022700 SOURCE CODE:
AUnIORt Gubanov, A. 1? Nikulin V. X.
ORG. ?hYlIc
_'Qj#ShP_1CP'l Xnatitute 1m.L A. FL_Iof fe AN SSSRA_Lq"nW (Fitikatekhni-
r-henkly Inatitut AN SSSR)
TOPIC TArS: theoretic phy'sics, hydrogen, gas diffusion, metal physics, nonferrous
Metal
TITr,E: Calculating the energy for penetration and'djffusfon of drogen ~n metals
Y
SOURCEi rittka tvardogo tela, Y. 7, no. 9, 1965, 2701-2707
ABSTPLACTt Many-body theory Is used as a basis forr determining the tnergy shift of t
gro-mi state when a point charge Is introduced into a crystal lattice. The configu-
ration emergy is isolated from this shift. This energy is determined by tho dielec-
tric constant of the electmn gas in the lattice and that of the free gas of Inter-
acting electrons, and also ly the pseudopotentials of the ions which oake up the
lattice. The pseudopoterttials. which am detemined from spectrwoopic terms, are
used for explaining anomalous dJffusion of protons In noble metals. Orig. art. has:
14 formulAmp 1 table.
SUB CODEi 20/ SUBM DATEt 26Mar65/ ORIG vxr, 003/ Cyr" 1TF1 014

a2f�
ACC MR, AP5022709 SOURCE CODE: LIR/0181/65/007/009/2708/2711
AUTHOR:
ORr.,'! Psicatechnical Institute im. A. r. Toffe AN sssR,__j!~tqn&Lsd (riziko-tekhni-
cheskiy institut AN SSSR) yy~ ;"5-
TITLE: The method of pseudopotentinis for ton structures in a met"al
SOME: Fitika tvardogo tels, Y. 7i no. 9, 1965, 2708-2711
TOPIC TAGSi theoretic physics, nonferrous "tal, metal diffusion solid state phy'-
sics
ABSTFACT; The parameters for pseudopotentials of free Ions of noble metals are de-
ter-mined.. These pseudopotentiale are used for dateminirg the lattice constants of
these metals ant' the difference in bonding energies for Au and Ag. A theory for ano-
malo,~% diffusion of protons in noble metals is proposed on the basis of the pseudo-
potentials derived in this -paper. In conclusion, I thank _1,St0AnQ_Y for consults-
ticn, and N, I. J!avnl~~for assistance with the calculations. Orig. art. has: 3
formlas, 1 table. ;~, /1,
SUB COM 20/ SUBM DAM 26ffar65i ORIG RM 005/ am Rrr: oog

L 30952-66 EWr(1 )/Fe,'T1 IJP(c) JDAW
ACC NR: AP6006874 SOVWX CMZ: uWoi.8i/66/008/OO2/O61,9/o621
AMORI NUM11no V. K.
ORG: Mysicatechnical Institute In. A. IN loffe Eaninggad (ritiko-
4 AN SUR,
tekhn1W*MEV InAtitut AN GWR)
TITM Determination of the density of state* on the Forml-inwfaco of pareseg-
netic nickel trm data on proton diffusion . L-1-1
SMMCE: Fiz& tverdogo tela, Y* Op noo 2# 1966# 619-621
TOPIC TAW: nickelp ptW~Ical diffusion, Curie point, paramagnetic metalp proton
interaction,, energy bond gtructurs, excited state, specific host, aLU7 system
ABSTRACT: The author presents a microscopic explanation of the fact that the co-
efficient of atoode diffusion In ferromognetto materials deviates from the Ar-
rhentus law In the vicinity of the Curie point. We Is done by taking Into ac-
count the chan4e In the st^te density on the feral surface during the sagnetic
trulatlon, The particular derivation pertains to the diffusion of protons In
nickelg *bers such an effect Is known to take plac,se Approximate expa salons am
presented for the wargy of the interaction between the proton and the screened
tons# and for the wrtenLas constant. The state dessity to obtained from avail-
able band calculations (K. Xbrawsich at &L, ftes Mv. Y. i3it 2W9,p 1963). since
Card 1/2

-NoC-AP035638 -(-0- 7-G0rrdCV-00Dr.-7-W10 413-16610 00 /0 20 /00 4 2100 4 27
INVENT01t: Kogaa. P. A.; Kikulin, V. K.; Yakusbin, A. X.
ORG: gone
TITLE: Turbofan assembly with grekse-packed bearings. Class 1T. go. 167045
SOURCE; Itobretenlya, prcaWshleanyye obraztsy, tovarayye Laaki, no. 20, 1966, 42
TOPIC TAGSt antifriction bearing, Industrial blover, grease, turbine
ABSTRACT: This Author's Certificate Introduces: 1. A turbofan assembly with grease-
packed bearings. The unit consists of a two-stage turbine mounted on a common shaft
with a blower impeller. The weight and overall dimensions of the installation are
reduced while simultaneously Increasing the rotational velocity by using grease-
packed antifriction bearings with the inner protective ring removed. The bearings
have auxilimu7 lubrication sake-up cavities in the housing and cups for adding
grease. A water heat exchanger Is built into the housing of the bearings. 2. A
modification of this assembly In which remanent disbalance (radial dynamic loading)
Is reduced by using a one-piece housing for the two-4tage turbine vith a suspended
diaphragm between the turbine discs.

NIKULINP V.!M~._,kand. ekonomichaskikh nauk
Books on sconoides and plamning. Strol. nat. 10 no.50 of cover
Vq 164. (MIPA 17s9)

KDMIK- r."- -- -
levislou of standards on normial rofractory mtortals. ft=Vory 22
. ~ .. .. . . (mm IOW
1. Urallskoyo oldelenlye lastltuta agasVorow.
(Isfrectory matertale-standards)

15(0). 15(2)
AUTHORS: likulin, V. W., Nefedkina, Ye. B. SOT/131-59-1-2/12
TITLE: For Further Technical Progress
(Z& dallneyshly tokhnichookly progress)
PERIODICAL: Ogneupory, 1959, 1fr 1, pp 11 - 13 (USSR)
ABSTRACT: The total production of the works for refractory materials
of the Mosobleovnarkhoz In 1957 was 1-7 times greater than
In 1950. The principal sources of the Increase in production
were: better utilization of equipment capacities, the
ellaination of bottlenecks, Introduction of up-to-date
experience, perfection of manufacturing processes,
Introduction of now modern refractory types of products. In
the coming 7 years, it to intended to mechanize Individual
working operations and works departmentag special attention
will be paid to the questions of mechanizing the work of
loading and unloading. The works In the Moscow area are
getting substantial help from the scientific research
Institutes and the Khtmiko-tokhnologicheakiy Institut leent
Mendeleyeva (Chemlcal-T*chnological Institute Iment
Card 1/2 Kendeleyev) . The Podollskly, Tnukovskly, 8nIgIrevskiy and

For rurther Technical Progreso S011131-59-1-2112
Daiodadovskiy wo"rkjo have extended the assortment of their
products and - within the 7-Yesr scheme - they will be
modernized and will partly be automatically controlled with
a view of increasing production figures considerably.
Card 2/2

ZRR()Vp A. V.; MIIRAIWV, A. S.Rateaffed); KIKULIN, V. Keg, =IN,, M. S.
Voing the method of eaw"attortal eaeoustInC unite for measuring
labw productivity in refractory vaterprialls, Trudy 'root, last,
ocasups so.21170-179 160. (KMA 16: 1)
(ftfractories Industry-Labor productivity)

p Todis le Lwichl IMUMp Calix Kbwdpovich; AMMICMW#
VIMMo I.Gv red.; Ur=Y&o K.L.9 red.124-va;
offung RiLt unw."d.
(labor ----Uvlf4r grow% p*t~uU&U la reftectm wtortias
rnp~-
pmwwum Salem reows prat"IdlUlfwatl trudav we" 00
pmIffedetwip, M"Ydlwwskg lit-cy pe cbersol
IL towetimal wrUdIuqaIq fter42swakes st&-slop 19610 d5 PO
(KWA Uc6)
aleftarta4es indus")

A.A,; Ve".
Lt rafractcries plAnts act-InIstemd by the Sverdlo"k
Sconmic Council. Oenm-,pory 26 no.IC:447-"9 t6le
(IT VA 24: 11)
1. U~vtTlevdyo chernoy metallurgit S-"rdlovskogo amnarkhosa
(for &-reth-A-,z). 2. Voctoehnyy Institut c4reqcrcv(for
laktain).
(Sverdlo-ml, Provlrce--?zf~ractorles Wustry)

NDWNSjI IaTioh; PGZDITAKOVA, G.L. . red. LO-Ift;
."KNUM-10
UNUM tekba. red.
(Rmse of refractory mtertals]Vtorichwe Ispollwwanis og-
neuporov. Y4skwap Mets"n gis"ti, 1962. 91 p.
(NIRA 15 8 21)
(Refractory materials)

KMLIK,-VsdixKlkhWlvvLa4 KONMOVp rateentent; POPGVv L.P. p
SMOBOGACMA, A.P., red. izd-va; KLLtKOVAp N.T.p
tokbn, red,
(Neoundes md organization of ths munfacture of refractories]
Ikom~dU 1 orgaAisatalla prolmdetv* opouporov. ova-dl*vsk,
Motallurgladat,, 1962. 200 PO (Km 15:7)
(Refractories industry)

NIKULDI, V.H.
Labor productivity at refraqWlea enterprism.
OgneupcrY 27 ac-11:514--516 162. (KIRA 15: U)
1. Vostachnyy institut ogneuporov.
(Refractories industry-Labor productivity)

- NIKULIN, T.K., insho
.
rattow of ttw M 75-39--n ballars 00 rAtural P4-
Ops
Sawgmtik 11 na.W-9 Ap 63. OaRA 1643)
(Boilers)
Wu " fuel)

I ~ " 7 " -
N IKI! LIN 0 .7-l. , ?awl . ~-,k rru.k.; P,' .... * ~ . , I . *., .
. . I . 0 i r. .
Fff I rient , rt qr~ !~ ~ ~' , A!r~, f -,.- - F. ~-- ~ -. t ;, ~ &r. t i ., :- -~.- 1 .4 ~ - -, .-, : "
I I
, 7- ja I k.., . ( x 1 ~.-. , . ,, : I I ii
1'. .
1. DCLqtqkiy virccirvigo

'IIKUIIN, V.M.,
. ....I........................ ............I
Calculating tho3 rlficllenry , ' 10~e d--rk
periods between of glasl f-I ~ -. I ker
.42 1, V~. -0
21 no.9;41 Ollp'A lp~, ')
1. Donetskly suvet narckincCn khozymys"vq.

IM91.1H. -r,.&#, kuW. okowm. nauk; KHr/HNYAN, L.T., Inzh.;
WAREZOVA, S.Z,, inth.; V1WRIK,, L,S., llnzt.
Optima laymit for glass using the lirmar progra=ing wthod.
Stake i ker, 22 no.llill-15 N 165. (MIRA 18ill)

DMORUKOV, Tu,k,; 111ULTY, VKe
Increasing the t-ftistawo of blast furmce thafw 'As in IspartAnt
patent.Wity of metallurgical production,, Ketallurg 10 no.9v9-11
a 1630 (MIRA 18a9)
1. Dorietakil mmt narodneCo khnsymystrue

mmug, V. W.
CsMl BialoK scl
Dissertations *AmW7 of the AUmntary Tract of River 15sa"ro" 27/11/50
Noscow fur Inst,
,SU veL;,.-.,.,~"ya MOSkva
sum 71

lialimIN. T.N.
-1 .
Blectrolytic polightne, of KhV-5 t4ool stool. Trudy KOTI no.13:63-65
148. (KMA 12t12)
1,Kacaaskly khItdko-t*khnologIoh*gkIy Institut in. S.M. Kirova,
kafodra fIx1chsa y I kolloldnoy khtall.
(Tool%teel) (Zlectrolytto polishIng)

Nauum, T.N.
Kinetics of the reaction between silver Vdrosol aad a
selutlon of halogen "Its. 11rudy EMI no.15:78-81 150.
Epubl. 1511 (IGRA UsIZ)
I(Stlvw halideis) (Ch4aleal roactlou,, Rate of)

"Imt1fil m-f N Tfy VAR
Mrs
1"4, '4c, 46 W, - A ism ~~It "4isA~W ok*,,t,t",vA ty
04 Ciaw Lea nwtkhog vmm osqvised $i am wumr,", 40.1 rl
NJ bc ww 6 Co. hl"kltv TIA tr"g.
&"I 1"Od 3 0~4 to lb* Al V-4-t 'm
dkx,, O'bol. kre'-wa, am ep.,Auty j
9* V4 &7-ftd-~ -M tl-e mit"r. '1 0.'. Altoer-- ~71."d)vrfl 1
th" -Mtn mfnt W40 ~r k~! th-19 pl.d a
cmcil ms

(W tin
tsoi I'Lo !;p"
drp~it IIdIrkz e~ vwl--I ~i"
tr", t-nr
V A, V-11'? P
swvk'4.4! by . oli,j
raid .1413C, , "j;

OOL If, 0 Cit *A;FJA4~ 1,1 W
ST

VM"
t47

0 111-1 i-~ iA

t
'bim And W3 r"'.p

AUTiMl: Nikul in
T ITLE: The Cathoctic Reeuction of Ox,-_*c;, DependIng U-k*n the Orfentc~
tation and Stri:cturc of tho Elcctrolc ki'.-Aolnoye
voostanovleriye kialoroda v -.avini-nocti ot ori;entatsii i
atruktury kriotallitov clektroda) II. The Reluction of OxXj3en
on the Different Pines of Tin Monocryntalz (11. VoGatnnovlcnire
kinlorods na razlich.%,kh ,rany.%kh monok ri:ital 14 olc)vn)
I'M I OD ICAL: Zhurnal kti-,ii, 05F?, Vol. 32, Nr 5,
'
P,n- 1035 - 10
37 Buss;()
V)STPACT: In the prouent i~%jer irvo3ti;:.IWior. reaulta of Cie oxjC:on re-
duction on two alirfaccD (11o) nni (001) of -. tin nonocrystal
are Given. The monocryetala vera not prol-cnd -tcc-wrdini; to
the nethod bZ- Bridzh-~an Rofr~r2ncc 3
thod by B. N. Buoh-i-Liov 8"kafercnce 4t~ sit', cr,7ztal orienta-
tion havinj; been at-tainel by L a,)ecial workl!.,; tc,~hrjljue. -...e
electrodes were obtained 'I)-, a cutting out of the orie.;ted czy-
atalo and thon were polish;J, by which -ieann it was ichieved
that the electrode surfaces coincided with UAC dI2!3IrCd sur-
Cara 1/2 faces (110) and (001) to 1-20. The ex;crizents were carried out

The Cathodic Heluction of Oxd-,-;C:~ DCpetding Upon 76-32-5-11/47
the Orientation and Structure of the Electroie Cryotallitea. H. The Re-
duction of Oxygen on the Different Faces of Tin ldonocr;Dtala
with electroden containing a paaoivatim layerg an roll an
with electrodes not coutaining it, the mctLod of inveetwiga-
tion beine Amilar to that in the previous rurk. Pro.. the
graphically shown ronulte It can be seen t2l.;A the oxy,",on re-
action on the differe-A crystal curfacon tn.:aa a differe,-A
course, namely a stronger one on the n-trface (001) 'Ohnn on
the surface (110)0 this is proof tr.at in ti,,c o1cctrochemi-
cal reaction the oryotalloeraphical propurti~!s qxert an encen-
tial Influence on the reaction volocity. T:,c rcn~)val of the
paceivation filn effected an increase of V.e reaction velocity
without changing the charactijr of tlc dependence of the re-
action on the crystal surface. There are 6 fii,-irca and 6
references, 6 of which are Soviet.
ASSOCIATION: Ka--;.nakiy khiniko-tekhnologichookiy inZtitut in. S. "". Kiraya
(Kazan' Chenical Tec?Lnolocical Institute 1-.eni J. U. Kirov)
SUB14ITTED: November 21, 1956
I. Oxygen--Reluction 2. Single oryntlls--Growth 3. Tin
Card 2/2 crystals--Properties 4. Electrodes--S,,xface pr)perties

AI)TH011: Nikulin, V. N.
....... . ............
'Ile -tion of an aw
tion and the Structare of
vocatano,iloni.ve kiviorolit v navin1moft! ot (jr! ri t!! t v I i i
struktury krisitoullitov t-&'"ktrolu), Iti. til-rAtion I `
the Flec trode i'roe~!noes ca T11 n ( I I I -V t
nykh proteassov im 0i,).&)
PZRIODICAL: Zhurnal fttlchc-.-~oy ';0
(USSR)
OSTRACT: Wagner a-A Troul 'Ref 1) 11--.v ir.J11rrct rc-girtratio.
of polarization curvPP for thi ivvt!ntigation of th(-, cat,iolilc
reduction of oxygen, which Nilnh3i ~j ~) tihen ii~:~A. in
the present paper the Inw:mt1gations mertionel in the ti'le.
were carried wit acco-Aing to thiev rethcA. From the exj"ri-
untal purt uk%y bo ceen that tvf-!or4inK to n m4-thod #,arlicr
dogcrlbql none- and volycrys.tallin- wcre produ-, 1.
The oalevt~-olytv cell conei:,t : 0!' 3 the Cnt"')4-
the Intermediate. nn-1 the Pnoie ver.-el, the t4-ot #!If-ctrrj,it:
being, Imaerg3d into thr, rotthad- voioel. A ellver (Jh1orl1c
Card 1/4 electrode 3,:-ved its :ontrol -lectro4e, thile mc-rcurj r:(-rvel

Tho Cathodic 11,9luction of Oxygrn 11,!punj" thq 0'rientr-1.1,jr, o-.ni t~(
Structure of !,'Iectro~le Cryetcillittc. 111. The Inventigittion of the
Frocesseaft Tin
as unole In the polarog-aphic detqr=tnatione. The electrol-, '%e
ves nat Into n the!-ziO:-t-,jt f. the aolu-
tion RL%.,l nivA by zol~rir, ,f* ;it',. a ;-petit Of
r.- *;,;,':~ I r, . Ti.E iv ~oa n' I (j,,i 16 .11 th *1 " a-
tentio*"ter -,-ilth a mIx-ror g-jiv.-no-t-ter th,~ tjrv(W!, U
rolurogrclph o!* the tvvorlin- to and it titrf~-
ticn microculonometer accorilng to Kistynkovi-kiy, chcrenn *!L
vxygen was leterminei accordin; to the =etiv~ol by Tinklpr.
From the experimental dtAta ott7inefl the of the rf:-
action of tht-- vatho4le oxygen reaction r-in c-31citlated uccori-
Ing tn an equaltiong the resulto being ~:-rprevent-~d f-aphlcs1-
1,i, th'i numb;!.- of el~' ct-onr n tukirr, 7art in
6iti reactior, &I:,..) colculuted accordine 4~~ 1, r
t~y D--lshrt,,, ard Lrr reprerented -l:n(,tio:, of
the Fotiantiul. 'Fi-im it may be saen that the cleotro4e proce~vep
taking part or. tin 1ep(Ind on the rtructural ;rop~~rtles of
the electrode. At tho .11urfac-) of pol.,erintal)ine clectro,.IcZ
Card 14 with a texture (M) " -.Vlmllltaneo~ic for=ation Cf Water ,I ;-i

111.u
~Arv-tljrq 00 L,111to... M. -141--
j ?"in
pirirtl.,, u.' hydro;,,en rcrozilo to 0.7 Volt
alouni, above t-,,-t onl,. of h:-Iros-cln ---roxile, Oiore,ir in the
cage of t!n surfRce.,s i,;Ith A textin-o ~21 I ) t-B 403 -3 -..ithout
texture -,.i,ter v.1,ine in only forcei at lo~~ or higher potentials;
in the intermediate rGnge a eimultaneous ."or--atior, of water
and hydrogen peroxide ii, found. The overvoltepe of the oxygen
reduction Iv In the caze of (101) Iexturer a lit,)e higher
than In the case of electroi~s with a 1~11) ztmiture, or
without a structimes ..I*.h morocr;rattl.,ino vlectro,,'ec it was
found that at %hL, (11CO section the wator for-matior. takes
place nt medium roturntial values, =A that ovierrirt-, vater
and hydrogm Feroxide %.*c for=4 at (O'.dl)
sectioniq hosevero the forzation of rater ani hydrogen per-
oxide takesplace rithin the whole notentiFil ranp Inv--ti-
grAted. There are 13 ffgwrer and 7 refererwes, 4 of which are
:-;Gvlet.

"Ito Cat?.o,!V~ '%oduotion of Uzygewn 04POUNG
-A-- Cr.,ratt.1 liter. 11:. c f. I?
Arilf.-ture Iectro
.nzf~nl (,h,imical lnrtitut~~ ic-n! H~-ov)
7",
*oIIx-Wpmnt 3. T in
sumtrodes p-wvwf. a m 1 4. TIn 9bwUvd~*-T",t wthods

.5 M*
AUTROlts Kikulin, V. H. SOV/76-53-6-29/44
...........
TITL9v Cathodic Reduction of Oxygen Depending on the Orientation
and Structure of the Electrode Crystallites (Katodnoye
Yonstanovleniya kisloroda v zavisinosti ot orlyantntsii L
struktury kristallitov elektroda). IV. Reduction of Oxygen
on Lead (IV. Yonstanovlenlys, kioloroda na svintse)
FIRIODICALs Zhurnal fiticheako khimii, 1959, Vol 33, Nr 6,
PP 1360-1364 (USU5
ABSTRACTs The cathodic reduction of oxygen on the faces (111), (100)
and (110) of the lead singlo -n7yjt%% -d-.i 1r_-:*s4V-_* n, e
orientation of the siag~e 1ta-4 =7z4Z &-A the of the
arystalloCraphio main direction was cade by X-rays, whereupon
tho electrodes woro made by suitable polishing. Figures of the
fine structure (figs 4-6), as well as the X-ray pictures of
the above-mentioned crystal faces (Figs 1-3), are given. The
oxygen precipitation on the Individual crystnl faces was
first examined, and it was ascertained that with no external
current the most intense oxygen precipitation occurs on face
(100). Th* investigation of the e1ectrode processes was sad@
Card 1/3 by polarization cui-ves (PC) which were drawn in the common

Cathodic Reduction of Oxygen Depending an the SOV/76-35-6-29/44
Orientation and Structure of the Electrode Crystallites. IT. Reduction
of Oxygen on Lead
Way and by the indirect method (Ref 8). It was observed that
the (PC) obtained by the one and the other method (Fige 9, 10)
are different. The difference of the (PC) for face (111) is
due to the formation of hydrogen paroxile which in especially
high on the face. The computation of the apparent number of
electron participating In the reaction shows (Figs 11-13)
that on Mes (110) and (100) a four-electron procesa is
going on which leads to the formation of water, whereas on
face (111) a strong two-electron procean takes place, by which
hydrogen peroxide is generated. This differenco is explained
by the dissimilarity of the atom packing on the varlous
crystal faces. The most efficient packing of oxygen molecules
can take,51ace on face (110)0 and the least efficient on
face (114 JF16 10- The oxygen more Intensely adsorbed an fww
(110) an 100) will to a higher extent be reduced to water
than that on face (111). There are 14 figures and
22 references, 15 of which are Soviet.
Card 2/3

Cathodic Reduction of Oxygen Depending on the SOT/76-33-6-29/44
Orientation end Structure of the Electrode Crystalllt*s. IV. Reduction of
Oxygen on Lead
ASSOCIATIONs Kazanakly khlmiko-tokhnologicheskiy institut im. S. H. Kirov&
(Kaxan' Chemical-technological Institute imeni S. M. Kirov)
SUBMITTIMs November 309 1957
Card 3/3

18.7 3 00 7
32 - 2 -
AUTHORS: Tsypin, M. Zo
TITLE: Brief Communications. Electrolytic Polishing c~f Silve'r
In Sodium Thiosulfate Solutions
PERIODICiL: Zhurnal prikladnoy khir-,,ii, 1960, V01A 33, Nr 2, pp -;69-
4Ti (ussR)
ABSTRACT., Electrolytic polishing of sliver in a sodiu:r thlosulfpte
solution gave very good results, comparable to those
obtained in cyanate or thiocyanate baths. Stainle93 s".9el
cathodes were used; their size 3 were 4 to ;5 times ap
large as tne size of IV-tie treated objects. Optir-al condt-
tions were a3 follows: concentration of the electrolyte,
600 to 13C0 9 Na 2S203 '101120 per 1.1ter; c-,.~rrent, density,
4 to 5 arp/d-i ; *-e-,perature, 20 to 250 C. Inter.,:-,! ttent
V
3ec-njs.
current was used with working periods of f7
To prevent the darkening of title aoluticn by InsDI-tible
silver sulfides which make direct observation of the
treated abjects impossible, a separating dlap.-ragm *(.*as
Card 112 used; NaNO 3 solution (200 glllit-er) was Ithe catholyte

'7 -- C- 2
Brief C~~kmunications. Electrolytic 7j-
Pollshlnj~ of Silver in Sodium 7r. 4osulfat-e -307/80- -33- 2 - 37/'-+2
Solutionh
SUBMITTED:
used here. Raising the current density above the
optimum value causes the covering of the entire 3ur-
face with a film and the cessation of the polishing;
lowering the current density below the optimum value
causes the dissolving of the treated surface. The
process is accompanied by a periodic format-ion and
dissolution of a film on the silver surface, sli-..Ilarly
to electrolytic polishing using cyanate solutions.
It can be assumed, therefore, that the mechanism of
the smoothing of the surface Is identical in both
instances. There are 7 Soviet- references.
April 9, 1959
Card 2/2

S/076J60/034/012/019/027
3020/B067
AUTHORS: Nikulin, 1. go and Tsypin, M. Z.
TITLZ: Electrode Potentials of the Silver Monoorystal
PEMODICAL: Zhurnal fix1ohoskoy khLmil, 19601 Vol. 34* go. 12t
pp. 2614-2816
TEXT: The authors attempted to study the dopend4nce of the electrode
potential of 'Who silver moaocrystal on the crystallographic orientation
and the composition of the electrolyte. The brooding of silver sonoorystals
&Ad the production of the electrodes have been described already earlier
(Rof- 7). The statio and djuasio potqntials were ae*4ure4 by a high-
impedance potentiometer of the type rMT9(PPTV) &ad the ric.-53 (azs-53)
mirror galvanometer. A saturated calcael half-cell was used as roferemce
electrode. The results of the potential measurements In cyanide solution
(Itef. 8) and In a sodium thiosulfato solution are given In Tables I and 2.
The statiog steady potentials of silver measured in different electrolytes
are given In Table 3. The potential values mentioned were referred to the
potential of the ordinary bydrogon electrode. The values for the silver
Card 112

Electrode Potentials of the Silver Monocryetal S/076/60/034/012/019/027
B020/3067
potentials given In the Tables prove that the potential depends on the
crystallographic orientation and the surface structure of the electrode
with the surface difference during polarlxation and Ir nonequilibrium
state being more pronounced. The results obtained indicate that the
electrode potentials of silver are determined not only by the Intoraotloa
forces In the crystal lattice but also by the Interaction forces of the
Ion atoms with the aoloaul*s or Ions of the electrolyte. There are 3
tables and 8 references: 6 Soviet, I US, and I British.
ASSOCIATION: Kazaaskly khtmiko-takhnologichegkiy inetitut Ic. S.M.Kirova
(11assn' Institute of Chemical Technology imeal So Me Kirov)
SUBMITTED: April 8, 1959
Card 2/2

-Ki T-MINt K.Z. (rLLz=t)
Cathodle rodwtion of coLUo acid Lit relaltLm to tho atimatwo and
amtauogmpklo Oored lottlof of Uw 2"d 410OUV60 fin,
Wfto 35 me.28SI-Q A '(As zaruli)
1. Samanekly khlnlko- -I- dih--kljr lmautut In. S.K.Kiron.
(Onalle aold) V. (1"d)

NIKULIKO V.1f.
Cathodle rWwtlm of =ygem In relatIon to th* criantatIon and
structuroof the sloctrede "tallites. ftrt 5a Reduction of
oxygen at different, faces of a sIngle crystal of allwer. Uw.
fin. khIz- 35 no.199" z& 161. (ICrPA Us2)
1e KasansUr khImIko-t4kboologichookly Institut, In. 3.M. Kirom.
(Suver crystals) (Reduationt Zlectralytic)

I~IJWLINI T.N.; ZAKIFAGINpi P.T. (Kazant)
Kllect,of the structure and crystallograpb1c cb&rLct4ristics of
electrodes on the electroreduction of pyruvic acid. Zhur. fiz.
khIm. 35 noe2:287--293 F 161e (KERA 16:7)
1. Kasmakly khisLiko-takhnologicheskiy Institut imeni Kirov*.
(Pyruvic acid) (Reduction,, Electrolytic)

BESPALIKO, I.G., red.; GUM, V.F.; YZICVOKI~-*G'O', i.11). prof.gred.;
IVANOV, S.M.$ red.; NIKULIN, V.N. rrA.; IniCHIOrdiU,
G.A., red.; SIPTSOV, A.S., red.
[Transactions of the scientific conference on produ:tlon)
Trud7 nauchno-proizvodstver.noi konferentnil Pskov 1962.
341 P. lEs2~
1. lAningrad. loauchn,,)~-isslt--dovatoll,;kiy veterlmamry lr!-
atitut. 2. flachallnik veterinamogo (,tdela Prkw;skogo
oblastcogo upravlenip prot7V-ilt.VOl 4 -tirotovok sellsk-n-
khozyalstyenrVkh produktv I Leningradildylauchw-
lealedovateltakly veterinaAr~7 instlWt (fur NikiLlin).
3. beningradskiy vot-arinamyy institut (for Yevdokimov).

I I., p
V.11-.; 1 ;.- II,I
I - - . r , - r , .
Dii,,~,rotri 'r~or~r,4 ( 4 ' ; -., i - r i , -- ! i,7, ~ ' ,-, n ~.- ,, ~, , ., ." -i " ":
? : -,, _ ! ! I ~. I ; I - . .. ,
I pribe no.. 3 11: - - 1~ ")
.. 10
' 7 1 ~ .,I ' *, ~ ~ , ;- * I._ !,. , , ! I I ' ,
_ . I '. . , -

A .71'ES&ION 14M A'r~,0173RI fy-O
A VITICIRA: j
~17, ix. rp R TF 07- MM ar 1 PT9 tl_ UT- 91 naF.7;_vUu tape diotizi pururpo-r recnrders
Lil- t~ z Tr, e-
14 ok
rimi), k(mferentafl. 2, "I's if r~ -~v ;!AT I O'k.1 r i C hP4 k I VM, eT (1-
'
rwo - -skik I ~,jn.
~ 1 1*1 rieN _h sr- kvmtr-IvR kipri
v!rwvn v
~i,(".TlysIleunasti (AtttvTrxatic (,cfntr,~ uitl !Irlly,~Fsv
Digital (if
t"Lornitik. ~Irtd n ,~ InAultry).
7 1904-- ---- =I- - --
TOPIC TAGIst magnetic tqp,4 Ynary tire rc-r-order, OW16al parameter recorder..
uriputer Mput
RiTRA (,'I*; Aft4rr 11sting I ) vx~,.qt~ng F),~N W1 arkol 'A P~jfyr I P~ for the volleeocm Ard
;,rrr:%v1q'ng rd Information (Ij.W. )Ialf"hill. lue v jr4~,A Wpbrwr,
I
otir 'rape Racorvier~, ~ 969. 'no. A, F. Hdans? -r 'it 7 rkrts. PCIIT,- 11, 19W
1,~Iushkvv, A.I. NOdu!). Avuyrroidka Klev, I MO, no. 7).

c CEIPSION MR: A TISO 17 IS I
I hr it uthori brief I y omi-acribt tl;p mci Is-, hmv~ is, . lvi,, ii,loi 14Ursi the RTn (J- M 1, 1
mit I 117's U- N1 1, 21 (---orfic, r i de %, Fl" A ~ ' hf % "', ~~ ~ M It I I "-, f - 11 t T~ '~( iT-M (COMputet
C~'vnter, AN (Jkr MR) awl f,jr t-h-v 1,~rfwl Xif-t,, if t14 Tik, MAtPF i.11 ints-) the
x, ripaer. The RTRI~- %I I- I w-rks A it)) '~ ~)tn-;ir,, ;;,i -jf-w-)or --~i to ir, 4ensing
I( the output Penno'r ai- A Miiv , h~ 4 1 -n ~' 1 ill V, f i- ir-~'rNi1j(7(K1 tir.
-L lilu& flmsor Is 3n vi'soc, them AiiwopliliK lt-j 1,in +;L, ~i %f~lv-pf~r Eirin$ rt crimpipte
"iti ~,A, v 2P f Ii tho -rrtir of the (iovice
j In und Lhe inaxihium dic laceirkera rws, i
is approximately 1-0 . 5%, thir, -naxtm ~w) ior.klh , if tai,o i is ).~o rn tho r ".intrntion
tv-av to 12-W m1n. It rfmLtima CiO mtAnoArts Hvr~- ol ~~mr-ni-g . 326 P- 1.3 ;tntj 11 -15
tr!u,-i,Af!9tc)rs. 450 D19D diodes and Nj vacli,jnm Fhe an R Tt; U- NIL, 2 device
c4tri sume tha rr.Wmutiv to-po conigmtpr ii~:i.urrwialor pormitting ii t1lo J(m"ity (10 b1nary Mignis
pvt nADirnetigr of tupo) ane a high rvit,3 (if rial,ijitiition (Mw~w ~") thous.and 9-digit b1nary
ni.rnhorp per secowl), DA lrcul-acv 'N111 'c (ho irdsir of -0. Cimrig, art. hah.
I !~*ruire and I table.
AMOCIATION, none
8 :13hWITTED- 11TIm" ENCI" X~ R"'S c"PE. '-1p
N RK F ROV f 00 2 1 HF R:
IV2

MIKULINF V.N.
ElectrochemIcal. reduction of formaldehyde on a zinc single
crystal. Zhur. fiz. khIm. 38 no.5:1103-1110 Vy 164.
(KIRA M12)
1. KAzanskly khImIko-tekhnologicheskly InstItu". I"ni
Kirov&. Subadtted Jan. 21, 1963.

ARKHMELISKIT,, I.I., prof.; DARDA, P.M.; CHISTOV, M.P.# kaM. voter. rmuk;
_XjVjUXt-LV*j TOROBOUVp M.H.p kaW. veter. aaak (Vitetak, WSh);
ARKHIFOV, Y.V.0 k&W,, ireter, cauk
Infection focus@. Veterinarlia 41 no.lo29-33 Ja 164.
(MIRA 1713)
1. Yeasoyuznyy nauchno-isisledovatelOskly inatitut voterinarnoy
"anitarii (for ArkMngellakly). 2. Nachallnik voterinarnogo otryada
Vostayanno-doystvuyushchey protivoyashchurnoy ekspeditail Gosudarstvan-
mgo nauchno--kontrollnogo inatituts, Yetarinarnfth properatov,4for
D4tr&). 3~ Leaingradmkiy nauchm-laeledovatellskiy voterinarnyy inati-
tut (for Chistav), 3, Pakovskoys, oblastnoye upravleaiye prolzvodatva
i zagotovok sellskokhozyayatvennykh produktov (for Nikulln).

L 45OC-66
ACC N", AP6ozino Ult/0302/65/000/003/0027/0029
V. N11 Kvachey. V. G. 681.142. 35:691.142.177. 6
Auri(ORi NLW!2,..
TITLE: Digital recorder with puncbeard mitput
BOURCEt Aytomatika J pr1borostroyenive, no. 3. 1965, 27-29
TOPIC TAGS: dig-ital computer, punched card, digital dc,,-ice. binary logic. data r(cording,1
dc-cimal base
ABSTItACT: Toal recording devices cannot feed the accumulated dah to electronic
houtW r_p_r_e11m__E_ary 66inversion Into the machine code. In an earlier att pt
computers wit eT em
to utIlIze computers for direct processing of data, Ya. P. Drymalyk e". .11. at the InStRut
kibernctikl AN Ukr SSR (Institute of Cybernetics AN Ukr SISR)Ntilizcd mopmetic tape
recordings (Avtomatika I priborostr yenf_e_,___r_1F
y p ro. 4. 1961; Avtornatichesid
kontroll I metody elaktricheakikh lzmereniy, t. 2, Sibirskoye oWeicniye AN Wit,
Novosibirsk, 19G4) in conjunction with the "Ural" computer. However, this approach de-
manded that the magnetic recording heads and the form of the recordings of the registering
device and the computer be strictly identical. Co"equently. the personnel of the Institute
of CyberneUcs designed and constructed a digital recorder which collects data on standard
puzicheards which can subsequently be used in any computer with a punchcard input. The
preswit article presents the block diagram of the device and describes its tperation. It
Uses a mixed binary-decimal base system, works with up to 8 sensors which it scans
1/2
LCard

L 45C0-66
ACC W, APS023270
cyv.1Icnl1y every 0. 13, 0. 26, 0. 52, 1. 05, 21. 1, 4. 2, or -8. 4 sec, and Its buffer mp-mory can
store 1.024 bits. The accuracy of the syntem (determined by the DC amplifier arcuracy) is
i 0.3%. the amplitude of the analog-digital converter irqut voltage Is 0 - 20 v, the number of
programmed measuring ranges is 3, the minimum number of cycles per range in 1, the
m aj,
Jrium number of measurements per smsor Is 1022, output rate Is 10 cards/mIn,
6
chrordzution accuracy is 10-61 see, and power required Is 1. 5 kw, Orig. art. has-
)M
1 formula and 2 figures.
ASSOCIATION: none
SUBMI17ED: 00 ENCL! 00 SUB CODE: DPI IE; EC
NO RE F SOV: 002 OTHER: 000

VCZDWIZIMNSKIYt G.Sol MIKULINt VA
Sergel HLkhailavich Kocharcin, 1912-1965. Zhur., fit, kh1a,
39 no.9t2330 3 165. (MERA AM)

3,", 21 60/0on/c, 14 1,;
AUTHORSt Nikulin, V.N., and Skurikhin. V.I.
TITM Program Voltage Transmitter for Automatic Welding Prccees hegulatnra
PERIODICAL# Avtomaticheskaya evarka, 1960, No. 10, pp. 412-45
TEM The described transmitter has been developed at the Computing Center
of the Academy of Sciences of the UkrSSR on a suggestion of Aca4emician
B.Ye.Paton. It produces stepped voltage with variable amplitude and a dura-
tion that is the multiple of an &-c cycle. Stepped voltage can to used for
the work organs of various machines, and also for the control of resistance
welding machine regulators. A detailed description of the transmitter Is
A pulae syn-
given. Its four units are shown in a block diagram (F'g.1) -
chronizing, time programming. level programming, and fe-'rainf; the otitput aig-
nal. Step amplitude within a cycle is prorrar-ned by a binary cc~de. When
the code changes one bit, the step amplitude on the output changes by 3 v.
The number of possible steps to lc~, i.e.,the voltage In varied from 0 t,) 45
volt. The progranm duration is 62 cycles. The level program unit (Fig.2)
Card 1/8

S/125/0/000/0IO/006/0",
A161/A155
Program Voltage Transaitter for Automatic Welding Process Regulatcre
is the main unitj programming to effected with the Rid rf switches. If at
a t monent the switches are In the positions 1. 0, 1. 0, the pulso to the far
d- moves trigl7pro 1, 11. 111, IV into same position. The next pulse at the
tn +1 moment sets the triggers corresponding to the position of the tumblers
on the bar ~ , The output signal forming unit (Fig.5) produces different
voltage ana transforms codes into voltage by adding voltage. The cutput vol-
tage or the summing circuit (resistors RI-R ) varies in a range of 0.5-4.5
volt according to codes on the triggers, &A a Y~' "(UPT) d-c ariplifier with
an amplifying coefficient of K~10 amplifies it. The output voltage magnitude
can be controlled by changing resistance magnitude H2- The tire programming
unit sends pulses into the code bare synchronized with the network frequency.
This is achieved by a 62-41git ferrite-iiode shift register with a key tric4e,
Compennstion rings suppress Interferences, To movc a pulse one digit in the
register (Fig.4) the ring In the preceding cell mubt be remagnotizedl pulses
are recorded in the first digit by discharge the capacitor C3 through the
prinary winding of the first ring. When the push button K is prensed, the
capacitor C3 discharges through diode "A41 the winding of the first ring 11
Card 2/a

S/125/60/000/01O./006/015
A!61/A!55
Program Voltage Transmitter for Automatic Welding Process Regulat-~rn
and the open by-pass collector-emitter in key triode K. The ferrite ring
magnetizes, and the arriving cycle pulse remagnetizes It and charges capaci-
tor C2. The recorded pulse has to circulate in the reg"ster t~; repeat the
program automatically, i.e.pthe register munt have a feedbuck. A n 14
(P14) triode fitted amplifier Y( is provided to make the PU13e from the last
digit sufficiently strong to remagnetize the ring of the first Jigit. The
program duration is selected by connecting the register digit outputs to six
switches having 11 operation positions and one idle position each. The slid-
ers of the switches are connected by one bar. If the program is to be set
with a certain number of cycles, one of the switches is to ba R*-t into the
position corresponding to the digit on which the program ends. Tho pulse
synchronizing unit produces pulses synchronizing the blockIng generator with
a-c network frequency and Includes a cathode follower. The shift winding
of the ferrite register to connected to the load circu"t of the cathode fol-
lower. A positive pulse controlling the key triode formq also In the load
circuit of the cathode follower. The transmitter prcved dependable in tests.
Oscillograns (Fig.5) of its output voltage illustrate its capacities. Out-
Card 3/9

3/1 2~,/60/000,,"' -0/006/015
A'61 /A 15 5
Program Voltage Transmitter for Automatic Welding Process Regulators
pQt voltage can be changed to practically any form. Therm are 5 figures.
ASSOCIATIOIN: Vychislitellnyy teentr AN USSR (Computing Center of AS Ukr-"37t)
SUBIIITTEDs Way 5. 1960
Card 4/8

AIRLMO VIM*
Programmed control systiew with s*lf-correctlou, built on the
basis of numerical techniques. Avtonsraro 16 no.5t28-33 Vq
163. (KMA 16:11)
Is Institut kLbernotikl AN Ukeaho

KARKOV, G.S,,j IVANOV, V.P.; KIMIN, V.P.1 UUMMOBAr, V.F.
--
abdntho or reptiles of the Volga Delta " the Caspian steppe@.
Trudy Astr. zap. no.6tI45-172 162, (KERA 1687)
Caspian Boa region-Worua, rntestinal and parasitic)
f
Casplan So& region-Paraslus-Reptiles)

1(0) 8(2)
AUTHORs \4ikulin, V.P., Engineer SOV/1 19-513-12-6/1,-
TITLEs Electromagnetic Oacillographa Used In Investigations and Tests in
Aviation Engineering (Uagnitoelektriobeekiye o3taillografy, pri-
manyayemiyye pri lauledoventyakh i i3pytontyakh avlatsionnoy tekhmiki)
PERIODICALt Pribarostroyeniye, 191.6, Nr 12, pp 16-18 (USSR)
ABSTRACTs The oscillographo listed In the following table have a number of
features in co=on: They are supplied with 27 V d.c., the quantities
measured =ust be recor4ed with an accursTy varying between * 0.7 to
1.5 A, their current sensitivity Lnumt cover a range of 5,00Z toj
10,000 am/mA, and the eigenfrequenry irust b" between 1O)OCK) and
15,000 cy, The InstruLnents listed in the table have been developed
and built in various acientifi,. institutions of aviation industry.

-,~- 1 , ",.,; , ,i. " a
.ACsAl FT29110 -Yi, ';.I ~; ?
ELI ass If !:I-., I '. ( f, r.t-lx. 4~; I ~,.,; e ml t. .1 t ! - -1 " r ". t rl P- ?-
rietion rf jr t-3kh. nn.'.V~-'-') Vr IfJ.
(KIFA :7t~)

MARKOVP G.S.; NANOV, V.P.; KRYUCHr.OV,, H.P.; WKITAKOVA, 7h.F.;
HAT)LINO V.P.; CIIFRKOBATp V.F.
Protozoans and tIcks parasitIzIng on rept12es on Lhe Caspian Sea
region. Uch. tap. VoIg. goo. pad. inat. no.16:106-110 164.
(KIRA 19-1)
1, TAfedra zoologii Volgagradskogo goffudarstvennogo padagogi-
cheskogo Instituta.

NIKULINO V. V.,, Candid,sto Tech Sol (Also) -- "Investigation of the process of
breaking up brittle bodies with a cutting tool". Tulao 1959. 25 yp (Kin Higtier
Muc USWr %I& Mach Inst)v 150 copies Om, No 25, 1959, 135)

NIKULTXp V.V.
11.1 -
UtIlIzation of reqd waste at the Kheracc Pulp Plant. B=. I der. prom.
no.2t43-" AP-Je 163. (IGRA 17t2)

rj ~,: I,) P. I 'Nikulin, I.Ya.
T 17 1, in Drilling Deep Bore-Holes 7ith the Fig ZIF-
650A by the Chernogorsk i'.eolorical rrospecting Team (Opyt
bureniya -lubokikh skvszhin stankom ZIF-6504 v C$!ernogorskoy
geoloporazvedochnoy partit),
1 1'2D T C A L Pazvedka i okhrana nedr, 1958, .'Or 11, PP 52 - 53 ( 7
A T? A ~ The drilling rig .,IF-0;50A was used to drill a bore hole
835.1 m deep. The author describes in detail this experi-
ment ma4e by the Chernoeorsk "oological Prospecting 'Aeam.
The average speed of drilltnp, was 0.47 n/~-,our. There are
3 tables.
~-__'L'ThTIONi The Chernogorskays geologorazvedocbraya parttya (The Cher-
nogorsk !;erlojric%l Frospectine 7.eam)

- If IK..jLllf, V.ra,
Preventing fires and orplosions in air drillinC. Razwed.1 okh,
riedr. 28 w.nto-io 1 162. (MM 15 9 12)
1. Norillskaya knplekaWa goologorasyedochmpa oicapedItalya.,
(BorIM--Safety wasures)

- RM
, LrK t U.
I-.-
Oww_gn mobanisation Is an important factor in lowring eq)eu#fso
am*.U*nsp. 19.00.64A Se #60. (KIM U13)
(lalmd int4r trwwPGrUtLCvr-Costd)

PODGORIIYY, K., starshty Inth.-loytenant; NILULIN, Te.. kapitan tekhnicleskoy
sluthty --- - , -- . -
Eight times faster. AvA kosm. 44 r-o-3160-61 '(2. (KIMA 1513)
(Airplanes-Maintenanco and repair)

ACC 119~ ISOU;icE 001)*_1'1:
AUTHOR: Tsererin. V. A. Mor&4p9v K. Nlkulln Ye. G.
OM , 'Nono
411"LE: Taking into account nonuniformity of the gas supply In tho
hydraullo design of a gas main
SOUROB: Kuybyshev. AvlatsionnU institut. -rudy, no. 15, pt. 2, 1963.
Doltiady k.ustovoy nauchno-tekhnicheskoy konfAerentaii po voproaam
mak"haniki zhidkostl I gaza (Report,- ol the joint ecient1l';c-technical
conference on problems of the mechanica of liquid and igan), 275-232
TOPIC TAGS: gas enGineorlag, hydraulic resistance, pipeline
ABSTPACT: The article starts with a review of Important work In the
field done In the Soviet Union and abroad. The experimental Inves-
tigation was done on a hi,-rh presouro gas main in Kuybyshev; the gas
mala, itsed to supply purilled natural gaa, was long and of large dia-
meter. It was provided with sampling p,)Ints at which observations
were mude every 15 minute" for a period of three days. A figure shows
the pressure at the be-gimilng and end ol the gas mala as a function of
time, As a result of the experiments It wau found that unsteady state
flow hati a considerable ei*fe.ot on the realstance of the gau main, and
Card

T
ACC K-Rt AT6003097
must bo taken Into account In dosign and Installation. A mothod based
on the Saoodynamic theory of modelling permits testa to be carried
out on short 'sections of gan mairl. 'in dosign, -to dietermine the dlamete~
of the gas main, the average integral value of the flow ahould be
used; this can be obtained from a typical daily chart. Ch:!ice of the
realsitance coefficient must be made on the basis of existing experl-
mental data. Orig. art. has: 3 formulas, 3 figures, and .1 table.
SUB CODE: 13/ SUBM DATE: 00/ ORIG REP: 013/ SOV RZ?: 000/ OTH REP: 000
2/2
ord

A=W014 Wt ANG40014
AWWW Wthmilme To. 1. 1 PrOjewin, I.A.
TMxt "Moms" 0t aw reatat"co me GIMMUR in a ONG"Cle HAId at 1W tem-
SGUMt skermal te"MA46"MW tim"do, W0340 wave 11640 1339-9m
IMM TASO Gleatfu MWINUVICY, aluminum, Ongmet4weels"Not
A88TIAMt Imin remistemee of W,"W% pow alwd~ wea Weemined In magmatic f InUlej
up to IT kow at liedd MUM ad liquid hydrogen raturoso The ratio 000011
I/P(4.0 of the resistivity it 300OK to that at 4, 6r this material m* SM, bb-4~
fort &mealLng and 11 ON afterl a I hour stuwal at 4QDOC., It was necessary to room
tho anneal after each measurement in order to maintaiA the large: value of p(300)/
/P(4,2), The sanplew were helical, tbamagnstic field was parallel to tbo axia of
the belLXt and currents u0 to 10 A were employed. The results of the meadurseents
~.arw presented graphloally. In a 20 We tl*ldf bp/p waz 1.85 at 4.2,09 &ad 4.30 st
20.40K,. Theft redults are compared with those obtained by I.R.Purcell and R.D.Js-
coba (Oryogentes 3, 109#19") with material. for which p(300)/p(4.2) Va@ 2600, The

ACC Nit4
6037 c~ SOURGZ CODZ:
AVIMOR: Kogan, A. V.; Hikulin, Yeo L
01G: Phorsicotechnical Institute im. A. F. loffe, AN SSGB Leningrad (Fitiko-
tekhaickLeskiy institut AN SSSR)
T17"LE: Effective magaetic field an the Xb sad Ta nuclei dissolved in iron
SOURCE: Fitika tyerdago tela, Y. 8, no. 11, 1966o 3410-3411
T
1071C TAGS; mwetic field, impurity center, iron allay, 1*w temperature r*searah,
speciric heat
ABSIMM: '7%e authors measured the nuclear co=ponent'of the specific heat of Fe-Nb
alloys (0.59 and 0.28 at.% rib) sad Fe-Ts alloys (1.88, 0.96, and 0.48 &t.'P Ta), pre-
pared by melting in an atmosphere of helium in an clactroswwetic cruciblee 7he
measureamats were made in the temperature interval 0.06 - 0.169. 74e very low tem-
perature was obtained by adiabatic desuLgaetizaticn of corium-sagaesiua nitrate. The
specific heat of the investigated alloys was d4toradned as the difference of the
specific heats of the cerium-nagmeaLus nitrate crystals with and without the s=ple..
7he specific heat was deteraLvAd fro= the measured chanp In temperature. The re-
sulta al3t&Lned for tbA effective movet1c field an % 2.5 x 10,s Oe on Xb &ad (5-9
5-4) x 106 Oe = Tao Tho data agno. with %bA resuXte obUdned by nuclear resouanco
1/2

ACC
In the case of Xb, but not In the me of Ta. The dIffeivace If attrIbuted'to dlffcr-
ences ia the Ta. coatents and differences La the heat treatmuts prlor to me"umanat.
7he authors thank Z. A. Cluts and T. A. Sidomva for pmparing the smglee. OrIg. art*
has: 1 faz=I& and I table*
SU3 COMs 20/ &M D=s 2TXcjf6/ ORIG Ws GOI/ 079 Ws 003

Lot- EA"it FWi-v f" W'~
A 16031072
SOURCE CODE- UR/0277/ 66/D00/00710014/001 4
AUTHOR: Igurminmitaya, L N.; Zabo!ey v-?A M.
P"ttkov, P. 0. ~~tov, _V. V. ; Nikulln, Y rv
ku
TITLE: Mechanical properties of aluminum corundum alloys
SOURCE: Ref. zh. Mashtnouir rm t konatr I ranchet deW mash. Mdropr. Abs.
7.48.99
R1;1'F SOURCE: Sb. Materialy Nauchn. konferentall. Sovrmrkhoz NIMme-Volzbelt.
ekon. r-na. Volgogradsk. politekhn. tn-ta. T. 1. Volgograd, 1905, 359-363
TOPIC TAGS: allay. mechnnical property, almnintim alloy, alumintim comindum
alloy
ABS'rnAc,r: A qtudy was made of the hardnevi and strength of alisminum electro-
corundurn alloym'6ver the entire concentration ran;,,,c at room"snct e*'iC_v_a((_Wl
'Gi-icii -3 jrocomnft~ Mas f-\JA"00 '(4 ~. The
C. The particle a(ze of the elec
samples tested were cylinders, 25 mm In dinmeter and 4-8 mm high. The
changes In hardness of the material do not follow the additfvity ru'Ae. AVfthfnthe
20 to 50% by volume range of the corundtim, Me hnrdneas of the material remains
cacti UDC: 66 9. 715. 0111. 9

ACC NR-- ARG031072 117, j
constant ([tB 70). In the range of h1joh concentrat(on corundum, thr 11B of the i
material Increases sbarply (tip to HD 159 at 65-75% by volume), while the strength
shows a drastic drop during the pressing of the ball. A bibliography of 3 references
In given. ITranslation of abstractl.
SUB CODE:: 13/
Card 2/2
L

ACC N'Zi F L: Cr I ' 214 7 i 6 (T, / -'U C i 'T / (r Os Er-
AMOR: Burminakaya, L. W.; Hikvlin,.Yu. M,; Pashkov, P. 0,; zabolevew-Zotow, Y. Y.
TITLE: Effect of Interphase Interaction on the strength of certain aluminum alloy-
!-mixtures
SOUKE: Reft rh. Metallurglya, Abs. 61237
REF SOURCE: Sb. haterialy Hauchn. konferentaiL. Sovnarkhoz Hirh"-Volzhsk. ekon. r-na.
Volgogradsk. polit4khn. In-t. T. 1. Volgograd, 1965. 364-368
TOPIC TAGS., phase composition, corundum, boroti compound, phase reaction
TRANSLATION: The hardness and dispersion ncsistance of alloy-mixturer. of Al with a
,1,3rd phase composition ranging from 20 to Go% was detemined. Corundtm, Si carbide and
~
B carbide, uare used as hard phases. The base hardness in alloys with hard particles
iran ed from 70 kg/mm2 for corundum to 100 kg/m2 for baron carbide relative to 2S kg/
/Zi for Al. No correlation was found between the alloy properties and the character-
jistics of the hard particles. The dependence of hardness on the superheating tempera-
iture (700-10000C) was linear for alloys with hard particles. For alloys of Al with
oxides. the hardness was Independent of the superheat temperature whereas In the alloys
with Si and '.A WbIdge the line had a different slope* Eo Kadaner.
3U3 Coli~. Lt",
[Card 1/1 wei 539.4.OIS:662.71S
.I